@ 9ca447d2:fbf5a36d

Gen Z (those born between 1997 and 2012) are not rushing to stack sats, and Oliver Porter, Founder & CEO of Jippi, understands the challenge better than most. His strategy revolves around adapting Bitcoin education to fit seamlessly into the digital lives of young adults.

“We need to meet them where they are,” Oliver explains. “90% of Gen Z plays games. 70% expect to earn rewards.”

So, what will effectively introduce them to Bitcoin? In Oliver’s mind, the answer is simple: games that don’t feel preachy but still plant the orange pill.

Learn more at Jippi.app

That’s exactly what Jippi is. Based in Austin, Texas, the team has created a mobile augmented reality (AR) game that rewards players in bitcoin and sneakily teaches them why sound money matters.

“It’s Pokémon GO… but for sats,” Oliver puts it succinctly.

Jippi is like Pokemon Go, but for sats

Oliver’s Bitcoin journey, like many in the space, began long before he was ready. A former colleague had tried planting the seed years earlier, handing him a copy of The Bitcoin Standard. But the moment passed.

It wasn’t until the chaos of 2020 when lockdowns hit, printing presses roared, and civil liberties shrank that the message finally landed for him.

“The government got so good at doing reverse Robin Hood,” Oliver explains. “They steal from the working population and reward the rich.”

By 2020, though, the absurdity of the covid hysteria had caused his eyes to be opened and the orange light seemed the best path back to freedom.

He left the UK for Austin “one of the best places for Bitcoiners,” he says, and dove headfirst into the industry, working at Swan for a year before founding Jippi on PlebLab’s accelerator program.

Jippi’s flagship game lets players roam their cities hunting digital creatures, Bitcoin Beasts, tied to real-world locations. Catching them requires answering Bitcoin trivia, and the reward is sats.

No jargon. No hour-long lectures. Just gameplay with sound money principles woven right in.

The model is working. At a recent hackathon in Austin, Jippi beat out 14 other teams to win first place and $15,000 in prize money.

Oliver of Jippi won Top Builder Season 2 — PlebLab on X

“We’re backdooring Bitcoin education,” Oliver admits. “And while we’re at it, encouraging people to get outside and touch grass.”

Not everyone’s been thrilled. When Jippi team members visited one of the more liberal-leaning places in Texas, UT Austin, to test interest in Bitcoin, they found some seriously committed no-coiners on the campus.

“One young woman told me, ‘I would rather die than talk about Bitcoin,'” Oliver recalls, highlighting the cultural resistance that’s built up among younger demographics.

This resistance is backed by hard data. According to Oliver, some of the Bitcoin podcasters they met with in the space to do market research reported that less than 1% of their listeners are from Gen Z and that number is dropping.

“Unless we find a way to capture their interest in a meaningful way, there’s going to be a big problem around trying to sway Gen Z away from the siren call of s***coins and crypto casinos and towards Bitcoin,” Oliver warns.

Jippi’s next big move is Las Vegas, where they’ll launch the Beast Catch experience at the Venetian during a major Bitcoin event. To mark the occasion, they’re opening up six limited sponsorship spots for Bitcoin companies, each one tied to a custom in-game beast.

Jippi looks to launch a special event at Bitcoin 2025

“It’s real estate inside the game,” Oliver explains. “Brands become allies, not intrusions. You get a logo, company name, and call to action, so we can push people to your site or app.”

Bitcoin Well—an automatic self-custody Bitcoin platform—has claimed Beast #1. Only five exclusive spots remain for Bitcoin companies to “beastify their brand” through Jippi’s immersive AR game.

“I love the Jippi mission. I think gamified learning is how we will onboard the next generation and it’s exciting to see what the Jippi team is doing! I love working with bitcoiners towards our common mission – bullish!” said Adam O’Brien, Bitcoin Well CEO.

Jippi’s sponsorship model is simple: align incentives, respect users, and support builders. Instead of throwing ad money at tech giants, Bitcoin companies can connect with new users naturally while they’re having fun and earning sats in the process.

For Bitcoin companies looking to reach a younger demographic, this represents a unique opportunity to showcase their brand to up to 30,000 potential customers at the Vegas event.

Jippi Bitcoin Beast partnership

While Jippi’s current focus is simple, get the game into more cities, Oliver sees a future where AR glasses and AI help personalize Bitcoin education even further.

“The magic is going to really happen when Apple releases the glasses form factor,” he says, describing how augmented reality could enhance real-world connections rather than isolate users.

In the longer term, Jippi aims to evolve from a free-to-play model toward a pay-to-play version with higher stakes. Users would form “tribes” with friends to compete for substantial bitcoin prizes, creating social connections along with financial education.

Unlike VC-backed startups, Jippi is raising funds pleb style via Timestamp, an open investment platform for Bitcoin companies.

“You don’t have to be an accredited investor,” Oliver explains. “You’re directly supporting the parallel Bitcoin economy by investing in Bitcoin companies for equity.”

Anyone can invest as little as $100. Perks include early access, exclusive game content, and even creating your own beast design with your name/pseudonym and unique game lore. Each investment comes with direct ownership of an early-stage Bitcoin company like Jippi.

For Oliver, this is more than just a business. It’s about future-proofing Bitcoin adoption and ensuring Satoshi’s vision lives on, especially as many people are lured by altcoins, NFTs, and social media dopamine.

“We’re on the right side of history,” he says firmly. “I want my grandkids to know that early on in the Bitcoin revolution, games like Jippi helped make it stick.”

In a world increasingly absorbed by screens and short attention spans, Jippi’s combination of outdoor play, sats rewards, and Bitcoin education might be exactly the bridge Gen Z needs.

Interested in sponsoring a Beast or investing in Jippi? Reach out to Jippi directly by heading to their partnerships page on their website or visit their Timestamp page to invest in Jippi today.

@ 34f1ddab:2ca0cf7c

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Act fast and secure your digital assets with cryptrecver.com.Losing access to your cryptocurrency can feel like losing a part of your future. Whether it’s due to a forgotten password, a damaged seed backup, or a simple mistake in a transfer, the stress can be overwhelming. Fortunately, cryptrecver.com is here to assist! With our expert-led recovery services, you can safely and swiftly reclaim your lost Bitcoin and other cryptocurrencies.

# Why Trust Crypt Recver? 🤝

🛠️ Expert Recovery Solutions\ At Crypt Recver, we specialize in addressing complex wallet-related issues. Our skilled engineers have the tools and expertise to handle:

• Partially lost or forgotten seed phrases
• Extracting funds from outdated or invalid wallet addresses
• Recovering data from damaged hardware wallets
• Restoring coins from old or unsupported wallet formats

You’re not just getting a service; you’re gaining a partner in your cryptocurrency journey.

🚀 Fast and Efficient Recovery\ We understand that time is crucial in crypto recovery. Our optimized systems enable you to regain access to your funds quickly, focusing on speed without compromising security. With a success rate of over 90%, you can rely on us to act swiftly on your behalf.

🔒 Privacy is Our Priority\ Your confidentiality is essential. Every recovery session is conducted with the utmost care, ensuring all processes are encrypted and confidential. You can rest assured that your sensitive information remains private.

💻 Advanced Technology\ Our proprietary tools and brute-force optimization techniques maximize recovery efficiency. Regardless of how challenging your case may be, our technology is designed to give you the best chance at retrieving your crypto.

Our Recovery Services Include: 📈

• Bitcoin Recovery: Lost access to your Bitcoin wallet? We help recover lost wallets, private keys, and passphrases.
• Transaction Recovery: Mistakes happen — whether it’s an incorrect wallet address or a lost password, let us manage the recovery.
• Cold Wallet Restoration: If your cold wallet is failing, we can safely extract your assets and migrate them into a secure new wallet.
• Private Key Generation: Lost your private key? Our experts can help you regain control using advanced methods while ensuring your privacy.

⚠️ What We Don’t Do\ While we can handle many scenarios, some limitations exist. For instance, we cannot recover funds stored in custodial wallets or cases where there is a complete loss of four or more seed words without partial information available. We are transparent about what’s possible, so you know what to expect

# Don’t Let Lost Crypto Hold You Back!

Did you know that between 3 to 3.4 million BTC — nearly 20% of the total supply — are estimated to be permanently lost? Don’t become part of that statistic! Whether it’s due to a forgotten password, sending funds to the wrong address, or damaged drives, we can help you navigate these challenges

🛡️ Real-Time Dust Attack Protection\ Our services extend beyond recovery. We offer dust attack protection, keeping your activity anonymous and your funds secure, shielding your identity from unwanted tracking, ransomware, and phishing attempts.

🎉 Start Your Recovery Journey Today!\ Ready to reclaim your lost crypto? Don’t wait until it’s too late!\ 👉 cryptrecver.com

📞 Need Immediate Assistance? Connect with Us!\ For real-time support or questions, reach out to our dedicated team on:\ ✉️ Telegram: t.me/crypptrcver\ 💬 WhatsApp: +1(941)317–1821

Crypt Recver is your trusted partner in cryptocurrency recovery. Let us turn your challenges into victories. Don’t hesitate — your crypto future starts now! 🚀✨

Act fast and secure your digital assets with cryptrecver.com.

@ 57d1a264:69f1fee1

Graphics materials for Bitcoin Knots https://github.com/bitcoinknots branding. See below guide image for reference, a bit cleaner and scalable:

Font family "Aileron" is provided free for personal and commercial use, and can be found here: https://www.1001fonts.com/aileron-font.html

Source: https://github.com/Blissmode/bitcoinknots-gfx/tree/main

https://stacker.news/items/986624

@ 57d1a264:69f1fee1

Graphics materials for Bitcoin Knots https://github.com/bitcoinknots branding. See below guide image for reference, a bit cleaner and scalable:

Font family "Aileron" is provided free for personal and commercial use, and can be found here: https://www.1001fonts.com/aileron-font.html

Source: https://github.com/Blissmode/bitcoinknots-gfx/tree/main

https://stacker.news/items/986587

@ 57d1a264:69f1fee1

You’ve probably seen it before.

You open an agency’s website or a freelancer’s portfolio. At the very top of the homepage, it says:

We design for startups.

You wait 3 seconds. The last word fades out and a new one fades in:

We design for agencies.

Wait 3 more seconds:

We design for founders.

I call this design pattern The Wheel of Nothing: a rotating list of audience segments meant to impress through inclusion and draw attention through motion… for absolutely no reason.

Revered brand studio Pentagram recently launched a new website. To my surprise, the homepage features the Wheel of Nothing front and center, boldly claiming:

We design Everything for Everyone…before cycling through more specific combinations every few seconds.

Dan Mall, a husband, dad, teacher, creative director, designer, founder, and entrepreneur from Philly. I share as much as I can to create better opportunities for those who wouldn’t have them otherwise. Most recently, I ran design system consultancy SuperFriendly for over a decade.

Read more at Dans' website https://danmall.com/posts/the-wheel-of-nothing/

https://stacker.news/items/986392

@ eb0157af:77ab6c55

Vivek Ramaswamy’s company bets on distressed bitcoin claims as its Bitcoin treasury strategy moves forward.

Strive Enterprises, an asset management firm co-founded by Vivek Ramaswamy, is exploring the acquisition of distressed bitcoin claims, with particular interest in around 75,000 BTC tied to the Mt. Gox bankruptcy estate. This move is part of the company’s broader strategy to build a Bitcoin treasury ahead of its planned merger with Asset Entities.

According to a document filed on May 20 with the Securities and Exchange Commission, Strive has partnered with 117 Castell Advisory Group to “identify and evaluate” distressed Bitcoin claims with confirmed legal judgments. Among these are approximately 75,000 BTC connected to Mt. Gox, with an estimated market value of $8 billion at current prices.

Essentially, Strive aims to acquire rights to bitcoins currently tied up in legal disputes, which can be purchased at a discount by those willing to take on the risk and wait for eventual recovery.

In a post on X, Strive’s CFO, Ben Pham, stated:

“Strive intends to use all available mechanisms, including novel financial strategies not used by other Bitcoin treasury companies, to maximize its exposure to the asset.”

The company also plans to buy cash at a discount by merging with publicly traded companies holding more cash than their stock value, using the excess funds to purchase additional Bitcoin.

Mt. Gox, the exchange that collapsed in 2014, is currently in the process of repaying creditors, with a deadline set for October 31, 2025.

In its SEC filing, Strive declared:

“This strategy is intended to allow Strive the opportunity to purchase Bitcoin exposure at a discount to market price, enhancing Bitcoin per share and supporting its goal of outperforming Bitcoin over the long run.”

At the beginning of May, Strive announced its merger plan with Asset Entities, a deal that would create the first publicly listed asset management firm focused on Bitcoin. The resulting company aims to join the growing number of firms adopting a Bitcoin treasury strategy.

The corporate treasury trend

Strive’s initiative to accumulate bitcoin mirrors that of other companies like Strategy and Japan’s Metaplanet. On May 19, Strategy, led by Michael Saylor, announced the purchase of an additional 7,390 BTC for $764.9 million, raising its total holdings to 576,230 BTC. On the same day, Metaplanet revealed it had acquired another 1,004 BTC, increasing its total to 7,800 BTC.

The post Bitcoin in Strive’s sights: 75,000 BTC from Mt. Gox among its targets appeared first on Atlas21.

@ eb0157af:77ab6c55

According to the ECB Executive Board member, the launch of the digital euro depends on the timing of the EU regulation.

The European Central Bank (ECB) is making progress in preparing for the digital euro. According to Piero Cipollone, ECB Executive Board member and coordinator of the project, the technical phase “is proceeding quickly and on schedule,” but moving to operational implementation still requires political approval of the regulation at the European level.

Speaking at the ‘Voices on the Future’ event organized by Ansa and Asvis, Cipollone outlined a possible timeline:

“If the regulation is approved at the start of 2026 — in the best-case scenario for the European legislative process — we could see the first transactions with the digital euro by mid-2028.”

Cipollone also highlighted Europe’s current dependence on electronic payment systems managed by non-European companies:

“Today in Europe, whenever we don’t use cash, any transaction online or at the supermarket has to go through credit cards, with their fees. The payment system relies on companies that aren’t based in Europe. You can see why it would make sense to have a system fully under our control.”

For the ECB board member, the digital euro would act as a direct alternative to cash in the digital world, working like “a banknote you can spend anywhere in Europe for any purpose.”

The digital euro project is part of the ECB’s broader strategy to strengthen the independence of Europe’s financial system. According to Cipollone and the Central Bank, Europe’s digital currency would be a key step toward greater autonomy in electronic payments, reducing reliance on infrastructure and services outside the European Union.

The post ECB: digital euro by mid-2028, says Cipollone appeared first on Atlas21.

@ eb0157af:77ab6c55

A new study reveals: 4 out of 5 Americans would like the US to convert some of its gold into Bitcoin.

A recent survey conducted by the Nakamoto Project revealed that a majority of Americans support converting a portion of the United States’ gold reserves into Bitcoin. The survey, carried out online by Qualtrics between February and March 2025, involved 3,345 participants with demographic characteristics representative of US census standards. Most respondents expressed a desire to convert between 1% and 30% of the gold reserves into BTC.

Troy Cross, co-founder of the Nakamoto Project, stated:

“When given a slider and asked to advise the US government on the right proportion of Bitcoin and gold, subjects were very reluctant to put that slider on 0% Bitcoin and 100% gold. Instead, they settled around 10% Bitcoin.”

One significant finding from the research is the correlation between age and openness to Bitcoin: younger respondents showed a greater inclination toward the cryptocurrency compared to older generations.

A potential US strategy

Bo Hines, a White House advisor, is promoting an initiative for the Treasury Department to acquire Bitcoin by selling off a portion of its gold. Under the proposed plan, the government could acquire up to 1 million BTC over the next five years.

To finance these purchases, the government plans to sell Federal Reserve gold certificates. The proposal aligns with Senator Cynthia Lummis’ 2025 Bitcoin Act, which aims to declare Bitcoin a critical national strategic asset.

Currently, the United States holds 8,133 metric tons of gold, valued at over $830 billion, and about 200,000 BTC, valued at $21 billion.

The post The majority in the US wants to convert part of the gold reserves into Bitcoin appeared first on Atlas21.

@ eb0157af:77ab6c55

The exchange reveals the extent of the breach that occurred last December as federal authorities investigate the recent data leak.

Coinbase has disclosed that the personal data of 69,461 users was compromised during the breach in December 2024, according to documentation filed with the Maine Attorney General’s Office.

The disclosure comes after Coinbase announced last week that a group of hackers had demanded a $20 million ransom, threatening to publish the stolen data on the dark web. The attackers allegedly bribed overseas customer service agents to extract information from the company’s systems.

Coinbase had previously stated that the breach affected less than 1% of its user base, compromising KYC (Know Your Customer) data such as names, addresses, and email addresses. In a filing with the U.S. Securities and Exchange Commission (SEC), the company clarified that passwords, private keys, and user funds were not affected.

Following the reports, the SEC has reportedly opened an official investigation to verify whether Coinbase may have inflated user metrics ahead of its 2021 IPO. Separately, the Department of Justice is investigating the breach at Coinbase’s request, according to CEO Brian Armstrong.

Meanwhile, Coinbase has faced criticism for its delayed response to the data breach. Michael Arrington, founder of TechCrunch, stated that the stolen data could cause irreparable harm. In a post on X, Arrington wrote:

“The human cost, denominated in misery, is much larger than the $400m or so they think it will actually cost the company to reimburse people. The consequences to companies who do not adequately protect their customer information should include, without limitation, prison time for executives.”

Coinbase estimates the incident could cost between $180 million and $400 million in remediation expenses and customer reimbursements.

Arrington also condemned KYC laws as ineffective and dangerous, calling on both regulators and companies to better protect user data:

“Combining these KYC laws with corporate profit maximization and lax laws on penalties for hacks like these means these issues will continue to happen. Both governments and corporations need to step up to stop this. As I said, the cost can only be measured in human suffering.”

The post Coinbase: 69,461 users affected by December 2024 data breach appeared first on Atlas21.

@ eb0157af:77ab6c55

Bitcoin adoption will come through businesses: neither governments nor banks will lead the revolution.

In recent years, it’s undeniable that Bitcoin has ceased to be just a radical idea born from the minds of cypherpunks. It is now recognized across the board as a global asset, discussed in the upper echelons of finance, accepted even on Wall Street, purchased by banking groups and included as a “strategic reserve” by some nations.

However, the general perception that hovers today regarding Bitcoin’s diffusion is still that of minimal adoption, almost insignificant. Bitcoin exists, certainly, but in fact it is not being used. It is rarely possible to pay in satoshis in commercial establishments. Demand is still extremely low.

Furthermore, the debate on Bitcoin is still practically absent: excluding some local events, some niche media outlets or some timid discussion, today Bitcoin is in fact excluded from general interest. The level of understanding and knowledge of the phenomenon is certainly still very low.

Yet, Bitcoin represents an unprecedented technological improvement, capable of solving many problems inherent in the fiat system in which we live. What could facilitate its diffusion?

Bitcoin becomes familiar when businesses adopt it

When talking about Bitcoin adoption, many look to States. They imagine governments that legislate or accumulate Bitcoin as a “strategic reserve,” or banks perceived as forward-thinking that would lead technological change, opening up to innovation. But the reality is different: bureaucracy, political constraints, and fear of losing control inherently prevent States and central banks from being pioneers.

What really drives Bitcoin adoption are not States, but businesses. It is the forward-looking entrepreneurs, innovative startups and – eventually – even large multinational companies that decide to integrate Bitcoin into their operating systems that drive adoption. Indeed, the business world has always played a key role in the adoption of new technologies. This was the case, for example, with the internet, e-commerce, mobile telephony, and the cloud. It will also be the case with Bitcoin.

Unlike a State, when a company adopts Bitcoin, it does so for concrete reasons: efficiency, savings, protection, access to new markets, independence from traditional banking circuits, or bureaucratic streamlining. It is a rational choice, not an ideological one, dictated by the intent to improve one’s competitiveness against the competition to survive in the market.

What is currently missing to facilitate adoption is, in all likelihood, a significant number of businesses that have decided to integrate Bitcoin into their company systems.

Bitcoin becomes “normal” when it is integrated into the operational flow of businesses. Holding and framing bitcoin on the balance sheet, paying an invoice, paying salaries to employees in satoshis, making value transfers globally thanks to the blockchain, allowing customers to pay via Lightning Network… when all this becomes possible with the same simplicity with which we use the euro or the dollar, Bitcoin stops being alternative and becomes the standard.

Businesses are not just users. They are adoption multipliers. When a company chooses Bitcoin, it is automatically proposing it to customers, employees, suppliers, and institutional stakeholders. Each business adoption equals tens, hundreds, or thousands of new eyes on Bitcoin.

People, after all, trust what they see every day: if your trusted restaurant accepts bitcoin, or if your favorite e-commerce platform uses it to receive international payments, or if your colleague receives it as a salary, then Bitcoin no longer appears to be a mysterious object. It finally begins to be perceived as a real, useful, and functioning tool.

The integration of a technology in companies helps make it understandable, accessible, and legitimate in the eyes of the public. This is how distrust is overcome: by making Bitcoin visible in daily life.

Bitcoin and businesses today

A River Financial report estimates that as of May 2025, only 5% of bitcoin is currently owned by private businesses. A still very small number.

According to research by River, in May 2025 businesses hold just over a million btc (about 5% of available monetary units). More than two-thirds of bitcoin (68.2%) are in the hands of private individuals.

To promote Bitcoin adoption, it is necessary today to support businesses in integrating this standard, leveraging all its enormous opportunities. Among others, this technology allows for fast, economical, and global payments. It eliminates intermediaries, increases transparency and security in value transfers. It removes bureaucratic frictions and allows opening up to a new global market.

Every sector can benefit from Bitcoin: e-commerce, tourism, industry, restaurants, professional services, or any other business. Bitcoin revolutionizes the concept of money, and money is a transversal working tool.

We are still at the beginning, but several signals are encouraging. According to a study by Bitwise and reported by Atlas21, in the first quarter of 2025, a growing number of US companies (+16.11% compared to the previous one) are including Bitcoin in their balance sheets, not just as a financial bet, but as a long-term strategy to protect their assets and access a decentralized monetary system to transfer value worldwide without resorting to financial intermediaries.

Who is driving the change?

Echoing the words of Roy Sheinfeld, CEO of Breez, the true potential of Bitcoin will be unleashed first and foremost from the work of developers, the true architects in designing and refining tools that are increasingly simple and intuitive to use for anyone, regardless of level of expertise. It is the developers – Roy rightly argued – who will enable us to “conquer the world.”

But probably that’s not enough: the next step is to make Bitcoin a globally accepted technological standard, changing its perception towards the general public. And this is where businesses come into play.

Guided by the market, technological innovation, and the desire to meet user demands, entrepreneurs today represent the fulcrum to accelerate the monetary transition from the current fiat system towards the Bitcoin standard. It is entrepreneurs who transform innovations from opportunities for a few to a reality shared by many.

The adoption of Bitcoin will therefore not arise from a sudden event, nor from the exclusive fruit of enthusiasts’ enthusiasm or from arbitrary political choices decreed by States or regulators.

The future of Bitcoin is built in the places where value is created every day: in companies, in their systems, and in their strategic decisions.

“If we conquer developers, we conquer the world. If we conquer businesses, we conquer adoption.”

The post The key to Bitcoin adoption is businesses appeared first on Atlas21.

@ eb0157af:77ab6c55

Governor Abbott will have to decide whether to sign the bill establishing a bitcoin reserve for the state.

Texas could become the third U.S. state to set up a strategic bitcoin reserve, following the approval of Senate Bill 21 by the state House, with 101 votes in favor and 42 against.

Lee Bratcher, founder and president of the Texas Blockchain Council, expressed confidence that Governor Greg Abbott will sign the legislative measure. In an interview with The Block, Bratcher said:

“I’ve talked to the governor about this personally, and I think he wants to see Texas lead in this way.”

The bill is expected to reach the governor’s desk within a week or two, according to Bratcher’s projections. If signed, Texas would follow in the footsteps of New Hampshire and Arizona in creating a state-held bitcoin reserve.

Despite Texas ranking as the world’s eighth-largest economy — ahead of many nations — the initial approach to the reserve will be cautious. Bratcher estimates the starting investment will be in the “tens of millions of dollars,” an amount he describes as “modest” for an economy the size of Texas. The responsibility for operational decisions would fall to the state comptroller, who acts as an executive accountant in charge of managing and investing public funds.

“My sense is that it will be in the tens of millions of dollars, which, while it sounds significant, is a very modest amount, for a state the size of Texas.” explained the president of the Texas Blockchain Council.

The road to approval

According to Bratcher, the idea of creating a state bitcoin reserve dates back to 2022 and represents the culmination of years of work by the Texas Blockchain Council. The organization has worked closely with lawmakers who shared the vision of seeing the state accumulate the world’s leading cryptocurrency. Additionally, Texas has long been home to numerous bitcoin mining companies.

The post Texas one step away from a bitcoin reserve: only the governor’s signature is missing appeared first on Atlas21.

@ eb0157af:77ab6c55

Bitcoin surpasses gold in the United States: 50 million holders and a dominant role in the global market.

According to a new report by River, for the first time in history, the number of Americans owning bitcoin has surpassed that of gold holders. The analysis reveals that approximately 50 million U.S. citizens currently own the cryptocurrency, while gold owners number 37 million. In fact, 14.3% of Americans own bitcoin, the highest percentage of holders worldwide.

Source: River

The report highlights that 40% of all Bitcoin-focused companies are based in the United States, consolidating America’s dominant position in the sector. Additionally, 40.5% of Bitcoin holders are men aged 31 to 35, followed by 35.9% of men aged 41 to 45. In contrast, only 13.4% of holders are women.

Source: River

Notably, U.S. companies hold 94.8% of all bitcoins owned by publicly traded companies worldwide. According to the report, recent regulatory changes in the U.S. have made the asset more accessible through financial products such as spot ETFs.

The document also shows that American investors increasingly view the cryptocurrency as protection against fiscal instability and inflation, appreciating its limited supply and decentralized governance model.

For River, Bitcoin offers significant practical advantages over gold in the modern digital era. Its ease of custody, cross-border transfer, and liquidity make the cryptocurrency an attractive option for both individual and institutional investors, the report suggests.

The post USA: 50 million Americans own bitcoin appeared first on Atlas21.

@ eb0157af:77ab6c55

Michigan lawmakers are unveiling a comprehensive strategy to regulate Bitcoin and cryptocurrencies.

On May 21, Republican Representative Bill Schuette introduced House Bill 4510, a proposal to amend the Michigan Public Employee Retirement System Investment Act. The legislation would allow the state treasurer, currently Rachael Eubanks, to diversify the state’s investments by including cryptocurrencies with an average market capitalization of over $250 million in the past calendar year.

Under current criteria, Bitcoin (BTC) and Ether (ETH) are the only cryptocurrencies that meet these selection standards. The proposal specifies that any investment in digital assets must be made through exchange-traded products (spot ETFs) issued by registered investment companies.

Anti-CBDC legislation

Republican Representative Bryan Posthumus is leading the bipartisan initiative behind the second bill, HB 4511, which establishes protections for cryptocurrency holders. The proposal prohibits Michigan from implementing crypto bans or imposing licensing requirements on digital asset holders.

Another key aspect of the legislation is a ban on state officials from supporting or promoting a potential federal central bank digital currency (CBDC). The definition includes the issuance of memorandums or official statements endorsing CBDC proposals related to testing, adoption, or implementation.

Mining and redevelopment of abandoned sites

The third bill, HB 4512, is a proposal led by Democratic Representative Mike McFall for a bipartisan group. This initiative would establish a Bitcoin mining program allowing operators to use abandoned oil and natural gas sites.

The program calls for the appointment of a supervisor tasked with assessing the site’s remaining productive potential, identifying the last operator, and determining the length of abandonment. Prospective participants would need to submit detailed legal documentation of their organizational structure, demonstrate operational expertise in mining, and provide profitability breakeven estimates for their ventures.

The fourth and final bill, HB 4513, also introduced by the bipartisan group led by McFall, focuses on the fiscal aspect of the HB 4512 initiative. The proposal would amend Michigan’s income tax laws to include proceeds generated from the proposed Bitcoin mining program.

The post Michigan: four bills on pension funds, CBDCs, and mining appeared first on Atlas21.

@ eb0157af:77ab6c55

A fake Uber driver steals $73,000 in XRP and $50,000 in Bitcoin after drugging an American tourist.

A U.S. citizen vacationing in the United Kingdom fell victim to a scam that cost him $123,000 in cryptocurrencies stored on his smartphone. The man was drugged by an individual posing as an Uber driver.

According to My London, Jacob Irwin-Cline had spent the evening at a London nightclub, consuming several alcoholic drinks before requesting an Uber ride home. The victim admitted he hadn’t carefully verified the booking details on his device, mistakenly getting into a private taxi driven by someone who, at first glance, resembled the expected Uber driver but was using a completely different vehicle.

Once inside the car, the American tourist reported that the driver offered him a cigarette, allegedly laced with scopolamine — a rare and powerful sedative. Irwin-Cline described how the smoke made him extremely docile and fatigued, causing him to lose consciousness for around half an hour.

Upon waking, the driver ordered the victim to get out of the vehicle. As Irwin-Cline stepped out, the man suddenly accelerated, running him over and fleeing with his mobile phone, which contained the private keys and access to his cryptocurrencies. Screenshots provided to MyLondon show that $73,000 worth of XRP and $50,000 in bitcoin had been transferred to various wallets.

This incident adds to a growing trend of kidnappings, extortions, armed robberies, and ransom attempts targeting crypto executives, investors, and their families.

Just a few weeks ago, the daughter and grandson of Pierre Noizat, CEO of crypto exchange Paymium, were targeted in a kidnapping attempt in Paris. The incident took place in broad daylight when attackers tried to force the family into a parked vehicle. However, Noizat’s daughter managed to fight off the assailants.

The post American tourist drugged and robbed: $123,000 in crypto stolen in London appeared first on Atlas21.

@ eb0157af:77ab6c55

Banking giants JPMorgan, Bank of America, Citigroup, and Wells Fargo are in talks to develop a unified stablecoin solution.

According to the Wall Street Journal on May 22, some of the largest financial institutions in the United States are exploring the possibility of joining forces to launch a stablecoin.

Subsidiaries of JPMorgan, Bank of America, Citigroup, and Wells Fargo have initiated preliminary discussions for a joint stablecoin issuance, according to sources close to the matter cited by the WSJ. Also at the negotiating table are Early Warning Services, the parent company of the digital payments network Zelle, and the payment network Clearing House.

The talks are reportedly still in the early stages, and any final decision could change depending on regulatory developments and market demand for stablecoins.

Stablecoin regulation

On May 20, the US Senate voted 66 to 32 to advance discussion of the Guiding and Establishing National Innovation for US Stablecoins Act (GENIUS Act), a specific law to regulate stablecoins. The bill outlines a regulatory framework for stablecoin collateralization and mandates compliance with anti-money laundering rules.

David Sacks, White House crypto advisor, expressed optimism about the bill’s bipartisan approval. However, senior Democratic Party officials intend to amend the bill to include a clause preventing former President Donald Trump and other US officials from profiting from stablecoins.

Demand for stablecoins has increased, with total market capitalization rising to $245 billion from $205 billion at the beginning of the year, a 20% increase.

The post Major US banks consider launching a joint stablecoin appeared first on Atlas21.

@ b1ddb4d7:471244e7

Asia has emerged as a powerhouse for bitcoin adoption, with diverse countries across the region embracing the world’s leading digital currency in unique ways.

From institutional investors in Singapore to grassroots movements in Indonesia, the Asian bitcoin ecosystem presents a fascinating tapestry of innovation, regulation, and community-driven initiatives.

We dive deep into the current state of bitcoin adoption across key Asian markets, providing investors with actionable insights into this dynamic region.

The Numbers: Asia’s Bitcoin Dominance

As of early 2025, over 500 million people worldwide hold some form of digital currency, with bitcoin remaining the most widely adopted digital asset. Asia stands at the forefront of this adoption wave, with the Central & Southern Asia and Oceania (CSAO) region leading the world in digital currency adoption according to Chainalysis’s 2024 Global Crypto Adoption Index.

The statistics paint a compelling picture:

• Seven of the top 20 countries in global crypto adoption are located in the CSAO region.
• India and China together comprise almost half of the world’s digital currency user base.
• Japan’s digital currency market is expected to reach 19.43 million users by the end of 2025, with a penetration rate of 15.93%.

Behind these impressive numbers lies a complex ecosystem shaped by diverse factors including regulatory environments, technological infrastructure, economic necessities, and vibrant community initiatives.

Photo Source: Chainalysis

Country-by-Country Analysis

India: The Grassroots Powerhouse

India ranks first in Chainalysis’s Global Crypto Adoption Index, with bitcoin adoption thriving particularly in tier-2 and tier-3 cities. This grassroots movement is driven primarily by:

• Financial inclusion: Bitcoin offers banking-like services to India’s large unbanked population.
• Remittance solutions: Lower fees for the significant Indian diaspora sending money home.
• Mobile wallet proliferation: India’s high smartphone penetration enables easy access to bitcoin services.

Japan: The Regulatory Pioneer

Japan has long played a significant role in bitcoin’s evolution, from hosting some of the earliest exchanges to pioneering regulatory clarity. In 2025, Japan finds itself at a fascinating crossroads:

• The Japan Financial Services Agency is considering reclassifying digital currency assets as financial products akin to stocks, potentially enhancing user protection.
• Major corporations like Metaplanet Inc. are expanding their bitcoin holdings, with plans to increase holdings by 470% to reach 10,000 BTC in 2025.
• The country boasts a thriving grassroots bitcoin community and a strong developer ecosystem.

Bitcoin adoption in Japan is uniquely balanced between institutional involvement and community enthusiasm, with initiatives like Blockstream’s Tokyo office working to promote layer-2 solutions, self-custody, and developer education.

Vietnam: The P2P Leader

Vietnam consistently ranks among the top countries for bitcoin adoption per capita. The country’s relationship with bitcoin is characterized by:

• Strong peer-to-peer (P2P) platform usage for daily transactions and remittances.
• High mobile wallet adoption driving grassroots usage.
• Bitcoin serving as a hedge against local currency fluctuations.
• Relatively favorable regulatory attitude compared to some neighboring countries.

Singapore: The Institutional Hub

Singapore has established itself as Asia’s premier institutional bitcoin destination through:

• Clear and forward-thinking regulatory frameworks, particularly the Payment Services Act.
• Growing presence of global digital currency firms including Gemini, OKX, and HashKey, which have received regulatory approvals.
• A robust financial infrastructure catering to high-net-worth individuals and institutional investors.

While Singapore’s consumer protection-focused framework restricts promotional activities and public advertising by digital currency service providers, the city-state remains a beacon for institutional bitcoin adoption in Asia.

South Korea: Retail Dominance Transitioning to Institutional

South Korea presents a fascinating case study of a market in transition:

• Retail investors currently dominate digital currency trading volume, while institutional participation significantly lags behind.
• Experts expect institutional involvement to increase, though a significant shift may not occur until around 2027.
• The local finance watchdog recently launched a crypto committee to assess permissions for corporate digital currency investors and ETFs.
• Users must access fiat-to-digital currency services through local exchanges with official banking partnerships, linking digital currency activities to legal identities.

Bitcoin Communities: The Grassroots Movements

What truly sets Asia apart in the global bitcoin landscape is the vibrant tapestry of community-driven initiatives across the region. These grassroots movements are instrumental in driving adoption from the ground up.

Bitcoin House Bali: A Community Hub

In Indonesia, the Bitcoin House Bali project exemplifies grassroots innovation. This initiative has transformed an old mining container into a vibrant hub for bitcoin education and community engagement.

Key features include:

• Free workshops (including “Bitcoin for Beginners” and “Bitcoin for Kids”).
• Developer programs including online classes, BitDevs Workshops, and Hackathons.
• A closed-loop economic system that turns bitcoin into community points.
• Merchant onboarding—from restaurants and drivers to scooter rentals and street vendors.

Bitcoin Seoul 2025: Bringing the Community Together

The upcoming Bitcoin Seoul 2025 conference (June 4-6, 2025) represents Asia’s largest bitcoin-focused gathering, bringing together global leaders, executives, and community members.

The event will feature:

• The Bitcoin Policy Summit: Seoul Edition, providing insights into regulatory trends.
• The Bitcoin Finance Forum, addressing institutional investment and treasury management.
• A Global Bitcoin Community Assembly for bitcoin grassroots and community leaders.
• Live Lightning Network payments demonstrations at the on-site Lightning Market.

This event underscores South Korea’s emerging role in the global Bitcoin ecosystem and highlights the growing institutional interest in the region.

Regulatory Landscapes: A Mixed Picture

The regulatory environment for bitcoin across Asia presents a complex and evolving picture that significantly impacts adoption patterns.

Japan’s Regulatory Evolution

Japan is considering tightening regulations on digital asset transactions by reclassifying them as financial products similar to stocks. If implemented, these changes would:

• Require issuers to disclose more detailed information on their corporate status.
• Potentially enhance user protection.
• Come into effect after June 2025, following policy direction outlines by the administration.

Current regulations in Japan are relatively digital currency-friendly, with bitcoin recognized as a legal form of payment under the Payment Services Act since 2016.

Singapore’s Balanced Approach

Singapore maintains a regulatory framework that emphasizes market stability and consumer protection, including:

• Restrictions on promoting digital services in public areas.
• The Payment Services Act that regulates digital currency exchanges.
• A general approach that supports institutional adoption while carefully managing retail exposure.

This balanced approach has helped establish Singapore as a trusted hub for bitcoin businesses and institutional investors.

South Korea’s Transitional Framework

South Korea’s regulatory landscape is in flux, with several developments impacting the bitcoin ecosystem:

• Corporate access to digital currenc

@ b1ddb4d7:471244e7

Global fintech leader Revolut has announced a landmark partnership with Lightspark, a pioneer in blockchain infrastructure solutions, to integrate bitcoin’s Lightning Network into its platform.

This collaboration, now live for Revolut users in the UK and select European Economic Area (EEA) countries, marks a transformative leap toward frictionless, real-time transactions—eliminating delays and exorbitant fees traditionally associated with digital asset transfers.

Major update: @RevolutApp is now partnering with @lightspark pic.twitter.com/OUblgrj6Xr

— Lightspark (@lightspark) May 7, 2025

Breaking Barriers in Digital Currency Usability

By adopting Lightspark’s cutting-edge technology, Revolut empowers its 40+ million customers to execute bitcoin transactions instantly at a fraction of current costs.

This integration addresses longstanding pain points in digital currency adoption, positioning bitcoin as a practical tool for everyday payments. Users can now seamlessly send, receive, and store bitcoin with the same ease as traditional fiat currencies, backed by Revolut’s secure platform.

The partnership also advances Revolut’s integration into the open Money Grid, a decentralized network enabling universal interoperability between financial platforms.

This move aligns Revolut with forward-thinking fintechs adopting next-gen solutions like Lightning transactions and Universal Money Addresses (UMA), which simplify cross-border payments by replacing complex wallet codes with human-readable addresses (e.g., $john.smith).

Why This Matters

The collaboration challenges conventional payment rails, which often incur delays of days and high fees for cross-border transfers. By contrast, Lightning Network transactions settle in seconds for minimal cost, revolutionizing peer-to-peer payments, remittances, and merchant settlements. For Revolut users, this means:

• Instant transactions: Send bitcoin globally in under three seconds.
• Near-zero fees: Dramatically reduce costs compared to traditional crypto transfers.
• Enhanced utility: Use bitcoin for daily spending, not just as a speculative asset.

The Road Ahead

Revolut plans to expand Lightning Network access to additional markets in 2025, with ambitions to integrate UMA support for seamless fiat and digital currency interactions. Lightspark will continue optimizing its infrastructure to support Revolut’s scaling efforts, further bridging the gap between blockchain innovation and mainstream finance.

About Revolut
Revolut is a global financial app serving over 40 million customers worldwide. Offering services ranging from currency exchange and stock trading to digital assets and insurance, Revolut is committed to building a borderless financial ecosystem.

About Lightspark
Founded by former PayPal and Meta executives, Lightspark develops enterprise-grade solutions for the Lightning Network. Its technology stack empowers institutions to harness bitcoin’s speed and efficiency while maintaining regulatory compliance.

@ b1ddb4d7:471244e7

In the heart of East Africa, where M-Pesa reigns supreme and innovation pulses through bustling markets, a quiet revolution is brewing—one that could redefine how millions interact with money.

Enter Bitika, the Kenyan startup turning bitcoin’s complexity into a three-step dance, merging the lightning speed of sats with the trusted rhythm of mobile money.

At the helm is a founder whose “aha” moment came not in a boardroom, but at his kitchen table, watching his father grapple with the gap between understanding bitcoin and actually using it.

Bitika was born from that friction—a bridge between M-Pesa’s ubiquity and bitcoin’s borderless promise, wrapped in a name as playful as the Swahili slang that inspired it.

But this isn’t just a story about simplifying transactions. It’s about liquidity battles, regulatory tightropes, and a vision to turn Bitika into the invisible rails powering Africa’s Bitcoin future.

Building on Bitcoin

• Tell us a bit about yourself and how you got into bitcoin/fintech, and what keeps you passionate about this space?

I first came across bitcoin in 2020, but like many at that time, I didn’t fully grasp what it really was. It sounded too complicated, probably with the heavy terminologies. Over time, I kept digging deeper and became more curious.

I started digging into finance and how money works and realised this was what I needed to understand bitcoin’s objectives. I realized that bitcoin wasn’t just a new type of money—it was a breakthrough in how we think about freedom, ownership, and global finance.

What keeps me passionate is how bitcoin can empower people—especially in Africa—to take control of their wealth, without relying on unstable systems or middlemen.

• What pivotal moment or experience inspired you to create Bitika? Was there a specific gap in Kenya’s financial ecosystem that sparked the idea?

Yes, this idea was actually born right in my own home. I’ve always been an advocate for bitcoin, sharing it with friends, family, and even strangers. My dad and I had countless conversations about it. Eventually, he understood the concept. But when he asked, “How do I even buy bitcoin?” or “Can you just buy it for me?” and after taking him through binance—that hit me.

If someone I’d educated still found the buying process difficult, how many others were feeling the same way? That was the lightbulb moment. I saw a clear gap: the process of buying bitcoin was too technical for the average Kenyan. That’s the problem Bitika set out to solve.

• How did you identify the synergy between bitcoin and M-Pesa as a solution for accessibility?

M-Pesa is at the center of daily life in Kenya. Everyone uses it—from buying groceries to paying rent. Instead of forcing people to learn new tools, I decided to meet them where they already are. That synergy between M-Pesa and bitcoin felt natural. It’s about bridging what people already trust with something powerful and new.

• Share the story behind the name “Bitika” – does it hold a cultural or symbolic meaning?

Funny enough, Bitika isn’t a deeply planned name. It came while I was thinking about bitcoin and the type of transformation it brings to individuals. In Swahili, we often add “-ka” to words for flair—like “bambika” from “bamba.”

So, I just coined Bitika as a playful and catchy way to reflect something bitcoin-related, but also uniquely local. I stuck with it because thinking of an ideal brand name is the toughest challenge for me.

• Walk us through the user journey – how does buying bitcoin via M-Pesa in “3 simple steps” work under the hood?

It’s beautifully simple.

1. The user enters the amount they want to spend in KES—starting from as little as 50 KES (about $0.30).

2. They input their Lightning wallet address.

3. They enter their M-Pesa number, which triggers an STK push (payment prompt) on their phone. Once confirmed—pap!—they receive bitcoin almost instantly.

Under the hood, we fetch the live BTC price, validate wallet addresses, check available liquidity, process the mobile payment, and send sats via the Lightning Network—all streamlined into a smooth experience for the user.

• Who’s Bitika’s primary audience? Are you focusing on unbanked populations, tech enthusiasts, or both?

Both. Bitika is designed for everyday people—especially the unbanked and underbanked who are excluded from traditional finance. But we also attract bitcoiners who just want a faster, easier way to buy sats. What unites them is the desire for a seamless and low-barrier bitcoin experience.

Community and Overcoming Challenges

• What challenges has Bitika faced navigating Kenya’s bitcoin regulations, and how do you build trust with regulators?

Regulation is still evolving here. Parliament has drafted bills, but none have been passed into law yet. We’re currently in a revision phase where policymakers are trying to strike a balance between encouraging innovation and protecting the public.

We focus on transparency and open dialogue—we believe that building trust with regulators starts with showing how bitcoin can serve the public good.

• What was the toughest obstacle in building Bitika, and how did you overcome it?

Liquidity. Since we don’t have deep capital reserves, we often run into situations where we have to pause operations often to manually restock our bitcoin supply. It’s frustrating—for us and for users. We’re working on automating this process and securing funding to maintain consistent liquidity so users can access bitcoin at any time, without disruption.

This remains our most critical issue—and the primary reason we’re seeking support.

• Are you eyeing new African markets? What’s next for Bitika’s product?

Absolutely. The long-term vision is to expand Bitika into other African countries facing similar financial challenges. But first, we want to turn Bitika into a developer-first tool—infrastructure that others can build on. Imagine local apps, savings products, or financial tools built using Bitika’s simple bitcoin rails. That’s where we’re heading. 

• What would you tell other African entrepreneurs aiming to disrupt traditional finance?

Disrupting finance sounds exciting—but the reality is messy. People fear what they don’t understand. That’s why simplicity is everything. Build tools that hide the complexity, and focus on making the user’s life easier. Most importantly, stay rooted in local context—solve problems people actually face.

What’s Next?

• What’s your message to Kenyans hesitant to try bitcoin, and to enthusiasts watching Bitika?

To my fellow Kenyans: bitcoin isn’t just an investment—it’s a sovereign tool. It’s money you truly own. Start small, learn, and ask questions.

To the bitcoin community: Bitika is proof that bitcoin is working in Africa. Let’s keep pushing. Let’s build tools that matter.

• How can the bitcoin community, both locally and globally, support Bitika’s mission?

We’re currently fundraising on Geyser. Support—whether it’s financial, technical, or simply sharing our story—goes a long way. Every sat you contribute helps us stay live, grow our liquidity, and continue building a tool that brings bitcoin closer to the everyday person in Africa.

Support here: https://geyser.fund/project/bitika

@ b1ddb4d7:471244e7

Custodial Lightning wallets allow users to transact without managing private keys or channel liquidity. The provider handles technical complexities, but this convenience comes with critical trade-offs:

• You don’t control your keys: The custodian holds your bitcoin.
• Centralized points of failure: Servers can be hacked or shut down.
• Surveillance risks: Providers track transaction metadata.

Key Risks of Custodial Lightning Wallets

*1. Hacks and Exit Scams*

Custodians centralize large amounts of bitcoin, attracting hackers:

• Nearly $2.2 billion worth of funds were stolen from hacks in 2024.
• Lightning custodians suffered breaches, losing user funds.

Unlike non-custodial wallets, victims have no recourse since they don’t hold keys.

*2. Censorship and Account Freezes*

Custodians comply with regulators, risking fund seizures:

• Strike (a custodial Lightning app) froze accounts of users in sanctioned regions.
• A U.K. court in 2020 ordered Bitfinex to freeze bitcoin worth $860,000 after the exchange and blockchain sleuthing firm Chainalysis traced the funds to a ransomware payment.

*3. Privacy Erosion*

Custodians log user activity, exposing sensitive data:

• Transaction amounts, receiver addresses, and IPs are recorded.

*4. Service Downtime*

Centralized infrastructure risks outages.

*5. Inflation of Lightning Network Centralization*

Custodians dominate liquidity, weakening network resilience:

• At the moment, 10% of the nodes on Lightning control 80% of the liquidity.
• This centralization contradicts bitcoin’s decentralized ethos.

How to Switch to Self-Custodial Lightning Wallets

Migrating from custodial services is straightforward:

*1. Choose a Non-Custodial Wallet*

Opt for wallets that let you control keys and channels:

• Flash: The self-custodial tool that lets you own your keys, control your coins, and transact instantly.
• Breez Wallet : Non-custodial, POS integrations.
• Core Lightning : Advanced, for self-hosted node operators.

*2. Transfer Funds Securely*

• Withdraw funds from your custodial wallet to a bitcoin on-chain address.
• Send bitcoin to your non-custodial Lightning wallet.

*3. Set Up Channel Backups*

Use tools like Static Channel Backups (SCB) to recover channels if needed.

*4. Best Practices*

• Enable Tor: Mask your IP (e.g., Breez’s built-in Tor support).
• Verify Receiving Addresses: Avoid phishing scams.
• Regularly Rebalance Channels: Use tools like Lightning Pool for liquidity.

Why Self-Custodial Lightning Matters

• Self-custody: Control your keys and funds.
• Censorship resistance: No third party can block transactions.
• Network health: Decentralized liquidity strengthens Lightning.

Self-custodial wallets now rival custodial ease.

Custodial Lightning wallets sacrifice security for convenience, putting users at risk of hacks, surveillance, and frozen funds. As bitcoin adoption grows, so does the urgency to embrace self-custodial solutions.

Take action today:

1. Withdraw custodial funds to a hardware wallet.
2. Migrate to a self-custodial Lightning wallet.
3. Educate others on the risks of custodial control.

The Lightning Network’s potential hinges on decentralization—don’t let custodians become its Achilles’ heel.

@ b1ddb4d7:471244e7

The upcoming Bitcoin 2025 conference, scheduled from May 27–29 at the Venetian Conference Center in Las Vegas, is set to make history with an official attempt to break the GUINNESS WORLD RECORDS® title for the most Bitcoin point-of-sale transactions in an eight-hour period.

Organized by BTC Inc, the event will showcase Bitcoin’s evolution from a digital capital asset to a practical medium of exchange, leveraging the latest advancements in payment technology.

Tap-to-Pay with Lightning-Ready Bolt Cards

To facilitate this record-setting attempt, 4,000 Lightning-ready Bolt Cards will be distributed to conference attendees.

pic.twitter.com/Iy7P361u6u

— Uncle Rockstar Developer (@r0ckstardev) May 15, 2025

These NFC-enabled cards allow users to make instant, contactless Bitcoin payments at vendor booths throughout the expo-no apps or QR codes required, just a simple tap. 

The cards are available in four collectible designs, each featuring a prominent figure in Bitcoin’s history: Senator Cynthia Lummis, Michael Saylor, Satoshi Nakamoto, and Jack Dorsey. 

Each attendee will receive a randomly assigned card, making them both functional and collectible souvenirs.

Senator Lummis: A Playful Provocation

Notably, one of the card designs features Senator Cynthia Lummis with laser eyes-a playful nod to her reputation as a leading Bitcoin advocate in US politics. 

While Lummis is known for her legislative efforts to promote Bitcoin integration, she has publicly stated she prefers to “spend dollars and save Bitcoin,” viewing BTC as a long-term store of value rather than a daily currency. 

The choice to feature her on the Bolt Card, could be suggested by Rockstar Dev of the BTC Pay Server Foundation, perhaps a lighthearted way to highlight the ongoing debate about Bitcoin’s role in everyday payments.

Nothing cracks me up quite like a senator that wants the US to buy millions of Bitcoin use dollars to buy a beer at a Bitcoin bar.

This is how unserious some of you are. pic.twitter.com/jftIEggmip

— Magoo PhD (@HodlMagoo) April 4, 2025

How Bolt Cards and the Lightning Network Work

Bolt Cards are physical cards equipped with NFC (Near Field Communication) technology, similar to contactless credit or debit cards. When linked to a compatible Lightning wallet, they enable users to make Bitcoin payments over the Lightning Network by simply tapping the card at a point-of-sale terminal. 

The Lightning Network is a second-layer protocol built on top of Bitcoin, designed to facilitate instant, low-cost transactions ideal for everyday purchases. 

This integration aims to make Bitcoin as easy to use as traditional payment methods, eliminating the need for QR code scanning or mobile apps.

A Showcase for Bitcoin’s Real-World Usability

With over 30,000 attendees, 300 exhibitors, and 500 speakers expected, the Bitcoin 2025 conference is poised to be the largest Bitcoin event of the year-and potentially the most transactional. 

The event will feature on-site activations such as the Official Bitcoin Magazine Store, where all merchandise will be available at a 21% discount for those paying with Bitcoin via the Lightning Network-a nod to Bitcoin’s 21 million coin supply limit.

By deeply integrating Lightning payments into the conference experience, organizers hope to demonstrate Bitcoin’s readiness for mainstream commerce and set a new benchmark for its practical use as a currency.

Conclusion

The Guinness World Record attempt at Bitcoin 2025 is more than a publicity stunt-it’s a bold demonstration of Bitcoin’s technological maturity and its potential to function as a modern, everyday payment method.

Whether or not the record is set, the event will serve as a milestone in the ongoing journey to make Bitcoin a truly global, user-friendly currency

@ b1ddb4d7:471244e7

Flash, an all-in-one Bitcoin payment platform, has announced the launch of Flash 2.0, the most intuitive and powerful Bitcoin payment solution to date.

With a completely redesigned interface, expanded e-commerce integrations, and a frictionless onboarding process, Flash 2.0 makes accepting Bitcoin easier than ever for businesses worldwide.

We did the unthinkable!

Website monetization used to be super complicated.

"Buy me a coffee" — But only if we both have a bank account.

WHAT IF WE DON'T?

Thanks to @paywflash and bitcoin, it's just 5 CLICKS – and no banks!

Start accepting donations on your website… pic.twitter.com/uwZUrvmEZ1

— Flash • The Bitcoin Payment Gateway (@paywflash) May 13, 2025

Accept Bitcoin in Three Minutes

Setting up Bitcoin payments has long been a challenge for merchants, requiring technical expertise, third-party processors, and lengthy verification procedures. Flash 2.0 eliminates these barriers, allowing any business to start accepting Bitcoin in just three minutes, with no technical set-up and full control over their funds.

The Bitcoin Payment Revolution

The world is witnessing a seismic shift in finance. Governments are backing Bitcoin funds, major companies are adding Bitcoin to their balance sheets, and political figures are embracing it as the future of money. Just as Stripe revolutionized internet payments, Flash is now doing the same for Bitcoin. Businesses that adapt today will gain a competitive edge in a rapidly evolving financial landscape.

With Bitcoin adoption accelerating, consumers are looking for places to spend it. Flash 2.0 ensures businesses of all sizes can seamlessly accept Bitcoin and position themselves at the forefront of this financial revolution.

All-in-One Monetization Platform

More than just a payment gateway, Flash 2.0 is a complete Bitcoin monetization suite, providing multiple ways for businesses to integrate Bitcoin into their operations. Merchants can accept payments online and in-store, content creators can monetize with donations and paywalls, and freelancers can send instant invoices via payment links.

For example, a jewelry designer selling products on WooCommerce can now integrate Flash for online payments, use Flash’s Point-of-Sale system at trade shows, enable Bitcoin donations for her digital artwork, and lock premium content behind Flash Paywalls. The possibilities are endless.

E-Commerce for Everyone

With built-in integrations for Shopify, WooCommerce, and soon Wix and OpenCart, Flash 2.0 enables Bitcoin payments on 95% of e-commerce stores worldwide. Businesses can now add Bitcoin as a payment option in just a few clicks—without needing developers or external payment processors.

And for those looking to start selling, Flash’s built-in e-commerce features allow users to create online stores, showcase products, and manage payments seamlessly.

No Middlemen, No Chargebacks, No Limits

Unlike traditional payment platforms, Flash does not hold or process funds. Businesses receive Bitcoin directly, instantly, and securely. There are no chargebacks, giving merchants full control over refunds and eliminating fraud. Flash also remains KYC-free, ensuring a seamless experience for businesses and customers alike.

A Completely Redesigned Experience

“The world is waking up to Bitcoin. Just like the internet revolutionized commerce, Bitcoin is reshaping finance. Businesses need solutions that are simple, efficient, and truly decentralized. Flash 2.0 is more than just a payment processor—it’s a gateway to the future of digital transactions, putting financial power back into the hands of businesses.”

— Pierre Corbin, CEO at Flash.

Flash 2.0 introduces a brand-new user interface, making it easier than ever to navigate, set up payments, and manage transactions. With an intuitive dashboard, streamlined checkout, and enhanced mobile compatibility, the platform is built for both new and experienced Bitcoin users.

About Flash

Flash is an all-in-one Bitcoin payment platform that empowers businesses, creators, and freelancers to accept, manage, and grow with Bitcoin. With a mission to make Bitcoin payments accessible to everyone, Flash eliminates complexity and gives users full control over their funds.

To learn more or get started, visit www.paywithflash.com.

Press Contact:

Julien Bouvier
Head of Marketing
+3360941039

@ b1ddb4d7:471244e7

Bitcoin FilmFest (BFF25) returns to Warsaw for its third edition, blending independent cinema—from feature films and commercials to AI-driven experimental visuals—with education and entertainment.

Hundreds of attendees from around the world will gather for three days of screenings, discussions, workshops, and networking at the iconic Kinoteka Cinema (PKiN), the same venue that hosted the festival’s first two editions in March 2023 and April 2024.

This year’s festival, themed “Beyond the Frame,” introduces new dimensions to its program, including an extra day on May 22 to celebrate Bitcoin Pizza Day, the first real-world bitcoin transaction, with what promises to be one of Europe’s largest commemorations of this milestone.

BFF25 bridges independent film, culture, and technology, with a bold focus on decentralized storytelling and creative expression. As a community-driven cultural experience with a slightly rebellious spirit, Bitcoin FilmFest goes beyond movies, yet cinema remains at its heart.

Here’s a sneak peek at the lineup, specially curated for movie buffs:

Generative Cinema –  A special slot with exclusive shorts and a thematic debate on the intersection of AI and filmmaking. Featured titles include, for example: BREAK FREE, SATOSHI: THE CREATION OF BITCOIN, STRANGE CURRENCIES, and BITCOIN IS THE MYCELIUM OF MONEY,  exploring financial independence, traps of the fiat system, and a better future built on sound money.

Upcoming Productions Preview – A bit over an hour-long block of unreleased pilots and works-in-progress. Attendees will get exclusive first looks at projects like FINDING HOME (a travel-meets-personal-journey series), PARALLEL SPACES (a story about alternative communities), and THE LEGEND OF LANDI (a mysterious narrative).

Freedom-Focused Ads & Campaigns – Unique screenings of video commercials, animations, and visual projects, culminating in “The PoWies” (Proof of Work-ies)—the first ever awards show honoring the best Bitcoin-only awareness campaigns.

To get an idea of what might come up at the event, here, you can preview 6 selected ads combined into two 2 videos:

• Unique Bitcoin-Video Ads: Part One
• Unique Bitcoin-Video Ads: Part Two

Open Pitch Competition – A chance for filmmakers to present fresh ideas and unfinished projects to an audience of a dedicated jury, movie fans and potential collaborators. This competitive block isn’t just entertaining—it’s a real opportunity for creators to secure funding and partnerships.

Golden Rabbit Awards: A lively gala honoring films from the festival’s Official Selection, with awards in categories like Best Feature, Best Story, Best Short, and Audience Choice.

BFF25 Main Screenings

Sample titles from BFF25’s Official Selection:

REVOLUCIÓN BITCOIN – A documentary by Juan Pablo, making its first screening outside the Spanish-speaking world in Warsaw this May. Three years of important work, 80 powerful minutes to experience. The film explores Bitcoin’s impact across Argentina, Colombia, Mexico, El Salvador, and Spain through around 40 diverse perspectives. Screening in Spanish with English subtitles, followed by a Q&A with the director.

UNBANKABLE – Luke Willms’ directorial debut, drawing from his multicultural roots and his father’s pioneering HIV/AIDS research. An investigative documentary based on Luke’s journeys through seven African countries, diving into financial experiments and innovations—from mobile money and digital lending to Bitcoin—raising smart questions and offering potential lessons for the West. Its May appearance at BFF25 marks its largest European event to date, following festival screenings and nominations across multiple continents over the past year.

HOTEL BITCOIN – A Spanish comedy directed by Manuel Sanabria and Carlos “Pocho” Villaverde. Four friends, 4,000 bitcoins , and one laptop spark a chaotic adventure of parties, love, crime, and a dash of madness. Exploring sound money, value, and relationships through a twisting plot. The film premiered at the Tarazona and Moncayo Comedy Film Festival in August 2024. Its Warsaw screening at BFF25 (in Spanish with English subtitles) marks its first public showing outside the Spanish-speaking world.

Check out trailers for this year’s BFF25 and past editions on YouTube.

Tickets & Info:

• Detailed program and tickets are available at bitcoinfilmfest.com/bff25.
• Stay updated via the festival’s official channels (links provided on the website).
• Use ‘LN-NEWS’ to get 10% of tickets

@ b1ddb4d7:471244e7

Starting January 1, 2026, the United Kingdom will impose some of the world’s most stringent reporting requirements on cryptocurrency firms.

All platforms operating in or serving UK customers-domestic and foreign alike-must collect and disclose extensive personal and transactional data for every user, including individuals, companies, trusts, and charities. 

This regulatory drive marks the UK’s formal adoption of the OECD’s Crypto-Asset Reporting Framework (CARF), a global initiative designed to bring crypto oversight in line with traditional banking and to curb tax evasion in the rapidly expanding digital asset sector.

What Will Be Reported?

Crypto firms must gather and submit the following for each transaction:

• User’s full legal name, home address, and taxpayer identification number
• Detailed data on every trade or transfer: type of cryptocurrency, amount, and nature of the transaction
• Identifying information for corporate, trust, and charitable clients

The obligation extends to all digital asset activities, including crypto-to-crypto and crypto-to-fiat trades, and applies to both UK residents and non-residents using UK-based platforms. The first annual reports covering 2026 activity are due by May 31, 2027.

Enforcement and Penalties

Non-compliance will carry stiff financial penalties, with fines of up to £300 per user account for inaccurate or missing data-a potentially enormous liability for large exchanges. The UK government has urged crypto firms to begin collecting this information immediately to ensure operational readiness.

Regulatory Context and Market Impact

This move is part of a broader UK strategy to position itself as a global fintech hub while clamping down on fraud and illicit finance. UK Chancellor Rachel Reeves has championed these measures, stating, “Britain is open for business – but closed to fraud, abuse, and instability”. The regulatory expansion comes amid a surge in crypto adoption: the UK’s Financial Conduct Authority reported that 12% of UK adults owned crypto in 2024, up from just 4% in 2021.

Enormous Risks for Consumers: Lessons from the Coinbase Data Breach

While the new framework aims to enhance transparency and protect consumers, it also dramatically increases the volume of sensitive personal data held by crypto firms-raising the stakes for cybersecurity.

The risks are underscored by the recent high-profile breach at Coinbase, one of the world’s largest exchanges.

In May 2025, Coinbase disclosed that cybercriminals, aided by bribed offshore contractors, accessed and exfiltrated customer data including names, addresses, government IDs, and partial bank details. 

The attackers then used this information for sophisticated phishing campaigns, successfully deceiving some customers into surrendering account credentials and funds.

“While private encryption keys remained secure, sufficient customer information was exposed to enable sophisticated phishing attacks by criminals posing as Coinbase personnel.”

Coinbase now faces up to $400 million in compensation costs and has pledged to reimburse affected users, but the incident highlights the systemic vulnerability created when large troves of personal data are centralized-even if passwords and private keys are not directly compromised. The breach also triggered a notable drop in Coinbase’s share price and prompted a $20 million bounty for information leading to the attackers’ capture.

The Bottom Line

The UK’s forthcoming crypto reporting regime represents a landmark in financial regulation, promising greater transparency and tax compliance. However, as the Coinbase episode demonstrates, the aggregation of sensitive user data at scale poses a significant cybersecurity risk.

As regulators push for more oversight, the challenge will be ensuring that consumer protection does not become a double-edged sword-exposing users to new threats even as it seeks to shield them from old ones.

@ b1ddb4d7:471244e7

This article was originally published on aier.org

Even after eleven years experience, and a per Bitcoin price of nearly $20,000, the incredulous are still with us. I understand why. Bitcoin is not like other traditional financial assets.

Even describing it as an asset is misleading. It is not the same as a stock, as a payment system, or a money. It has features of all these but it is not identical to them.

What Bitcoin is depends on its use as a means of storing and porting value, which in turn rests of secure titles to ownership of a scarce good. Those without experience in the sector look at all of this and get frustrated that understanding why it is valuable is not so easy to grasp. 

In this article, I’m updating an analysis I wrote six years ago. It still holds up. For those who don’t want to slog through the entire article, my thesis is that Bitcoin’s value obtains from its underlying technology, which is an open-source ledger that keeps track of ownership rights and permits the transfer of these rights. Bitcoin managed to bundle its unit of account with a payment system that lives on the ledger. That’s its innovation and why it obtained a value and that value continues to rise. 

Consider the criticism offered by traditional gold advocates, who have, for decades, pushed the idea that sound money must be backed by something real, hard, and independently valuable. Bitcoin doesn’t qualify, right? Maybe it does. 

Bitcoin first emerged as a possible competitor to national, government-managed money in 2009. Satoshi Nakamoto’s white paper was released October 31, 2008. The structure and language of this paper sent the message: This currency is for computer technicians, not economists nor political pundits. The paper’s circulation was limited; novices who read it were mystified. 

But the lack of interest didn’t stop history from moving forward. Two months later, those who were paying attention saw the emergence of the “Genesis Block,” the first group of bitcoins generated through Nakamoto’s concept of a distributed ledger that lived on any computer node in the world that wanted to host it.

Here we are all these years later and a single bitcoin trades at $18,500. The currency is held and accepted by many thousands of institutions, both online and offline. Its payment system is very popular in poor countries without vast banking infrastructures but also in developed countries. And major institutions—including the Federal Reserve, the OECD, the World Bank, and major investment houses—are paying respectful attention and weaving blockchain technology into their operations.

Enthusiasts, who are found in every country, say that its exchange value will soar even more in the future because its supply is strictly limited and it provides a system vastly superior to government money. Bitcoin is transferred between individuals without a third party. It is relatively low-cost to exchange. It has a predictable supply. It is durable, fungible, and divisible: all crucial features of money. It creates a monetary system that doesn’t depend on trust and identity, much less on central banks and government. It is a new system for the digital age.

Hard lessons for hard money

To those educated in the “hard money” tradition, the whole idea has been a serious challenge. Speaking for myself, I had been reading about bitcoin for two years before I came anywhere close to understanding it. There was just something about the whole idea that bugged me. You can’t make money out of nothing, much less out of computer code. Why does it have value then? There must be something amiss. This is not how we expected money to be reformed.

There’s the problem: our expectations. We should have been paying closer attention to Ludwig von Mises’ theory of money’s origins—not to what we think he wrote, but to what he actually did write. 

In 1912, Mises released The Theory of Money and Credit. It was a huge hit in Europe when it came out in German, and it was translated into English. While covering every aspect of money, his core contribution was in tracing the value and price of money—and not just money itself—to its origins. That is, he explained how money gets its price in terms of the goods and services it obtains. He later called this process the “regression theorem,” and as it turns out, bitcoin satisfies the conditions of the theorem.

Mises’ teacher, Carl Menger, demonstrated that money itself originates from the market—not from the State and not from social contract. It emerges gradually as monetary entrepreneurs seek out an ideal form of commodity for indirect exchange. Instead of merely bartering with each other, people acquire a good not to consume, but to trade. That good becomes money, the most marketable commodity.

But Mises added that the value of money traces backward in time to its value as a bartered commodity. Mises said that this is the only way money can have value.

The theory of the value of money as such can trace back the objective exchange value of money only to that point where it ceases to be the value of money and becomes merely the value of a commodity…. If in this way we continually go farther and farther back we must eventually arrive at a point where we no longer find any component in the objective exchange value of money that arises from valuations based on the function of money as a common medium of exchange; where the value of money is nothing other than the value of an object that is useful in some other way than as money…. Before it was usual to acquire goods in the market, not for personal consumption, but simply in order to exchange them again for the goods that were really wanted, each individual commodity was only accredited with that value given by the subjective valuations based on its direct utility.

Mises’ explanation solved a major problem that had long mystified economists. It is a narrative of conjectural history, and yet it makes perfect sense. Would salt have become money had it otherwise been completely useless? Would beaver pelts have obtained monetary value had they not been useful for clothing? Would silver or gold have had money value if they had no value as commodities first? The answer in all cases of monetary history is clearly no. The initial value of money, before it becomes widely traded as money, originates in its direct utility. It’s an explanation that is demonstrated through historical reconstruction. That’s Mises’ regression theorem.

Bitcoin’s Use Value

At first glance, bitcoin would seem to be an exception. You can’t use a bitcoin for anything other than money. It can’t be worn as jewelry. You can’t make a machine out of it. You can’t eat it or even decorate with it. Its value is only realized as a unit that facilitates indirect exchange. And yet, bitcoin already is money. It’s used every day. You can see the exchanges in real time. It’s not a myth. It’s the real deal.

It might seem like we have to choose. Is Mises wrong? Maybe we have to toss out his whole theory. Or maybe his point was purely historical and doesn’t apply in the future of a digital age. Or maybe his regression theorem is proof that bitcoin is just an empty mania with no staying power, because it can’t be reduced to its value as a useful commodity.

And yet, you don’t have to resort to complicated monetary theory in order to understand the sense of alarm surrounding bitcoin. Many people, as I did, just have a feeling of uneasiness about a money that has no basis in anything physical. Sure, you can print out a bitcoin on a piece of paper, but having a paper with a QR code or a public key is not enough to relieve that sense of unease.

How can we resolve this problem? In my own mind, I toyed with the issue for more than a year. It puzzled me. I wondered if Mises’ insight applied only in a pre-digital age. I followed the speculations online that the value of bitcoin would be zero but for the national currencies into which it is converted. Perhaps the demand for bitcoin overcame the demands of Mises’ scenario because of a desperate need for something other than the dollar.

As time passed—and I read the work of Konrad Graf, Peter Surda, and Daniel Krawisz—finally the resolution came. Bitcoin is both a payment system and a money. The payment system is the source of value, while the accounting unit merely expresses that value in terms of price. The unity of money and payment is its most unusual feature, and the one that most commentators have had trouble wrapping their heads around.

We are all used to thinking of currency as separate from payment systems. This thinking is a reflection of the technological limitations of history. There is the dollar and there are credit cards. There is the euro and there is PayPal. There is the yen and there are wire services. In each case, money transfer relies on third-party service providers. In order to use them, you need to establish what is called a “trust relationship” with them, which is to say that the institution arranging the deal has to believe that you are going to pay.

This wedge between money and payment has always been with us, except for the case of physical proximity.

If I give you a dollar for your pizza slice, there is no third party. But payment systems, third parties, and trust relationships become necessary once you leave geographic proximity. That’s when companies like Visa and institutions like banks become indispensable. They are the application that makes the monetary software do what you want it to do.

The hitch is that

@ b1ddb4d7:471244e7

Breez, a leader in Lightning Network infrastructure, and Spark, a bitcoin-native Layer 2 (L2) platform, today announced a groundbreaking collaboration to empower developers with tools to seamlessly integrate self-custodial bitcoin payments into everyday applications.

The partnership introduces a new implementation of the Breez SDK built on Spark’s bitcoin-native infrastructure, accelerating the evolution of bitcoin from “digital gold” to a global, permissionless currency.

The Breez SDK is expanding

We’re joining forces with @buildonspark to release a new nodeless implementation of the Breez SDK — giving developers the tools they need to bring Bitcoin payments to everyday apps.

→ https://t.co/iWjZhWRwsx

Bitcoin-Native
Powered by Spark’s…

— Breez (@Breez_Tech) May 22, 2025

A Bitcoin-Native Leap for Developers

The updated Breez SDK leverages Spark’s L2 architecture to deliver a frictionless, bitcoin-native experience for developers.

Key features include:

• Universal Compatibility: Bindings for all major programming languages and frameworks.
• LNURL & Lightning Address Support: Streamlined integration for peer-to-peer transactions.
• Real-Time Interaction: Instant mobile notifications for payment confirmations.
• No External Reliance: Built directly on bitcoin via Spark, eliminating bridges or third-party consensus.

This implementation unlocks use cases such as streaming content payments, social app monetization, in-game currencies, cross-border remittances, and AI micro-settlements—all powered by Bitcoin’s decentralized network.

Quotes from Leadership

Roy Sheinfeld, CEO of Breez:
“Developers are critical to bringing bitcoin into daily life. By building the Breez SDK on Spark’s revolutionary architecture, we’re giving builders a bitcoin-native toolkit to strengthen Lightning as the universal language of bitcoin payments.”

Kevin Hurley, Creator of Spark:
“This collaboration sets the standard for global peer-to-peer transactions. Fast, open, and embedded in everyday apps—this is bitcoin’s future. Together, we’re equipping developers to create next-generation payment experiences.”

David Marcus, Co-Founder and CEO of Lightspark:
“We’re thrilled to see developers harness Spark’s potential. This partnership marks an exciting milestone for the ecosystem.”

Collaboration Details
As part of the agreement, Breez will operate as a Spark Service Provider (SSP), joining Lightspark in facilitating payments and expanding Spark’s ecosystem. Technical specifications for the SDK will be released later this year, with the full implementation slated for launch in 2025.

About Breez
Breez pioneers Lightning Network solutions, enabling developers to embed self-custodial bitcoin payments into apps. Its SDK powers seamless, secure, and decentralized financial interactions.

About Spark
Spark is a bitcoin-native Layer 2 infrastructure designed for payments and settlement, allowing developers to build directly on Bitcoin’s base layer without compromises.

@ 6c05c73e:c4356f17

Como a grande maioria dos brasileiros. Eu não comecei um negócio porque “queria empreender”. Diferente disso, eu PRECISAVA para poder pagar contas e manter o básico.

Festas, openbar e camisas

Meu primeiro negócio foi na verdade um combo. Eu tinha saído do último trampo e eu gostava de festas. Então, comecei a organizar uma festa mensalmente na casa do meu pai. Eu pagava a água, energia e dava uma grana para ele. Em troca, organizava festa de sábado para domingo open bar.

A fórmula era simples. Criava o evento da festa no facebook, convidava todo mundo que conhecia. Panfletava na cidade e espalhava cartazes nos pontos de ônibus sobre a festa. E, para fechar com chave de ouro. Mulher era OFF até 20:00. Consequência? Os caras vinham e pagavam o ingresso deles e delas. Kkkkk. E, enchia…

Comecei a notar que a galera se vestia mal. E, pensei: "Porque não vestir eles?” Pimba! Comecei a desenha e confeccionar camisas para vender nas festas. E, pimba denovo! Vendeu, tudo! Fiz 2 coleções e mais algumas festas. Até o dia que um menino deu PT de tanto beber e decidi que era hora de tentar outra coisa.

Como assim a Apple não vai vender mais os carregadores?

Isso, foi durante a pandemia. A Apple decidiu vender o telefone e o cabo. E, você que lute com a fonte. Estava difícil achar dinheiro no mercado naqueles tempos e eu pensei. Vou pesquisar no google trends e validar a ideia. Caixa! Tinha mais de 80 pts de busca. Colei em SP, no Brás e comprei literalmente. Todo meu dinheiro de cabo de iphone, carregador e bateria portátil.

Fiquei com R$100 na conta. Para fazer um lanche e pagar pelo uber para voltar para casa. Chegando aqui, eu tirei foto e fiz várias copys. Anunciei no Olx, Mercado Livre e Facebook. Impulsionei os anúncios no OLX, vendi para familiares e amigos, e; vendia até para quem estava na rua. Fiz entrega de bike, a pé, de ônibus e é isso mesmo. Tem que ralar. Para queimar o resto da mercadoria. Deixei com uma loja de eletrônicos e fiz consignado. E, hora da próxima ideia.

Mulheres, doces e TPM

Meu penúltimo negócio veio depois dos cabos. Eu pesquisei na net, negócios online para começar com pouca grana. (Depois que paguei as contas do dia a dia, sobraram R$3mil). E, achei uma pesquisa mostrando que doces. Tinha baixa barreira de entrada e exigia poucos equipamentos. Eu trabalhei em restaurante por muitos anos e sabia como lucrar com aquilo. Além do mais, mulheres consomem mais doce em uma certa época do mês.

Não deu outra, convidei 2 pessoas para serem sócias. Desenvolvemos os produtos, fotografamos e fizemos as copys. Em sequência, precisávamos vender. Então, lá vamos denovo: Ifood, WPP, 99food (na época), Uber eats (na época), Elo7, famílias e amigos e; por fim começamos a vender consignado com alguns restaurantes e lojas. Foi uma época em que aprendi a prospectar clientes de todas as maneiras possíveis.

De novo, minha maior dificuldade era a locomoção para fazer entregas. Só tinha uma bike. Mas, entregávamos. Os primeiros 3 meses foram difíceis demais. Mas, rolou. No fim, nossas maiores vendas vinham de: Ifood, encomendas de festas e consignados. Mas, como nem tudo são flores. Meus dois sócios tomaram outros caminhos e abandonaram o projeto. Galera, está tudo bem com isso. Isso acontece o tempo todo. A vida muda e temos que aprender a aceitar isso. Vida que segue e fui para frente de novo.

Sobre paixões, paciência e acreditar

Estava eu comemorando meu níver de 30 anos, num misto de realizações e pouco realizado. Como assim? Sabe quando você faz um monte de coisas, mas ainda assim. Não sente que é aquilo? Pois então…

Eu amo investimentos, livros, escrever e sempre curti trocar ideia com amigos e família sobre como se desenvolver. Desde que comecei a usar a internet eu criei: Canal no youtube, páginas no IG e FB, pinterest, steemit, blog e até canal no Telegram. Mas, nunca tinha consistente sabe? Tipo assim, vou fazer isso por um ano e plantar 100 sementes aqui. Enfim, inconsistência te derruba meu amigo…Eu voltei a trabalhar com restaurantes e estava doido para mudar de área. Estava exausto de trabalhar e meu wpp não parava de tocar. Fui estudar ADM e Desenvolvimento de sistemas no Senac. Dois anos depois, formei. Consegui trabalho.

E, comecei a pensar em como criar um negócio online, escalável e multilíngue. Passei os próximos 7 meses desenhando e pensando como. Mas, tinha que dar o primeiro passo. Criei um site e fui escrevendo textos. Os primeiros 30 foram aquilo, os próximos 10 melhoraram muito e os 10 a seguir eu fiquei bem satisfeitos. Hoje, tenho o negócio que estava na cabeça desde 2023. Mas, olha o tamanho da volta que o universo me fez dar e aprender para chegar aqui hoje. Dicas? Só 3:

1. Você precisa usar a internet para fazer negócio. Em todos os negócios que falei, sempre teve algo online. Não negligencie isso.
2. Tem que aprender a vender e se vender.
3. Confia em si mesmo e faz sem medo de errar. Porque, advinha? Você vai errar! Mas, vai aprender e melhorar. Tem que persistir…

Por hoje é isso. Tamo junto!

@ bf47c19e:c3d2573b

Originalni tekst na antenam.net

22.05.2025 / Autor: Ana Nives Radović

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Da nema besplatnog ručka sigurno ste čuli svaki put kad bi neko poželio da naglasi da se sve na neki način plaća, iako možda tu cijenu ne primjećujemo odmah. Međutim, kada govorimo o događaju od kojeg je prošlo tačno 15 godina onda o „ručku“ ne govorimo u prenešenom smislu, već o porudžbini pice čija tržišna vrijednost iz godine u godinu dostiže iznos koji je čini najskupljom hranom koja je ikad poručena.

Tog 22. maja 2010. godine čovjek sa Floride pod imenom Laslo Hanjec potrošio je 10.000 bitcoina na dvije velike pice. U to vrijeme, ta količina bitcoina imala je tržišnu vrijednost od oko 41 dolar. Ako uzmemo u obzir da je vrijednost jedne jedinice ove digitalne valute danas nešto više od 111.000 dolara, tih 10.000 bitcoina danas bi značilo vrijednost od 1,11 milijardi dolara.

Nesvakidašnji događaj u digitalnoj i ugostiteljskoj istoriji, nastao zbog znatiželje poručioca koji je želio da se uvjeri da koristeći bitcoin može da plati nešto u stvarnom svijetu, pretvorio se u Bitcoin Pizza Day, kao podsjetnik na trenutak koji je označio prelaz bitcoina iz apstraktnog kriptografskog eksperimenta u nešto što ima stvarnu vrijednost.

Hanjec je bio znatiželjan i pitao se da li se prva, a u to vrijeme i jedina kriptovaluta može iskoristiti za kupovinu nečeg opipljivog. Objavio je ponudu na jednom forumu koja je glasila: 10.000 BTC za dvije pice. Jedan entuzijasta se javio, naručio pice iz restorana Papa John’s i ispisao zanimljivu stranicu istorije digitalne imovine.

Taj inicijalni zabilježeni finansijski dogovor dao je bitcoinu prvu široko prihvaćenu tržišnu vrijednost: 10.000 BTC za 41 dolar, čime je bitcoin napravio svoj prvi korak ka onome što danas mnogi zovu digitalnim zlatom.

Šta je zapravo bitcoin?

Bitcoin je oblik digitalnog novca koji je osmišljen da bude decentralizovan, transparentan i otporan na uticaj centralnih banaka. Kreirao ga je 2009. godine anonimni autor poznat kao Satoši Nakamoto, neposredno nakon globalne finansijske krize 2008. godine. U svojoj suštini, bitcoin je protokol, skup pravila koja sprovodi kompjuterski kod, koji omogućava korisnicima da bez posrednika sigurno razmjenjuju vrijednost putem interneta.

Osnova cijelog sistema je blockchain, distribuisana digitalna knjiga koju održavaju hiljade nezavisnih računara (tzv. čvorova) širom svijeta. Svaka transakcija se bilježi u novi „blok“, koji se potom dodaje u lanac (otud naziv „lanac blokova“, odnosno blockchain). Informacija koja se jednom upiše u blok ne može da se izbriše, niti promijeni, što omogućava više transparentnosti i više povjerenja.

Da bi blockchain mreža u kojoj se sve to odvija zadržala to svojstvo, bitcoin koristi mehanizam konsenzusa nazvan dokaz rada (proof-of-work), što znači da specijalizovani računari koji „rudare“ bitcoin rješavaju kompleksne matematičke probleme kako bi omogućili obavljanje transakcija i pouzdanost mreže.

Deflatorna priroda bitcoina

Najjednostavniji način da se razumije deflatorna priroda bitcoina je da pogledamo cijene izražene u valuti kojoj plaćamo. Sigurno ste u posljednje vrijeme uhvatili sebe da komentarišete da ono što je prije nekoliko godina koštalo 10 eura danas košta 15 ili više. Budući da to ne zapažate kada je u pitanju cijena samo određenog proizvoda ili usluge, već kao sveprisutan trend, shvatate da se radi o tome da je novac izgubio vrijednost. Na primjer, kada je riječ o euru, otkako je Evropska centralna banka počela intenzivno da doštampava novac svake godine, pa je od 2009. kada je program tzv. „kvantitativnog popuštanja“ započet euro zabilježio kumulativnu inflaciju od 42,09% zbog povećane količine sredstava u opticaju.

Međutim, kada je riječ o bitcoinu, njega nikada neće biti više od 21 milion koliko je izdato prvog dana, a to nepromjenjivo pravilo zapisano je i u njegovom kodu. Ova ograničena ponuda oštro se suprotstavlja principima koji važe kod monetarnih institucija, poput centralnih banaka, koje doštampavaju novac, često da bi povećale količinu u opticaju i tako podstakle finansijske tokove, iako novac zbog toga gubi vrijednost. Nasuprot tome, bitcoin se zadržava na iznosu od 21 milion, pa je upravo ta konačnost osnova za njegovu deflatornu prirodu i mogućnost da vremenom dobija na vrijednosti.

Naravno, ovo ne znači da je cijena bitcoina predodređena da samo raste. Ona je zapravo prilično volatilna i oscilacije su česte, posebno ukoliko, na primjer, posmatramo odnos cijena unutar jedne godine ili nekoliko mjeseci, međutim, gledano sa vremenske distance od četiri do pet godina bilo koji uporedni period od nastanka bitcoina do danas upućuje na to da je cijena u međuvremenu porasla. Taj trend će se nastaviti, tako da, kao ni kada je riječ o drugim sredstvima, poput zlata ili nafte, nema mjesta konstatacijama da je „vrijeme niskih cijena prošlo“.

Šta zapravo znači ovaj dan?

Bitcoin Pizza Day je za mnoge prilika da saznaju ponešto novo o bitcoinu, jer tada imaju priliku da o njemu čuju detalje sa raznih strana, jer kako se ovaj događaj popularizuje stvaraju se i nove prilike za učenje. Takođe, ovaj dan od 2021. obilježavaju picerije širom svijeta, u više od 400 gradova iz najmanje 75 zemalja, jer je za mnoge ovo prilika da korisnike bitcoina navedu da potroše djelić svoje imovine na nešto iz njihove ponude. Naravno, taj iznos je danasd zanemarljivo mali, a cijena jedne pice danas je otprilike 0,00021 bitcoina.

No, dok picerije širom svijeta danas na zabavan način pokušavaju da dođu do novih gostiju, ovaj dan je za mnoge vlasnike bitcoina nešto poput opomene da svoje digitalne novčiće ipak ne treba trošiti na nešto potrošno, jer je budućnost nepredvidiva. Bitcoin Pizza Day je dan kada se ideja pretvorila u valutu, kada su linije koda postale sredstvo razmjene.

Prvi let avionom trajao je svega 12 sekundi, a u poređenju sa današnjim transkontinentalnim linijama to djeluje gotovo neuporedivo i čudno, međutim, od nečega je moralo početi. Porudžbina pice plaćene bitcoinom označile su početak razmjene ove vrste, dok se, na primjer, tokom jučerašnjeg dana obim plaćanja bitcoinom premašio 23 milijarde dolara. Nauka i tehnologija nas podsjećaju na to da sve počinje malim, zanemarivim koracima.

@ bf47c19e:c3d2573b

Zvanični vebsajt knjige

Srpski prevod knjige "The Little Bitcoin Book"

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Zašto je Bitkoin bitan za vašu slobodu, finansije i budućnost?

Verovatno ste čuli za Bitkoin u vestima ili da o njemu raspravljaju vaši prijatelji ili kolege. Kako to da se cena stalno menja? Da li je Bitkoin dobra investicija? Kako to uopšte ima vrednost? Zašto ljudi stalno govore o tome kao da će promeniti svet?

"Mala knjiga o Bitkoinu" govori o tome šta nije u redu sa današnjim novcem i zašto je Bitkoin izmišljen da obezbedi alternativu trenutnom sistemu. Jednostavnim rečima opisuje šta je Bitkoin, kako funkcioniše, zašto je vredan i kako utiče na individualnu slobodu i mogućnosti ljudi svuda - od Nigerije preko Filipina do Venecuele do Sjedinjenih Država. Ova knjiga takođe uključuje odeljak "Pitanja i odgovori" sa nekim od najčešće postavljanih pitanja o Bitkoinu.

Ako želite da saznate više o ovom novom obliku novca koji i dalje izaziva interesovanje i usvajanje širom sveta, onda je ova knjiga za vas.

@ 6d5c826a:4b27b659

• DefGuard - True enterprise WireGuard with MFA/2FA and SSO. (Source Code) Apache-2.0 Rust
• Dockovpn - Out-of-the-box stateless dockerized OpenVPN server which starts in less than 2 seconds. (Source Code) GPL-2.0 Docker
• Firezone - WireGuard based VPN Server and Firewall. (Source Code) Apache-2.0 Docker
• Gluetun VPN client - VPN client in a thin Docker container for multiple VPN providers, written in Go, and using OpenVPN or Wireguard, DNS over TLS, with a few proxy servers built-in. MIT docker
• Headscale - Self-hostable fork of Tailscale, cross-platform clients, simple to use, built-in (currently experimental) monitoring tools. BSD-3-Clause Go
• Nebula - A scalable p2p VPN with a focus on performance, simplicity and security. MIT Go
• ocserv - Cisco AnyConnect-compatible VPN server. (Source Code) GPL-2.0 C
• OpenVPN - Uses a custom security protocol that utilizes SSL/TLS for key exchange. (Source Code) GPL-2.0 C
• SoftEther - Multi-protocol software VPN with advanced features. (Source Code) Apache-2.0 C
• sshuttle - Poor man's VPN. LGPL-2.1 Python
• strongSwan - Complete IPsec implementation for Linux. (Source Code) GPL-2.0 C
• WireGuard - Very fast VPN based on elliptic curve and public key crypto. (Source Code) GPL-2.0 C

@ 6d5c826a:4b27b659

• Ganeti - Cluster virtual server management software tool built on top of KVM and Xen. (Source Code) BSD-2-Clause Python/Haskell
• KVM - Linux kernel virtualization infrastructure. (Source Code) GPL-2.0/LGPL-2.0 C
• OpenNebula - Build and manage enterprise clouds for virtualized services, containerized applications and serverless computing. (Source Code) Apache-2.0 C++
• oVirt - Manages virtual machines, storage and virtual networks. (Source Code) Apache-2.0 Java
• Packer - A tool for creating identical machine images for multiple platforms from a single source configuration. (Source Code) MPL-2.0 Go
• Proxmox VE - Virtualization management solution. (Source Code) GPL-2.0 Perl/Shell
• QEMU - QEMU is a generic machine emulator and virtualizer. (Source Code) LGPL-2.1 C
• Vagrant - Tool for building complete development environments. (Source Code) BUSL-1.1 Ruby
• VirtualBox - Virtualization product from Oracle Corporation. (Source Code) GPL-3.0/CDDL-1.0 C++
• XCP-ng - Virtualization platform based on Xen Source and Citrix® Hypervisor (formerly XenServer). (Source Code) GPL-2.0 C
• Xen - Virtual machine monitor for 32/64 bit Intel / AMD (IA 64) and PowerPC 970 architectures. (Source Code) GPL-2.0 C

@ 6d5c826a:4b27b659

• Darcs - Cross-platform version control system, like git, mercurial or svn but with a very different approach: focus on changes rather than snapshots. (Source Code) GPL-2.0 Haskell
• Fossil - Distributed version control with built-in wiki and bug tracking. (Source Code) BSD-2-Clause C
• Git - Distributed revision control and source code management (SCM) with an emphasis on speed. (Source Code) GPL-2.0 C
• Mercurial - Distributed source control management tool. (Source Code) GPL-2.0 Python/C/Rust
• Subversion - Client-server revision control system. (Source Code) Apache-2.0 C

@ 6d5c826a:4b27b659

• grml - Bootable Debian Live CD with powerful CLI tools. (Source Code) GPL-3.0 Shell
• mitmproxy - A Python tool used for intercepting, viewing and modifying network traffic. Invaluable in troubleshooting certain problems. (Source Code) MIT Python
• mtr - Network utility that combines traceroute and ping. (Source Code) GPL-2.0 C
• Sysdig - Capture system state and activity from a running Linux instance, then save, filter and analyze. (Source Code) Apache-2.0 Docker/Lua/C
• Wireshark - The world's foremost network protocol analyzer. (Source Code) GPL-2.0 C

@ 6d5c826a:4b27b659

• Docker Compose - Define and run multi-container Docker applications. (Source Code) Apache-2.0 Go
• Docker Swarm - Manage cluster of Docker Engines. (Source Code) Apache-2.0 Go
• Docker - Platform for developers and sysadmins to build, ship, and run distributed applications. (Source Code) Apache-2.0 Go
• LXC - Userspace interface for the Linux kernel containment features. (Source Code) GPL-2.0 C
• LXD - Container "hypervisor" and a better UX for LXC. (Source Code) Apache-2.0 Go
• OpenVZ - Container-based virtualization for Linux. (Source Code) GPL-2.0 C
• Podman - Daemonless container engine for developing, managing, and running OCI Containers on your Linux System. Containers can either be run as root or in rootless mode. Simply put: alias docker=podman. (Source Code) Apache-2.0 Go
• Portainer Community Edition - Simple management UI for Docker. (Source Code) Zlib Go
• systemd-nspawn - Lightweight, chroot-like, environment to run an OS or command directly under systemd. (Source Code) GPL-2.0 C

@ 6d5c826a:4b27b659

• Consul - Consul is a tool for service discovery, monitoring and configuration. (Source Code) MPL-2.0 Go
• etcd - Distributed K/V-Store, authenticating via SSL PKI and a REST HTTP Api for shared configuration and service discovery. (Source Code) Apache-2.0 Go
• ZooKeeper - ZooKeeper is a centralized service for maintaining configuration information, naming, providing distributed synchronization, and providing group services. (Source Code) Apache-2.0 Java/C++

@ 6d5c826a:4b27b659

• DD-WRT - A Linux-based firmware for wireless routers and access points, originally designed for the Linksys WRT54G series. (Source Code) GPL-2.0 C
• OpenWrt - A Linux-based router featuring Mesh networking, IPS via snort and AQM among many other features. (Source Code) GPL-2.0 C
• OPNsense - An open source FreeBSD-based firewall and router with traffic shaping, load balancing, and virtual private network capabilities. (Source Code) BSD-2-Clause C/PHP
• pfSense CE - Free network firewall distribution, based on the FreeBSD operating system with a custom kernel and including third party free software packages for additional functionality. (Source Code) Apache-2.0 Shell/PHP/Other

@ 6d5c826a:4b27b659

• Remmina - Feature-rich remote desktop application for linux and other unixes. (Source Code) GPL-2.0 C
• Tiger VNC - High-performance, multi-platform VNC client and server. (Source Code) GPL-2.0 C++
• X2go - X2Go is an open source remote desktop software for Linux that uses the NoMachine/NX technology protocol. (Source Code) GPL-2.0 Perl

@ 6d5c826a:4b27b659

• ActiveMQ - Java message broker. (Source Code) Apache-2.0 Java
• BeanstalkD - A simple, fast work queue. (Source Code) MIT C
• Gearman - Fast multi-language queuing/job processing platform. (Source Code) BSD-3-Clause C++
• NSQ - A realtime distributed messaging platform. (Source Code) MPL-2.0 Go
• ZeroMQ - Lightweight queuing system. (Source Code) GPL-3.0 C++

@ 6d5c826a:4b27b659

• aptly - Swiss army knife for Debian repository management. (Source Code) MIT Go
• fpm - Versatile multi format package creator. (Source Code) MIT Ruby
• omnibus-ruby - Easily create full-stack installers for your project across a variety of platforms. Apache-2.0 Ruby
• tito - Builds RPMs for git-based projects. GPL-2.0 Python

@ 6d5c826a:4b27b659

• CapRover - Build your own PaaS in a few minutes. (Demo, Source Code) Apache-2.0 Docker/Nodejs
• Coolify - An open-source & self-hostable Heroku / Netlify alternative (and even more). (Source Code) Apache-2.0 Docker
• Dokku - An open-source PaaS (alternative to Heroku). (Source Code) MIT Docker/Shell/Go/deb
• fx - A tool to help you do Function as a Service with painless on your own servers. MIT Go
• Kubero - A self-hosted Heroku PaaS alternative for Kubernetes that implements GitOps. (Demo, Source Code) GPL-3.0 K8S/Nodejs/Go
• LocalStack - LocalStack is a fully functional local AWS cloud stack. This includes Lambda for serverless computation. (Source Code) Apache-2.0 Python/Docker/K8S
• Nhost - Firebase Alternative with GraphQL. Get a database and backend configured and ready in minutes. (Source Code) MIT Docker/Nodejs/Go
• OpenFaaS - Serverless Functions Made Simple for Docker & Kubernetes. (Source Code) MIT Go
• Tau - Easily build Cloud Computing Platforms with features like Serverless WebAssembly Functions, Frontend Hosting, CI/CD, Object Storage, K/V Database, and Pub-Sub Messaging. (Source Code) BSD-3-Clause Go/Rust/Docker
• Trusted-CGI - Lightweight self-hosted lambda/applications/cgi/serverless-functions platform. MIT Go/deb/Docker

@ 6d5c826a:4b27b659

• GNS3 - Graphical network simulator that provides a variety of virtual appliances. (Source Code) GPL-3.0 Python
• OpenWISP - Open Source Network Management System for OpenWRT based routers and access points. (Demo, Source Code) GPL-3.0 Python
• Oxidized - Network device configuration backup tool. Apache-2.0 Ruby
• phpIPAM - Open source IP address management with PowerDNS integration. (Source Code) GPL-3.0 PHP
• RANCID - Monitor network devices configuration and maintain history of changes. (Source Code) BSD-3-Clause Perl/Shell
• rConfig - Network device configuration management tool. (Source Code) GPL-3.0 PHP

@ 6d5c826a:4b27b659

• Adagios - Web based Nagios interface for configuration and monitoring (replacement to the standard interface), and a REST interface. (Source Code) AGPL-3.0 Docker/Python
• Alerta - Distributed, scalable and flexible monitoring system. (Source Code) Apache-2.0 Python
• Beszel - Lightweight server monitoring platform that includes Docker statistics, historical data, and alert functions. (Source Code) MIT Go
• Cacti - Web-based network monitoring and graphing tool. (Source Code) GPL-2.0 PHP
• cadvisor - Analyzes resource usage and performance characteristics of running containers. Apache-2.0 Go
• checkmk - Comprehensive solution for monitoring of applications, servers, and networks. (Source Code) GPL-2.0 Python/PHP
• dashdot - A simple, modern server dashboard for smaller private servers. (Demo) MIT Nodejs/Docker
• EdMon - A command-line monitoring application helping you to check that your hosts and services are available, with notifications support. MIT Java
• eZ Server Monitor - A lightweight and simple dashboard monitor for Linux, available in Web and Bash application. (Source Code) GPL-3.0 PHP/Shell
• glances - Open-source, cross-platform real-time monitoring tool with CLI and web dashboard interfaces and many exporting options. (Source Code) GPL-3.0 Python
• Healthchecks - Monitoring for cron jobs, background services and scheduled tasks. (Source Code) BSD-3-Clause Python
• Icinga - Nagios fork that has since lapped nagios several times. Comes with the possibility of clustered monitoring. (Source Code) GPL-2.0 C++
• LibreNMS - Fully featured network monitoring system that provides a wealth of features and device support. (Source Code) GPL-3.0 PHP
• Linux Dash - A low-overhead monitoring web dashboard for a GNU/Linux machine. MIT Nodejs/Go/Python/PHP
• Monit - Small utility for managing and monitoring Unix systems. (Source Code) AGPL-3.0 C
• Munin - Networked resource monitoring tool. (Source Code) GPL-2.0 Perl/Shell
• Naemon - Network monitoring tool based on the Nagios 4 core with performance enhancements and new features. (Source Code) GPL-2.0 C
• Nagios - Computer system, network and infrastructure monitoring software application. (Source Code) GPL-2.0 C
• Netdata - Distributed, real-time, performance and health monitoring for systems and applications. Runs on Linux, FreeBSD, and MacOS. (Source Code) GPL-3.0 C
• NetXMS - Open Source network and infrastructure monitoring and management. (Source Code) LGPL-3.0/GPL-3.0 Java/C++/C
• Observium Community Edition - Network monitoring and management platform that provides real-time insight into network health and performance. QPL-1.0 PHP
• openITCOCKPIT Community Edition - Monitoring Suite featuring seamless integrations with Naemon, Checkmk, Grafana and more. (Demo, Source Code) GPL-3.0 deb/Docker
• Performance Co-Pilot - Lightweight, distributed system performance and analysis framework. (Source Code) LGPL-2.1/GPL-2.0 C
• PHP Server Monitor - Open source tool to monitor your servers and websites. (Source Code) GPL-3.0 PHP
• PhpSysInfo - A customizable PHP script that displays information about your system nicely. (Source Code) GPL-2.0 PHP
• Prometheus - Service monitoring system and time series database. (Source Code) Apache-2.0 Go
• Riemann - Flexible and fast events processor allowing complex events/metrics analysis. (Source Code) EPL-1.0 Java
• rtop - Interactive, remote system monitoring tool based on SSH. MIT Go
• ruptime - Classic system status server. AGPL-3.0 Shell
• Scrutiny - Web UI for hard drive S.M.A.R.T monitoring, historical trends & real-world failure thresholds. MIT Go
• Sensu - Monitoring tool for ephemeral infrastructure and distributed applications. (Source Code) MIT Go
• Status - Simple and lightweight system monitoring tool for small homeservers with a pleasant web interface. (Demo MIT Python
• Thruk - Multibackend monitoring web interface with support for Naemon, Nagios, Icinga and Shinken. (Source Code) GPL-1.0 Perl
• Wazuh - Unified XDR and SIEM protection for endpoints and cloud workloads. (Source Code) GPL-2.0 C
• Zabbix - Enterprise-class software for monitoring of networks and applications. (Source Code) GPL-2.0 C

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• Chocolatey - The package manager for Windows. (Source Code) Apache-2.0 C#/PowerShell
• Clonezilla - Partition and disk imaging/cloning program. (Source Code) GPL-2.0 Perl/Shell/Other
• DadaMail - Mailing List Manager, written in Perl. (Source Code) GPL-2.0 Perl
• Fog - Cloning/imaging solution/rescue suite. (Source Code) GPL-3.0 PHP/Shell
• phpList - Newsletter and email marketing software. (Source Code) AGPL-3.0 PHP

@ 6d5c826a:4b27b659

• Beats - Single-purpose data shippers that send data from hundreds or thousands of machines and systems to Logstash or Elasticsearch. (Source Code) Apache-2.0 Go
• Collectd - System statistics collection daemon. (Source Code) MIT C
• Diamond - Daemon that collects system metrics and publishes them to Graphite (and others). MIT Python
• Grafana - A Graphite & InfluxDB Dashboard and Graph Editor. (Source Code) AGPL-3.0 Go
• Graphite - Scalable graphing server. (Source Code) Apache-2.0 Python
• RRDtool - Industry standard, high performance data logging and graphing system for time series data. (Source Code) GPL-2.0 C
• Statsd - Daemon that listens for statistics like counters and timers, sent over UDP or TCP, and sends aggregates to one or more pluggable backend services. MIT Nodejs
• tcollector - Gathers data from local collectors and pushes the data to OpenTSDB. (Source Code) LGPL-3.0/GPL-3.0 Python
• Telegraf - Plugin-driven server agent for collecting, processing, aggregating, and writing metrics. MIT Go

@ 6d5c826a:4b27b659

• aerc - Terminal MUA with a focus on plaintext and features for developers. (Source Code) MIT Go
• Claws Mail - Old school email client (and news reader), based on GTK+. (Source Code) GPL-3.0 C
• ImapSync - Simple IMAP migration tool for copying mailboxes to other servers. (Source Code) NLPL Perl
• Mutt - Small but very powerful text-based mail client. (Source Code) GPL-2.0 C
• Sylpheed - Still developed predecessor to Claws Mail, lightweight mail client. (Source Code) GPL-2.0 C
• Thunderbird - Free email application that's easy to set up and customize. (Source Code) MPL-2.0 C/C++

@ 6d5c826a:4b27b659

• Fluentd - Data collector for unified logging layer. (Source Code) Apache-2.0 Ruby
• Flume - Distributed, reliable, and available service for efficiently collecting, aggregating, and moving large amounts of log data. (Source Code) Apache-2.0 Java
• GoAccess - Real-time web log analyzer and interactive viewer that runs in a terminal or through the browser. (Source Code) MIT C
• Loki - Log aggregation system designed to store and query logs from all your applications and infrastructure. (Source Code) AGPL-3.0 Go
• rsyslog - Rocket-fast system for log processing. (Source Code) GPL-3.0 C

@ 6d5c826a:4b27b659

• GLPI - Information Resource-Manager with an additional Administration Interface. (Source Code) GPL-3.0 PHP
• OCS Inventory NG - Asset management and deployment solution for all devices in your IT Department. (Source Code) GPL-2.0 PHP/Perl
• OPSI - Hardware and software inventory, client management, deployment, and patching for Linux and Windows. (Source Code) GPL-3.0/AGPL-3.0 OVF/Python
• RackTables - Datacenter and server room asset management like document hardware assets, network addresses, space in racks, networks configuration. (Demo, Source Code) GPL-2.0 PHP
• Ralph - Asset management, DCIM and CMDB system for large Data Centers as well as smaller LAN networks. (Demo, Source Code) Apache-2.0 Python/Docker
• Snipe IT - Asset & license management software. (Source Code) AGPL-3.0 PHP

@ 6d5c826a:4b27b659

• BounCA - A personal SSL Key / Certificate Authority web-based tool for creating self-signed certificates. (Source Code) Apache-2.0 Python
• easy-rsa - Bash script to build and manage a PKI CA. GPL-2.0 Shell
• Fusion Directory - Improve the Management of the services and the company directory based on OpenLDAP. (Source Code) GPL-2.0 PHP
• LDAP Account Manager (LAM) - Web frontend for managing entries (e.g. users, groups, DHCP settings) stored in an LDAP directory. (Source Code) GPL-3.0 PHP
• Libravatar - Libravatar is a service which delivers your avatar (profile picture) to other websites. (Source Code) AGPL-3.0 Python
• Pomerium - An identity and context aware access-proxy inspired by BeyondCorp. (Source Code) Apache-2.0 Docker/Go
• Samba - Active Directory and CIFS protocol implementation. (Source Code) GPL-3.0 C
• Smallstep Certificates - A private certificate authority (X.509 & SSH) and related tools for secure automated certificate management. (Source Code) Apache-2.0 Go
• ZITADEL - Cloud-native Identity & Access Management solution providing a platform for secure authentication, authorization and identity management. (Source Code) Apache-2.0 Go/Docker/K8S

@ 6d5c826a:4b27b659

• Authelia - The Single Sign-On Multi-Factor portal for web apps. (Source Code) Apache-2.0 Go
• Authentik - Flexible identity provider with support for different protocols. (OAuth 2.0, SAML, LDAP and Radius). (Source Code) MIT Python
• KeyCloak - Open Source Identity and Access Management. (Source Code) Apache-2.0 Java

@ 6d5c826a:4b27b659

• 389 Directory Server - Enterprise-class Open Source LDAP server for Linux. (Source Code) GPL-3.0 C
• Apache Directory Server - Extensible and embeddable directory server, certified LDAPv3 compatible, with Kerberos 5 and Change Password Protocol support, triggers, stored procedures, queues and views. (Source Code) Apache-2.0 Java
• FreeIPA - Integrated security information management solution combining Linux (Fedora), 389 Directory Server, Kerberos, NTP, DNS, and Dogtag Certificate System (web interface and command-line administration tools). (Source Code) GPL-3.0 Python/C/JavaScript
• FreeRADIUS - Multi-protocol policy server (radiusd) that implements RADIUS, DHCP, BFD, and ARP and associated client/PAM library/Apache module. (Source Code) GPL-2.0 C
• lldap - Light (simplified) LDAP implementation with a simple, intuitive web interface and GraphQL support. GPL-3.0 Rust
• OpenLDAP - Open-source implementation of the Lightweight Directory Access Protocol (server, libraries and clients). (Source Code) OLDAP-2.8 C

@ 6d5c826a:4b27b659

• Atom Community - A fork of atom A hackable text editor from Github. MIT JavaScript
• Brackets - Code editor for web designers and front-end developers. (Source Code) MIT JavaScript
• Eclipse - IDE written in Java with an extensible plug-in system. (Source Code) EPL-1.0 Java
• Geany - GTK2 text editor. (Source Code) GPL-2.0 C/C++
• GNU Emacs - An extensible, customizable text editor-and more. (Source Code) GPL-3.0 C
• Haroopad - Markdown editor with live preview. (Source Code) GPL-3.0 JavaScript
• jotgit - Git-backed real-time collaborative code editing. MIT Nodejs
• KDevelop - IDE by the people behind KDE. (Source Code) GFDL-1.2 C++
• Micro - A modern and intuitive terminal-based text editor. (Source Code) MIT Go
• Nano - Easy to use, customizable text editor. (Source Code) GPL-3.0 C
• Notepad++ - GPLv2 multi-language editor with syntax highlighting for Windows. (Source Code) GPL-2.0 C++
• TextMate - A graphical text editor for OS X. (Source Code) GPL-3.0 C++
• Vim - A highly configurable text editor built to enable efficient editing. (Source Code) Vim C
• VSCodium - An open source cross-platform extensible code editor based on VS Code by Microsoft removing their non-free additions. (Source Code) MIT TypeScript

@ 6d5c826a:4b27b659

• Bind - Versatile, classic, complete name server software. (Source Code) MPL-2.0 C
• CoreDNS - Flexible DNS server. (Source Code) Apache-2.0 Go
• djbdns - A collection of DNS applications, including tinydns. (Source Code) CC0-1.0 C
• dnsmasq - Provides network infrastructure for small networks: DNS, DHCP, router advertisement and network boot. (Source Code) GPL-2.0 C
• Knot - High performance authoritative-only DNS server. (Source Code) GPL-3.0 C
• NSD - Authoritative DNS name server developed speed, reliability, stability and security. (Source Code) BSD-3-Clause C
• PowerDNS Authoritative Server - Versatile nameserver which supports a large number of backends. (Source Code) GPL-2.0 C++
• Unbound - Validating, recursive, and caching DNS resolver. (Source Code) BSD-3-Clause C
• Yadifa - Clean, small, light and RFC-compliant name server implementation developed from scratch by .eu. (Source Code) BSD-3-Clause C

@ 6d5c826a:4b27b659

• Atomia DNS - DNS management system. ISC Perl
• Designate - DNSaaS services for OpenStack. (Source Code) Apache-2.0 Python
• DNSControl - Synchronize your DNS to multiple providers from a simple DSL. (Source Code) MIT Go/Docker
• DomainMOD - Manage your domains and other internet assets in a central location. (Source Code) GPL-3.0 PHP
• nsupdate.info - Dynamic DNS service. (Demo, Source Code) BSD-3-Clause Python
• octoDNS - DNS as code - Tools for managing DNS across multiple providers. MIT Python
• Poweradmin - Web-based DNS control panel for PowerDNS server. (Source Code) GPL-3.0 PHP
• SPF Toolbox - Application to look up DNS records such as SPF, MX, Whois, and more. (Source Code) MIT PHP

@ 6d5c826a:4b27b659

• Ceph - Distributed object, block, and file storage platform. (Source Code) LGPL-3.0 C++
• DRBD - Distributed replicated storage system, implemented as a Linux kernel driver. (Source Code) GPL-2.0 C
• GlusterFS - Software-defined distributed storage that can scale to several petabytes, with interfaces for object, block and file storage. (Source Code) GPL-2.0/LGPL-3.0 C
• Hadoop Distributed Filesystem (HDFS) - Distributed file system that provides high-throughput access to application data. (Source Code) Apache-2.0 Java
• JuiceFS - Distributed POSIX file system built on top of Redis and S3. (Source Code) Apache-2.0 Go
• Kubo - Implementation of IPFS, a global, versioned, peer-to-peer filesystem that seeks to connect all computing devices with the same system of files. Apache-2.0/MIT Go
• LeoFS - Highly available, distributed, replicated eventually consistent object/blob store. (Source Code) Apache-2.0 Erlang
• Lustre - Parallel distributed file system, generally used for large-scale cluster computing. (Source Code) GPL-2.0 C
• Minio - High-performance, S3 compatible object store built for large scale AI/ML, data lake and database workloads. (Source Code) AGPL-3.0 Go
• MooseFS - Fault tolerant, network distributed file system. (Source Code) GPL-2.0 C
• OpenAFS - Distributed network file system with read-only replicas and multi-OS support. (Source Code) IPL-1.0 C
• Openstack Swift - A highly available, distributed, eventually consistent object/blob store. (Source Code) Apache-2.0 Python
• Perkeep - A set of open source formats, protocols, and software for modeling, storing, searching, sharing and synchronizing data (previously Camlistore). (Source Code) Apache-2.0 C
• TahoeLAFS - Secure, decentralized, fault-tolerant, peer-to-peer distributed data store and distributed file system. (Source Code) GPL-2.0 Python
• XtreemFS - Distributed, replicated and fault-tolerant file system for federated IT infrastructures.. (Source Code) BSD-3-Clause Java

@ 6d5c826a:4b27b659

• Diagrams.net - A.K.A. Draw.io. Easy to use Diagram UI with a plethora of templates. (Source Code) Apache-2.0 JavaScript/Docker
• Kroki - API for generating diagrams from textual descriptions. (Source Code) MIT Java
• Mermaid - Javascript module with a unique, easy, shorthand syntax. Integrates into several other tools like Grafana. (Source Code) MIT Nodejs/Docker

@ 6d5c826a:4b27b659

• Capistrano - Deploy your application to any number of machines simultaneously, in sequence or as a rolling set via SSH (rake based). (Source Code) MIT Ruby
• CloudSlang - Flow-based orchestration tool for managing deployed applications, with Docker capabilities. (Source Code) Apache-2.0 Java
• CloudStack - Cloud computing software for creating, managing, and deploying infrastructure cloud services. (Source Code) Apache-2.0 Java/Python
• Cobbler - Cobbler is a Linux installation server that allows for rapid setup of network installation environments. (Source Code) GPL-2.0 Python
• Fabric - Python library and cli tool for streamlining the use of SSH for application deployment or systems administration tasks. (Source Code) BSD-2-Clause Python
• Genesis - A template framework for multi-environment BOSH deployments. MIT Perl
• munki - Webserver-based repository of packages and package metadata, that allows macOS administrators to manage software installs. (Source Code) Apache-2.0 Python
• Overcast - Deploy VMs across different cloud providers, and run commands and scripts across any or all of them in parallel via SSH. (Source Code) MIT Nodejs

@ 6d5c826a:4b27b659

• Ajenti - Control panel for Linux and BSD. (Source Code) MIT Python/Shell
• Cockpit - Web-based graphical interface for servers. (Source Code) LGPL-2.1 C
• Froxlor - Lightweight server management software with Nginx and PHP-FPM support. (Source Code) GPL-2.0 PHP
• HestiaCP - Web server control panel (fork of VestaCP). (Demo, Source Code) GPL-3.0 PHP/Shell/Other
• ISPConfig - Manage Linux servers directly through your browser. (Source Code) BSD-3-Clause PHP
• Sentora - Open-Source Web hosting control panel for Linux, BSD (fork of ZPanel). (Source Code) GPL-3.0 PHP
• Virtualmin - Powerful and flexible web hosting control panel for Linux and BSD systems. (Source Code) GPL-3.0 Shell/Perl/Other
• Webmin - Web-based interface for system administration for Unix. (Source Code) BSD-3-Clause Perl

@ 6d5c826a:4b27b659

• Buildbot - Python-based toolkit for continuous integration. (Source Code) GPL-2.0 Python
• CDS - Enterprise-Grade Continuous Delivery & DevOps Automation Open Source Platform. (Source Code) BSD-3-Clause Go
• Concourse - Concourse is a CI tool that treats pipelines as first class objects and containerizes every step along the way. (Demo, Source Code) Apache-2.0 Go
• drone - Drone is a Continuous Delivery platform built on Docker, written in Go. (Source Code) Apache-2.0 Go
• Factor - Programmatically define and run workflows to connect configuration management, source code management, build, continuous integration, continuous deployment and communication tools. (Source Code) MIT Ruby
• GitLab CI - Gitlab's built-in, full-featured CI/CD solution. (Source Code) MIT Ruby
• GoCD - Continuous delivery server. (Source Code) Apache-2.0 Java/Ruby
• Jenkins - Continuous Integration Server. (Source Code) MIT Java
• Laminar - Fast, lightweight, simple and flexible Continuous Integration. (Source Code) GPL-3.0 C++
• PHP Censor - Open source self-hosted continuous integration server for PHP projects. BSD-2-Clause PHP
• Strider - Open Source Continuous Deployment / Continuous Integration platform. (Source Code) MIT Nodejs
• Terrateam - GitOps-first automation platform for Terraform and OpenTofu workflows with support for self-hosted runners. (Source Code) MPL-2.0 OCaml/Docker
• werf - Open Source CI/CD tool for building Docker images and deploying to Kubernetes via GitOps. (Source Code) Apache-2.0 Go
• Woodpecker - Community fork of Drone that uses Docker containers. (Source Code) Apache-2.0 Go

@ 6d5c826a:4b27b659

• Collins - At Tumblr, it's the infrastructure source of truth and knowledge. (Source Code) Apache-2.0 Docker/Scala
• i-doit - IT Documentation and CMDB. AGPL-3.0 PHP
• iTop - Complete ITIL web based service management tool. (Source Code) AGPL-3.0 PHP
• netbox - IP address management (IPAM) and data center infrastructure management (DCIM) tool. (Demo, Source Code) Apache-2.0 Python

@ 6d5c826a:4b27b659

• Ansible - Provisioning, configuration management, and application-deployment tool. (Source Code) GPL-3.0 Python
• CFEngine - Configuration management system for automated configuration and maintenance of large-scale computer systems. (Source Code) GPL-3.0 C
• Chef - Configuration management tool using a pure-Ruby, domain-specific language (DSL) for writing system configuration "recipes". (Source Code) Apache-2.0 Ruby
• cloud-init - Initialization tool to automate the configuration of VMs, cloud instances, or machines on a network. (Source Code) GPL-3.0/Apache-2.0 Python
• Puppet - Software configuration management tool which includes its own declarative language to describe system configuration. (Source Code) Apache-2.0 Ruby/C
• Rudder - Scalable and dynamic configuration management system for patching, security & compliance, based on CFEngine. (Source Code) GPL-3.0 Scala
• Salt - Event-driven IT automation, remote task execution, and configuration management software. (Source Code) Apache-2.0 Python

@ 6d5c826a:4b27b659

• Eggdrop - The oldest Internet Relay Chat (IRC) bot still in active development. (Source Code) GPL-2.0 C
• Errbot - Plugin based chatbot designed to be easily deployable, extensible and maintainable. (Source Code) GPL-3.0 Python
• Hubot - A customizable, life embetterment robot. (Source Code) MIT Nodejs

@ 6d5c826a:4b27b659

• EasyBuild - EasyBuild builds software and modulefiles for High Performance Computing (HPC) systems in an efficient way. (Source Code) GPL-2.0 Python
• Environment Modules - Environment Modules provides for the dynamic modification of a user's environment via modulefiles. (Source Code) GPL-2.0 Tcl
• Lmod - Lmod is a Lua based module system that easily handles the MODULEPATH Hierarchical problem. (Source Code) MIT Lua
• Spack - A flexible package manager that supports multiple versions, configurations, platforms, and compilers. (Source Code) MIT/Apache-2.0 Python

@ 6d5c826a:4b27b659

• Backupninja - Lightweight, extensible meta-backup system, provides a centralized way to configure and coordinate many different backup utilities. GPL-2.0 Shell
• Backrest - Backrest is a web UI and orchestrator for restic backup. (Source Code) GPL-3.0 Docker/Go
• Bareos - Cross-network backup solution which preserves, archives, and recovers data from all major operating systems. (Source Code) AGPL-3.0 C++/C
• Barman - Backup and Recovery Manager for PostgreSQL. (Source Code) GPL-3.0 Python
• BorgBackup - Deduplicating archiver with compression and authenticated encryption. (Source Code) BSD-3-Clause Python
• Burp - Network backup and restore program. (Source Code) AGPL-3.0 C
• Dar - Which stands for Disk ARchive, is a robust and rich featured archiving and backup software of the tar style. (Source Code) GPL-2.0 C++
• Duplicati - Backup client that securely stores encrypted, incremental, compressed backups on cloud storage services and remote file servers. (Source Code) LGPL-2.1 C#
• Duplicity - Encrypted bandwidth-efficient backup using the rsync algorithm. (Source Code) GPL-2.0 Python
• Proxmox Backup Server - Proxmox Backup Server is an enterprise-class, client-server backup solution thatis capable of backing up virtual machines, containers, and physical hosts. (Source Code) GPL-3.0 Rust
• rclone - Command-line program to sync files and directories to and from different cloud storage providers.. (Source Code) MIT Go
• Rdiff-backup - Reverse differential backup tool, over a network or locally. (Source Code) GPL-2.0 Python
• Restic - Easy, fast, verifiable, secure and efficient remote backup tool. (Source Code) BSD-2-Clause Go
• Rsnapshot - Filesystem snapshot utility based on rsync. (Source Code) GPL-2.0 Perl
• Shield - A pluggable architecture for backup and restore of database systems. MIT Go
• UrBackup - Client/Server Open Source Network Backup for Windows, MacOS and Linux. (Source Code) AGPL-3.0 C/C++

@ 6d5c826a:4b27b659

• Apache Ant - Automation build tool, similar to make, a library and command-line tool whose mission is to drive processes described in build files as targets and extension points dependent upon each other. (Source Code) Apache-2.0 Java
• Apache Maven - Build automation tool mainly for Java. A software project management and comprehension tool. Based on the concept of a project object model (POM), Maven can manage a project's build, reporting and documentation from a central piece of information. (Source Code) Apache-2.0 Java
• Bazel - A fast, scalable, multi-language and extensible build system. Used by Google. (Source Code) Apache-2.0 Java
• Bolt - You can use Bolt to run one-off tasks, scripts to automate the provisioning and management of some nodes, you can use Bolt to move a step beyond scripts, and make them shareable. (Source Code) Apache-2.0 Ruby
• GNU Make - The most popular automation build tool for many purposes, make is a tool which controls the generation of executables and other non-source files of a program from the program's source files. (Source Code) GPL-3.0 C
• Gradle - Another build automation system. (Source Code) Apache-2.0 Groovy/Java
• Rake - Build automation tool similar to Make, written in and extensible in Ruby. (Source Code) MIT Ruby

@ bf47c19e:c3d2573b

Originalni tekst na bitcoin-balkan.com.

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Pregled sadržaja

1. Šta uzrokuje Inflaciju?
2. Da li nam je infacija potrebna?
3. Kako se meri inflacija?
4. Da li inflacija pokreće ekonomski rast?
5. Da li inflacija pokreće ili umanjuje nejednakost bogatstva?
6. Gde se danas javlja inflacija?
7. Šta je deflacija?
8. Kakav uticaj inflacija ima na društvo?

Inflacija može da bude uznemirujuća tema, jer uključuje amorfni koncept novca. Međutim, inflacija je zapravo jednostavna tema koja je napravljena da bude složena razdvajanjem novca i drugih dobara. U ovom članku razlažemo inflaciju i njene uzroke.

Najjednostavnija definicija inflacije je rast cena dobara i usluga. Kada cene rastu, to takođe znači da vrednost jedinice novca – poput dolara – opada. Uzmimo primer McDonald’s hamburgera: 1955. ovaj skromni hamburger se prodavao za samo 15 centi. U 2018. godini se prodavao za 1,09 USD. U 2021. godini prodaje se za 2,49 USD – ogroman rast cene od 1650%.

To znači da je dolar izgubio dosta svoje vrednosti. 1955. godine mogli ste da kupite gotovo 7 hamburgera za novčanicu od jednog dolara. 2021. godine taj dolar vam ne bi kupio ni jedan hamburger. Zašto se čini da cene uvek rastu tokom vremena? I šta možete da učinite povodom toga? Ovaj članak ima za cilj da odgovori na ta pitanja.

Ekonomisti pokušavaju da sumiraju rast cena mnogih dobara i usluga kao jedan prosečan broj. Ovaj broj predstavlja promenu ukupnih troškova u godišnjim troškovima prosečnog potrošača, kao što su stanarina, hrana i gorivo.

U Sjedinjenim Državama ovaj broj je poznat kao Indeks Potrošačkih Cena, eng. Consumer Price Index (CPI). Kada se CPI poveća tokom određenog vremenskog perioda, ekonomisti kažu da imamo inflaciju. Kada se smanji, to se naziva deflacija.

Šta uzrokuje Inflaciju?

Mnogi izvori kažu da je stalna inflacija koju danas doživljavamo ili uzrokovana povećanjem potražnje (eng. demand-pull) ili smanjenjem ponude usled povećanih proizvodnih troškova (eng. cost-push).

Ovi razlozi nisu tačni – hajde da pogledamo zašto.

Da bismo razumeli pravi razlog inflacije, moramo da sagledamo dve vrste inflacije:

1. Inflacija Cena: Cene vremenom rastu.
2. Monetarna Inflacija: Količina valute u opticaju raste sa vremenom.

Prva, inflacija cena, retko se javlja tokom dužih perioda (decenije, vekovi) zbog povećane potražnje ili povećanih troškova. Zašto? Tržišta teže da se uravnoteže. Tokom istorije smo više puta videli da povećana potražnja za dobrom povećava njegovu cenu, što podstiče proizvođače da proizvode više tog dobra. Kada se ponuda poveća, cene se smanjuju.

Ovaj ciklus može da potraje nekoliko godina, i javlja se kod gotovo svake robe i „konačnog dobra“ (automobili, televizori, hrana itd.) na Zemlji. Izuzetak su retki metali poput zlata i srebra. Dokazi o tome su prikazani u nastavku.

Kada se poveća trošak za proizvodnju dobra, cena tog dobra često raste da bi pokrila te troškove. Ovaj rast cene dovodi do toga da potrošači tog dobra traže alternativu ili smanjuju potrošnju tog dobra, što dovodi do pada cena na prethodni nivo.

Tržište se prirodno uravnotežava, a cene se smanjuju ili povećanjem ponude ili smanjenjem potražnje.

Da li imamo dokaze da tržišta vremenom uravnotežuju ponudu i potražnju?

Podaci o cenama robe tokom vremena mogu nam dati bolje razumevanje da li tržišta zaista efikasno uravnotežuju ponudu i potražnju. Međutim, cene ne možemo da posmatramo u smislu nacionalnih valuta, jer naše vlade uvek štampaju više svojih nacionalnih valuta.

Oni sprovode monetarnu inflaciju, koja može da izazove inflaciju cena. Posmatranje tržišnih cena u smislu nacionalnih valuta, poput američkog dolara, je poput merenja visine lenjirom koji se neprestano smanjuje. Vaša visina u broju biće sve veća i veća, ali stvarna visina se ne menja.

Mi možemo da znamo da li tržišta uravnotežuju ponudu i potražnju gledajući cene dobara u smislu monetarnog dobra koje ima vrlo konzistentnu ponudu tokom vremena.

Vremenom se pokazalo da zlato ima najmanju monetarnu inflaciju od svih postojećih valuta i dobara. To čini zlato odličnim ‘lenjirom’ za merenje da li tržišta vremenom uravnotežuju ponudu i potražnju. Da bismo bolje razumeli inflaciju cena tokom vremena, pitaćemo koliko unci zlata nešto košta tokom vremena.

Cene u zlatu pokazuju nam da se tržišta vremenom uravnotežuju

Ako cene dobara posmatramo u obliku zlata, vidimo da cene robe prate srednje tačke tokom dužih vremenskih perioda.

Nafta, na primer, je vrlo nestabilna, ali ima tendenciju da se kreće oko 2,5 grama zlata po barelu.

WTI Sirova Nafta u gramima Zlata po Barelu

Cena nafte je promenljiva, ali tokom decenija ima tendenciju da se kreće po strani.

Cene kuća tokom proteklih 10 godina takođe su prilično stabilne, iako imamo fiksnu količinu zemlje na planeti. Vidimo da cene kuća u pogledu zlata imaju tendenciju da variraju oko indeksne cene od oko 80, prikazane na grafikonu.

Shiller-ov US indeks cena kuća u USD i zlatu

Ovaj grafikon je na logaritamskoj skali, što nam omogućava da vizualizujemo zapanjujuća povećanja u zelenoj liniji, koja predstavlja domove u dolarima.

Grafički izražene u američkim dolarima, cene ovih dobara uvek rastu – baš kao i McDonald’s hamburger. Da su povećana potražnja ili povećani troškovi odgovorni za konstantnu inflaciju cena, takođe bismo videli kako se cena ove robe povećava u smislu zlata. Podaci iznad pokazuju da su cene konstantne.

Moraju da postoje i drugi razlozi za upornu inflaciju cena koju smo videli u dolarskim iznosima tokom proteklog veka.

Evo šta znamo o tome šta dugoročno utiče na cene, kao u periodu od 1955. do 2018. godine:

1. Rast produktivnosti uzrokovan inovacijama, što dovodi do pada cena tokom vremena
2. Monetarna inflacija – štampanje velikih količina valute – koja uzrokuje porast cena denominovanih u toj valuti tokom vremena

Znamo da cene izražene u dolarima, eurima i ostalim valutama neprestano rastu. Ako ne mislimo da naša produktivnost kao društva ide unazad, postoji samo jedan jednostavan razlog za inflaciju cena: štampanje većih količina valute, iliti monetarna inflacija.

Naše vlade i banke su zapravo prilično iskrene u pogledu zapanjujućih količina valute koje štampaju. Oni nam svakodnevno govore da oni uzrokuju monetarnu inflaciju.

Da li nam je infacija potrebna?

Bez uporne monetarne inflacije (koja uzrokuje inflaciju cena), naša celokupna savremena ekonomija bi se srušila.

The Guardian

Dozvolite da vam objasnim. Sledeći odeljak može da bude šokantan, i ohrabrujem vas da i sami istražite ukoliko mislite da nisam u pravu.

Kada centralne banke i komercijalne banke daju zajmove, one stvaraju novu valutu.

Kada centralne banke daju zajmove vladama “kupujući državni dug”, one stvaraju novu valutu kada to urade. To omogućava vladama da vode budžetski deficit trošeći više nego što uzimaju od poreza. U tom procesu državni dug se nagomilava.

Komercijalne banke stvaraju novu valutu kada daju zajmove fizičkim licima i preduzećima. Jedino ograničenje koliko novog novca mogu da stvore je zakonski zahtev da banka ima na raspolaganju određeni procenat od ukupnog iznosa novca koji su ljudi deponovali. Zbog toga je naš bankarski sistem poznat kao delimična rezerva – banke pri ruci moraju da imaju samo deo vašeg novca.

Stvaranje valute je neophodno da bi održalo sistem u životu

Budući da se svi zajmovi uglavnom sastoje od novostvorene valute, mora se stvoriti još više valute da bi se taj dug otplatio. A evo i zašto:

Recimo da su prošle godine sve svetske kreditne aktivnosti dovele do stvaranja 100 milijardi dolara. Svih tih 100 milijardi dolara je novostvoreno, i one se duguju bankama sa nekom dodatnom vrednošću za kamate. Odakle dolazi ova dodatna valuta za plaćanje kamata? Budući da ovde govorimo o celokupnoj svetskoj ekonomiji, to plaćanje kamata mora da dodje iz nove količine novostvorene valute.

Sve jedinice današnjih valuta nastale su pozajmljivanjem, a isplata kamate na te zajmove znači da moramo stalno da stvaramo još više nove valute. To dovodi do beskrajne monetarne inflacije. Kada nova valuta cirkuliše kroz ekonomiju, to dovodi do porasta cena: inflacije cena.

Previše monetarne inflacije može dovesti do hiperinflacije cena. U Venecueli je krajem 2018. godine piletina koštala preko 14 miliona Bolivara. Izvor: NBC News

Monetarni sistem se raspada ako se ova monetarna inflacija zaustavi, jer bi to značilo da veliki broj onih koji su uzeli zajam širom sveta ne bi mogao da vrati novac koji su pozajmili – oni ne bi izmirili svoje dugove.

Banke ili zajmodavci koji drže dug tada bi imali bezvrednu imovinu. Budući da vrednost duga podupire vrednost valute, vrednost valute bi strmoglavo padala zajedno sa dugom.

Kada ljudi izgube poverenje u ’tradicionalnu’ valutu, ona brzo postane bezvredna. To se dogodilo u Nemačkoj nakon Prvog svetskog rata, u Peruu devedesetih, Jugoslaviji 1994. ,Zimbabveu, Venecueli i sa još bezbroj drugih tradicionalnih valuta. Da bi odložile ovaj neizbežni ishod dokle god mogu, centralne banke jačaju poverenje u sistem nastavljajući da štampaju valutu stabilnim kursom.

Ovo osigurava da većina ljudi koju su uzeli zajam ima valutu za otplatu svojih kredita. Upravo to se dešava kada vlada izvrši „spas“ kao 2008. ili 2020. – oni osiguravaju da svi imaju dovoljno novca za plaćanje dugova, tako da laž može da se nastavi.

Inflacija ne dolazi iz povećanja potražnje

Sa više valute u opticaju, monetarna inflacija može da izgleda kao povećanje potražnje. Međutim, ekonomisti koji kažu da povećana potražnja pokreće stabilnu inflaciju tokom decenija propuštaju suptilnu poentu: iako monetarna inflacija može da prouzrokuje veću potrošnju, to nije zato što su ljudi zaista bogatiji, već zato što veruju da su bogatiji.

Kada se puno novca ubrizga u ekonomiju, cene jednostavno rastu jer više valute pokriva istu količinu robe. Rast cena znači pad vrednosti valute, tako da nema realnog povećanja stvarnog bogatstva, iako ljudi možda “troše više” u nominalnom iznosu valute.

Uzmimo ovaj primer: vi mesečno zarađujete 1.500 EUR, i prema svom trenutnom načinu života vi mesečno trošite oko 1.500 EUR. Dolazi vlada i počinje da vam daje dodatnih 500 EUR svakog meseca – vi se osećate poprilično dobro, zar ne? Sada možete da izlazite češće u restoran.

Međutim, vlada daje svima po 500 EUR mesečno, i svi ostali takođe troše taj novac. Ekonomista u vladinoj kancelariji, vidi da sada svi troše tih dodatnih 500 EUR mesečno i zaključuje da je vlada ‘stimulisala ekonomiju’.

Ipak, kako sav taj dodatni novac kruži ekonomijom, cene prirodno rastu. Sada vam je potrebno 2.000 EUR da biste održali svoj trenutni način života.

Da li si nešto bogatiji?

Vi možda imate više eura na vašem bankovnom računu, ali svaki od njih vam kupuje manje. Sada trošite 2.000 EUR mesečno da biste živeli životnim stilom koji vas je nekada koštao samo 1.500 EUR mesečno.

Ovo je ono što monetarna inflacija radi, i zašto je toliko pametnih ekonomista zavarano da misle da povećana potražnja, radije nego štampanje novca, pokreće trajnu inflaciju cena.

Da li smo uvek imali inflaciju?

Stalna inflacija cena relativno je nedavna pojava u modernim ekonomijama i započela je u vreme kada su Sjedinjene Države počele da konstantno štampaju valutu. Ako bi promene ponude i potražnje zaista dugoročno uzrokovale inflaciju cena, videli bismo inflaciju cena tokom istorije. Podaci govore drugačiju priču.

Indeks potrošačkih cena, koji se povećava kada imamo inflaciju cena, bio je prilično konstantan pre početka našeg trenutnog tradicionalnog ’fiat’ monetarnog sistema.

Taj sistem je započeo Bretton Woods-ovim sporazumom iz 1945. godine, a ubrzao se kada je Nixon 1971. okončao svetski zlatni standard.

Indeks potrošačkih cena, Sjedinjene Države, 1790-2015

Kako se meri inflacija?

Inflacija cena se često prikazuje kao promena indeksa potrošačkih cena (CPI). CPI je prosek cena raznih dobara koje ljudi kupuju u svakodnevnom životu: hrane, goriva, stanovanja itd. U Sjedinjenim Državama, vladin odsek pod nazivom Biro za statistiku rada (BLS) meri promene cena. To rade tako što posećuju maloprodajne radnje, beleže cene, računaju prosek i izveštavaju godišnju inflaciju kao promenu u odnosu na prošlu godinu.

Stopa inflacije koja se izveštava, je važna svima jer se koristi za određivanje povećanja troškova života i socijalnih davanja, poput plaćanja socijalnog osiguranja. Kada se CPI prilagodi naniže, isplate zarada i naknada su manje nego što bi trebalo da budu.

Efekti su se vremenom sjedinili: osoba koja u svojoj prvoj godini rada zaradi 40.000 USD zarađivaće samo 52.000 USD u svojoj desetoj godini staža, sa povećanim troškovima života od 3% da bi se plata podudarala sa inflacijom. Ako bi vlada umesto toga prijavila inflaciju od 6%, ta osoba bi u svojoj desetoj godini zarađivala 67.500 USD – tj. oko 30% više. Način na koji izračunavamo i prijavljujemo inflaciju ima ogroman uticaj na zaradu većine zaposlenih i građana.

Ovo je inflacija (procentualna promena u CPI) izmerena u poslednjih 20 godina u Sjedinjenim Državama:

Prvobitno je BLS jednostavno beležio cenu korpe robe široke potrošnje svake godine. Međutim, istraživanje Boskinove Komisije 1996. godine dovelo je do novih alata koji Birou za statistiku rada omogućavaju prilagođavanje cena u CPI. Dva najvažnija alata su geometrijsko ponderisanje i hedonika.

Geometrijsko Ponderisanje

Geometrijsko ponderisanje znači da kupovne navike sada mogu da utiču na to koliko promena cene pojedinog dobra utiče na CPI. Ako potrošači kupe manje robe, ona ima manju težinu kada se ubaci u presek indeksa potrošačkih cena. Boskinova Komisija je tvrdila da bi ova promena pomogla da se promene sklonosti potrošača. Međutim, ne postoji način da se utvrdi da li ljudi menjaju svoje kupovne navike jer zapravo žele da kupuju različite stvari. Vrlo je moguće da ljudi kupuju manje određenog dobra jer ono raste u ceni. Stoga geometrijsko ponderisanje uzrokuje da roba sa velikim rastom cena ima manje uticaja na CPI, što dovodi do niže prijavljene inflacije.

Hedonika

Hedonika omogućava Birou za statistiku rada da menja cenu dobra na osnovu njegovog opaženog povećanja ‘korisnosti’ tokom vremena. Evo primera: recimo da se televizor sa rezolucijom od 720p 2009. godine prodavao za 200 USD. U 2010. godini isti model televizora sada ima rezoluciju od 1080p i prodaje se po istoj ceni: 200 USD. Međutim, pošto se tehnologija u televizoru poboljšala, zaposleni u Birou za statistiku rada mogu da izmisle ‘korisni’ broj i pomoću njega oduzmu deo vrednosti od cene televizora. Kao rezultat, BLS može da kaže da TV košta 180 USD u 2010. godini – iako je njegova cena 200 USD. Ovo dovodi do pada prijavljene inflacije.

Oba ova prilagođavanja smanjuju prijavljenu stopu inflacije, što smanjuje povećanje troškova života i isplate naknada za socijalno osiguranje. Koliko ta prilagođavanja inflacije pogađaju radničku klasu i penzionere? Neke procene, poput procena ekonomiste John Williams-a, sa koledža u Darmouthu, stavljaju stvarnu inflaciju u SAD na u proseku 3% – 6% više nego što je izveštavano od strane Bira za statistiku rada. To bi inflaciju u 2020 dovelo do 5% – 8%, umesto na prijavljenih 2%.

U 2021. godini prijavljena inflacija je 5.4%, u prvom kvartalu.

Da li inflacija pokreće ekonomski rast?

Mnogi ljudi veruju da stabilna inflacija pokreće ekonomski rast podstičući investicije i potrošnju umesto štednje. Međutim, osnovni ekonomski podaci pobijaju ovu uobičajenu tvrdnju.

Ako za primer uzmemo Sjedinjene Države, nacija je imala samo kratke periode inflacije od 1775. do oko 1950. godine, kao što pokazuje indeks potrošačkih cena koji je ostao nepromenjen. Inflacija dobija zamah tek nakon 1971. godine, pa bi bilo za očekivati da će i stopa rasta bruto domaćeg proizvoda (BDP) Sjedinjenih Država porasti nakon 1971. godine.

Indeks potrošačkih cena, Sjedinjene Države, 1790-2015

Međutim, vidimo da se bruto domaći proizvod (BDP) po stanovniku u Sjedinjenim Državama, uobičajena mera ekonomske snage, neprekidno povećavao od 1820. godine do danas po stopi od oko 1,85% godišnje. Ne postoji porast oko 1971. godine, uprkos rastućoj inflaciji koja je započela u to vreme.

Ovo je logaritamski grafikon, koji nam omogućava da bolje vizualizujemo rast tokom vremena: što više logaritamski grafikon podseća na pravu liniju, to je stopa promene konzistentnija. Za više detalja, ovde pogledajte naslov: Rast na tehnološkoj granici i rast dostizanja.

To pokazuje da inflacija ne pokreće ekonomski rast.

Nažalost, imamo dokaze da inflacija ima i druge neželjene posledice, poput nejednakosti bogatstva. Koncentracija bogatstva u top 1%, počela je da raste krajem 1970-ih, nekoliko godina nakon što su Sjedinjene Države skinule svet sa zlatnog standarda i pretvorile se u monetarni sistem zasnovan na dugovima koji zahteva monetarnu inflaciju, a time i inflaciju cena, da bi preživeo.

Za potpunu istoriju tranzicije novca sa robnog sistema na dužni sistem, pročitajte naš članak o novcu.

Da li inflacija pokreće ili umanjuje nejednakost bogatstva?

Veza između inflacije i nejednakosti bogatstva postaje jasna kada pogledamo kako novostvorena valuta ulazi u ekonomiju. Vlade, komercijalne banke, velike korporacije i bogati često koriste kredite da bi iskoristili prednosti svojih moći. Kada podignu kredite, oni novonastalu valutu dobijaju ranije od svih ostalih. Oni imaju koristi od inflacije trošenjem nove valute pre nego što cene počnu da rastu kao rezultat te nove valute koja kruži u ekonomiji. Veliki i bogati subjekti često mogu da dobiju kredite po nižim troškovima od prosečnog građanina ili malog preduzeća. To znači da mogu da povećaju svoje poslovanje i bogatstvo brže od manjih firmi.

Bogati mogu da dobiju jeftine zajmove, zahvaljujući Federalnim Rezervama koje zadržavaju niske kamatne stope. To im omogućava da koriste ovo prednost za ostvarivanje ogromne dobiti.

Inflacija pogadja one koji rade za platu i ne mogu da ulože veći deo svog prihoda. Zarade se polako menjaju, ponekad se uskladjuju samo jednom godišnje. Kao rezultat, cene osnovnih dobara i usluga često rastu mnogo pre nego što zarade porastu. Cena potrošačke korpe takođe se smanjuje sa manipulacijama indeksom potrošačkih cena (CPI) koji skriva rast inflacije.

Gde se danas javlja inflacija?

Rekordno visoka inflacija javlja se u zemljama kao što su Venecuela, Zimbabve, Turska, Iran, Kuba, Južna Afrika i Argentina. To dovodi do sloma trgovine i političke nestabilnosti.

U razvijenom svetu vlade izveštavaju o niskoj inflaciji cena. Međutim, globalni bankarski sistem stvara nove valute u tonama – u toku je velika monetarna inflacija. Centralne banke dovode do sve većeg stvaranja valuta snižavanjem kamatnih stopa. To dovodi do toga da korporacije i pojedinci mogu da uzimaju jeftinije kredite, a svaki kredit znači stvaranje nove valute. Od 2008. godine, gotovo sve glavne centralne banke postavile su kamatne stope blizu nule.

Mnoge centralne banke takođe su pozajmljivale ogromne iznose vladama i bankama koje su propale nakon finansijske krize 2008. godine. Za samo nekoliko meseci, ovo je udvostručilo (ponekad utrostručilo ili učetvorostručilo) novčanu masu mnogih nacija. Oni su ovo nazvali „kvantitativno ublažavanje“.

Ako banke koriste toliku monetarnu inflaciju, zašto onda mi ne vidimo inflaciju cena?

Jednostavno rečeno, većina nove valute nije dospela u ruke običnih ljudi. Kada obični ljudi budu mogli da potroše novoštampanu valutu na svoje svakodnevne potrebe, tada ćemo videti rast CPI i inflacije.

Danas većina valuta ulazi u svet putem bankarskih zajmova, pa banke igraju veliku ulogu u tome gde se dešava inflacija. Banke prvenstveno pozajmljuju vrlo ‘sigurnim’ klijentima poput bogatih pojedinaca, vlada i velikih korporacija. Ovi subjekti kupuju luksuznu robu, umetnička dela, finansijsku imovinu i državne obveznice.

Cene ovih vrsta imovine nisu uključene u CPI, tako da je prijavljena inflacija niska. Kao rezultat, povećanje plata i isplate socijalnog osiguranja su takođe na niskom nivou.

Bogati su uživali u periodu od 2008. do 2021. godine, kada je njihova imovina upumpavana sa velikom količinom novog novca proizvedenog od bankarskih kredita!

Šta se dešava kada nova valuta dodje u ruke običnih ljudi?

Nažalost, jednog dana će sva ova nova valuta da uđe u normalnu ekonomiju i time će se povećati cene svakodnevne robe. To je poćelo da se dešava 2021. godine kao rezultat stimulativnih programa COVID-19 u Sjedinjenim Državama, koji su ljudima distribuirali trilione dolara. Iako je ovo zasigurno poželjnije od spašavanja korporacija, svaka vrsta spašavanja koja uključuje štampanje novca ima gadne dugoročne efekte.

Ovo što sada doživljavamo dogodilo se u Nemačkoj tokom i posle Prvog svetskog rata. Cene u Nemačkoj su zapravo pale tokom Prvog svetskog rata uprkos velikom stvaranju valute od strane Nemačke centralne banke. Nisko poverenje u ekonomiju sprečavalo je nemački narod da troši novac. Međutim, kad se rat završio i kada su ljudi ponovo počeli da ga troše, cene su vrlo naglo skočile i valuta je postala bezvredna. To bi moglo da se dogodi 2020-ih u Sjedinjenim Državama, sa obzirom na predložene programe podsticaja.

Politike poput Univerzalnog Osnovnog Dohotka, eng. Universal Basic Income (UBI), koje izgledaju pogodne za njihova obećanja da će “spasiti ljude”, takođe mogu da pokrenu hiperinflaciju. Obični ljudi bi se osećali imućnije, trošili bi svoju novoštampanu valutu i doveli do brzog rasta cena. Ovo bi u suštini poništilo pozitivan uticaj građana koji dobijaju “besplatan novac” svakog meseca.

Pa kako onda vi možete da zaštitite svoju ušteđevinu od inflacije? Kupujte imovinu koja je retka, potcenjena i koju vlade teško mogu da prigrabe. Ova imovina su plemeniti metali poput zlata, i Bitcoin.

Šta je deflacija?

Deflacija znači pad cena tokom vremena. Mnogi ekonomisti kažu da će ovo dovesti do toga da ljudi gomilaju valutu i da će dovesti do ekonomskog kolapsa, jer ljudi prestaju da kupuju robu i ulažu u preduzeća. To jednostavno nije tačno, jer ljudi uvek imaju potrebe i želje zbog kojih kupuju odredjenu robu. Stalni pad cena tokom vremena jednostavno bi promenio psihologiju potrošačke kulture u kojoj živimo.

Potrošačka kultura potiče od inflacije

Kako je to istina? Pogledajmo na sledećem primeru. Recimo da želite novi auto i da imate dovoljno novca da ga kupite. Poznato je da u našem svetu zbog stalne inflacije vaš novac vremenom postaje sve manje i manje vredan. U paralelnom svemiru u kojem se javlja stalna deflacija, vaš novac vremenom postaje sve vredniji.

• Uz konstantnu inflaciju, auto će koštati nešto više sledeće godine, i nešto više naredne godine. Niste sigurni gde da uložite novac da biste sa vremenom sigurno očuvali njegovu kupovnu moć. Ako niste sigurni da li ćete da kupite auto, ima više finansijskog smisla da ga kupite odmah, da biste dobili najbolju ponudu.
• Uz konstantnu deflaciju, auto će koštati nešto manje sledeće, i još manje naredne godine. Ako samo čuvate vaš novac, sledeće godine ćete dobiti bolju ponudu za auto. Ako niste sigurni da li ćete da kupite auto, ima više finansijskog smisla da sačekate malo duže da biste dobili bolju ponudu.

Sada razmislite o ta dva scenarija, pomnožena bilionima ljudi i proizvoda. Uz konstantnu inflaciju, svako ima malo više razloga da kupuje stvari upravo sada. Uz konstantnu deflaciju, svi sada imaju malo manje razloga da kupuju. Upravo na taj način inflacija je u osnovi naše materijalističke, potrošačke kulture. Deflacija bi mogla da bude lek.

Inflacija uzrokuje loše investicije

Vaš novac godišnje gubi “2%” svoje vrednosti zbog inflacije. Sada, recimo da vas Stefan pita da investirate u njegov Fast food. Nakon uvida u brojeve, verujete da ćete ovom investicijom izgubiti 1% od vrednosti svog novca. Gubitak od 1% u Stefanovom poslu bolji je od gubitka od 2% zbog inflacije, pa se vi odlučujete da uložite. Ovo je loša investicija, eng. malinvestment – investirajući vi ćete da izgubite deo vrednosti. Međutim, čuvanje valute je još gore, zato ulažete.

Mnogi investitori, poput penzijskih fondova, danas su prisiljeni da investiraju u neprofitabilne biznise zbog investicionih mandata i same veličine njihove ‘imovine pod upravljanjem’.

Pristalice konstantno niske inflacije veruju da bi deflacija smanjila investicije. Međutim, to bi samo smanjilo ulaganje u preduzeća sa negativnim očekivanim prinosom poput Stefanovog Fast food-a. Na primer, recimo da je deflacija u proseku oko 2% godišnje. Na ovom tržištu investitori bi jednostavno prestali da ulažu u projekte za koje misle da će im zaraditi manje od 2% godišnjeg povrata ulaganja.

Neznatno deflaciona valuta obeshrabriće ulaganja u lažna i loša preduzeća i podstaći ulaganje u solidna preduzeća koja svetu dodaju vrednost.

Kakav uticaj inflacija ima na društvo?

Inflacija pokreće povećanu potrošnju, smanjenu štednju i povećani dug. Sve ove stvari dovode do toga da većina ljudi mora da radi više sati i duže u starosti. Iako inflacija kažnjava one koji rade za platu, ona obogaćuje vlasnike bilo koje imovine koja dobija na ceni kada nova valuta uđe u sistem. Ova imovina uključuje akcije, umetnička dela, nekretnine i drugu imovinu koju bogataši koriste za čuvanje svog bogatstva.

Vremenom ljudi i firme izmišljaju nove načine za jeftinije stvaranje dobara i usluga višeg kvaliteta. Ovo je poznato kao ‘rast produktivnosti’ i trebalo bi da uzrokuje da cene tokom vremena konstantno padaju, a ne da rastu. Samo konstantno stvaranje valute koje je neophodno zbog monetarnog sistema zasnovanog na dugu naše vlade uzrokuje stalnu inflaciju i njene loše efekte.

Ako vam se sviđa moj rad, molim vas da ga podelite sa svojim prijateljima i porodicom. Cilj mi je da svima pružim pogled u ekonomiju i na to kako ona utiče na njihov život.

@ bf47c19e:c3d2573b

Originalni tekst na bitcoin-balkan.com.

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Pregled sadržaja

1. Definisanje novca
2. Šta je sredstvo razmene?
3. Šta je obračunska jedinica?
4. Šta je zaliha vrednosti?
5. Zašto su važne funkcije novca?
6. Novac Gubi Funkciju: Alhemičar iz Njutonije
7. Eksploatacija pomoću Novca: Agri Perle
8. Novac Gubi Funkciju 2. Deo: Kejnslandski Bankar
9. Da li nas novac danas eksploatiše?
10. Šta je novac, i zašto trebate da brinete?
11. Efikasnija Ušteda Novca
12. Zasluge
13. Molim vas da šerujete!

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Google izveštava o stalnom povećanju interesa u svetu za pitanje „Šta je novac?“ koji se postavlja iz godine u godinu, od 2004. do 2021., a sa naglim porastom nakon finansijske krize 2008. godine.

I izgleda se da niko nema dobar odgovor za to.

Godišnji proseci mesečnih interesa za pretragu. 100 predstavlja najveći interes za pretragu tokom čitavog perioda, koji se dogodio u decembru 2019. Podaci sa Google Trends-a.

Međutim, odgovaranje na ovo naizgled jednostavno pitanje pomoći će vam da razjasnite ulogu novca u vašem životu. Jednom kada shvatite kako novac funkcioniše, tačno ćete videti i zašto svet danas ludi – i šta učiniti povodom toga. Zato hajde da se udubimo u to.

Na pitanje šta je novac, većina ljudi otvori svoje novčanike i pokaže nekoliko novčanica – “evo, ovo je novac!”

Ali po čemu se ove novčanice razlikuju od stranica vaše omiljene knjige? Pa, naravno, zavod za izradu novčanica te zemlje je odštampao te novčanice iz vašeg novčanika kako bi se oduprla falsifikovanju, i svi ih koriste da bi kupili odredjene stvari.

Međutim, Nemačka Marka imala je sva ova svojstva u prošlosti – ali preduzeća danas ne prihvataju te novčanice. Zapravo, građani Nemačke su početkom dvadesetih godina prošlog veka spaljivali papirne Marke kako bi grejali svoje domove. Marka je imala veću vrednost kao papir za potpalu nego kao novac!

1923. nemačka valuta poznata kao Marka bila je jeftinija od uglja i drveta!

Pa šta to čini novac, novcem?

Ispostavilo se da ovo nije pitanje na koje je lako dati odgovor.

Definisanje novca

Novac nije fizička stvar poput novčanice dolara. Novac je društveni sistem koji koristimo da bismo olakšali trgovinu robom i uslugama. Međutim, tokom istorije fizička monetarna dobra igrala su ključnu ulogu u društvenom sistemu novca, često kao znakovi koji predstavljaju vrednost u monetarnom sistemu. Ovaj sistem ima tri funkcije: 1) Sredstvo Razmene, 2) Obračunsku Jedinicu i 3) Zalihu Vrednosti.

Odakle dolaze ove funkcije, i zašto su one vredne?

Šta je sredstvo razmene?

Sredstvo razmene je neko dobro koje se obično razmenjuje za drugo dobro. Najčešće objašnjenje za to kako su se pojavila sredstva razmene glasi otprilike ovako: Boris ima ječam i želeo bi da kupi ovcu od Marka. Marko ima ovce, ali želi samo piliće. Ana ima piliće, ali ona ne želi ječam ili ovce.

To se naziva problem sticaja potreba: dve strane moraju da žele ono što druga ima da bi mogle da trguju. Ako se želje dve osobe ne podudaraju, oni moraju da pronađu druge ljude sa kojima će trgovati dok svi ne pronađu dobro koje žele.

Ljudi koji trguju robom i uslugama moraju da imaju potrebe koje se podudaraju.

Vremenom, veoma je verovatno da će se određena vrsta robe, poput pšenice, pojaviti kao sredstvo razmene jer su je mnogi ljudi želeli. Uzimajući pšenicu kao primer: pšenica je rešila “sticaje potreba” u mnogim zanatima, jer čak i ako onaj koji prima pšenicu a nije želeo da je koristi za sebe, znao je da će je neko drugi želeti.

Ovo nazivamo prodajnost imovine.

Pšenica je dobar primer dobra za prodaju jer svi moraju da jedu, a od pšenice se pravi hleb. Pšenica ima vrednost kao sastojak hleba i kao dobro koje olakšava trgovinu rešavanjem problema „sticaja potreba“.

Razmislite o svojoj želji da dobijete više novčanica u eurima ili drugoj valuti. Ne možete da jedete novčanice da biste preživeli, a i ne bi vam bile od velike koristi ako poželite da ih koristite kao građevinski materijal za vašu kuću. Međutim, znate da sa tim novčanicama možete da kupite hranu i kuću.

Stvarne fizičke novčanice su beskorisne za vas. Novčanice su vam dragocene samo zato što će ih drugi prihvatiti za stvari koje su vama korisne.

Tokom dugog perioda istorije, novac je evoluirao do te mere da monetarno dobro može imati vrednost, a da to dobro ne služi za bilo koju drugu ‘suštinsku’ upotrebu, poput hrane ili energije. Umesto toga, njegova upotreba je zaliha vrednosti i jednostavna zamena za drugu robu u bilo kom trenutku koji poželite.

Šta jedno dobro čini poželjnijim i prodajnijim od drugog dobra?

Deljivost

Definicija: Sposobnost podele dobra na manje količine.

Loš Primer: Dijamante je teško podeliti na manje komade. Za zajednicu od hiljada ljudi koji dnevno izvrše milione transakcija, dijamanti čine loše sredstvo razmene. Previše su retki i nedeljivi da bi se koristili za mnoge transakcije.

Potrebno je puno obuke da bi izrezali dijamant.

Ujednačenost

Definicija: Sličnost pojedinačnih jedinica odredjenog dobra.

Loš Primer: Krave nisu ujednačene – neke su veće, neke manje, neke bolesne, neke zdrave. Sa druge strane, unca čistog zlata je jednolična – jedna unca je potpuno ista kao sledeća. Ovo svojstvo se takođe često naziva zamenljivost.

Svaka je jedinstvena na svoj način.

Prenosivost

Definicija: Lakoća transporta dobra.

Loš Primer: Krava nije baš prenosiva. Zlatnici su prilično prenosivi. Papirne novčanice su još prenošljivije. Knjiga u kojoj se jednostavno beleži vlasništvo nad tim vrednostima (poput Rai kamenog sistema ili digitalnog bankovnog računa) je neverovatno prenosiva, jer nema fizičkog dobra koje treba nositi sa sobom za kupovinu. Postoji samo sistem za evidentiranje vlasništva nad tim vrednostima u nematerijalnom obliku.

Novac star 5000 godina VS novac star 13 godina

Kako dobro postaje sredstvo razmene?

Dobra postaju, i ostaju sredstva razmene zbog svoje univerzalne potražnje, takođe poznate kao njihova prodajnost, čemu pomažu svojstva koja su gore nabrojana.

Mnogo različitih dobara mogu u različitoj meri delovati kao sredstva razmene u ekonomiji. Danas, naša globalna ekonomija koristi valute koje izdaju države, zlato, pa čak i robu poput nafte kao sredstvo razmene.

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Šta je obračunska jedinica?

Stvari se komplikuju kada u ekonomiji postoji mnogo robe koja se prodaje. Čak i sa samo 5 dobara, postoji 10 “kurseva razmene” između svake robe kojih svi u ekonomiji moraju da se sete: 1 svinja se menja za 15 pilića, 1 pile se menja za 15 litara mleka, desetak jaja se menja za 15 litara mleka, i tako dalje. Ako ekonomija ima 50 dobara, među njima postoji 1.225 “kurseva razmene”!

Sredstvo za merenje vrednosti

Zamislite obračunsku jedinicu kao sredstvo za merenje vrednosti. Umesto da se sećamo vrednosti svakog dobra u poredjenju sa drugim dobrima, mi samo treba da se setimo vrednosti svakog dobra u poredjenju sa jednim dobrom – obračunskom jedinicom.

Umesto da se setimo 1.225 kurseva razmene kada imamo 50 proizvoda na tržištu, mi treba da zapamtimo samo 50 cena.

Na primer, ne treba da se sećamo da litar mleka vredi 1/15 piletine ili desetak jaja, možemo da se samo setimo da litar mleka košta 1USD.

Mnogo opcija, sve u istoj obračunskoj jedinici.

Poređenje dobara je lakše sa obračunskom jedinicom

Obračunska jedinica takođe olakšava upoređivanje vrednosti i donošenje odluka. Zamislite da pokušavate da kupite par Nike Air Jordan patika kada ih jedan prodavac prodaje za jedno pile, a drugi za 50 klipova kukuruza.

Šta je zaliha vrednosti?

Do sada smo gledali samo primere transakcija koje se odvijaju u određenom trenutku u vremenu.

Međutim, ljudi vrše transakcije tokom vremena – oni štede novac i troše ga kasnije. Da bi odredjeno dobro moglo da funkcioniše pravilno kao monetarno dobro, ono treba da održi vrednost tokom vremena.

Novac koji vremenom dobro drži vrednost daje njegovom imaocu više izbora kada će taj novac da potroši.

To znači da prodajnost dobra uključuje njegovu sposobnost da održi vrednost tokom vremena.

Šta jedno dobro čini boljom zalihom vrednosti od drugog dobra?

Trajnost

Definicija: Sposobnost dobra da vremenom zadrži svoj oblik.

Loš Primer: Jagode čine lošu zalihu vrednosti jer se lako oštete i brzo trunu.

Odluka je daleko lakša ako jedan prodavac naplaćuje 150 USD, a drugi 200 USD – odmah je očigledno koja je bolja ponuda jer su vrednosti izražene u istoj jedinici.

Nije sjajna forma novca.

Teške za Proizvodnju

Definicija: Teškoće koje ljudi imaju u proizvodnji veće količine dobra.

Loš Primer: Papirne novčanice predstavljaju lošu zalihu vrednosti jer banke i vlade mogu jeftino da ih naprave.

Sa zlatom je suprotno – u ponudi se nalazi ograničena količina uprkos velikoj potražnji za njim, jednostavno zato što ga je vrlo teško iskopati iz zemlje. Ova ograničena ponuda osigurava da svaka jedinica zlata održi vrednost tokom vremena.

Traženje zlata je spora i teška aktivnost. Obično se ne pronađe puno!

Kako dobra postaju zalihe vrednosti?

Dobro postaje zaliha vrednosti ako se vremenom pokaže trajnim i teškim za proizvodnju.

Samo će vreme pokazati da li je neko dobro zaista trajno i da li ga je teško proizvesti. Zbog toga neki oblici novca su postojali vekovima pre nego što je neko otkrio način da ih proizvede više, i na kraju se to dobro više nije koristilo kao novac.

Ovo je priča o školjkama, Rai kamenju i mnogim drugim oblicima novca tokom istorije.

Zlato je primer dobra koje je hiljadama godina služilo kao dobra zaliha vrednosti. Zlato se ne razgrađuje tokom vremena i još uvek ga je teško proizvesti. Hiljadama godina alhemičari su bezuspešno pokušavali da sintetišu zlato iz jeftinih materijala.

Čak i sa današnjim naprednim rudarskim tehnikama, svake godine svi svetski rudnici zlata zajedno mogu da proizvedu samo 2% od ukupne ponude zlata u prometu.

Teškoće u proizvodnji zlata daju izuzetno visok odnos “zaliha i protoka”: zaliha je broj postojećih jedinica, a protok su nove jedinice stvorene tokom određenog vremenskog perioda. Svake godine se stvori vrlo malo novih jedinica zlata, iako je potražnja za zlatom obično vrlo velika.

Kombinujući ovo sa deljivošću, ujednačenošću i prenosivošću zlata, nije ni čudo što je zlato čovečanstvu služilo kao monetarno dobro tokom poslednjih 5.000 godina. Pošto je zlato teško proizvesti, možemo ga nazvati teškim novcem (hard money).

Kao rezultat toga, svoju vrednost je u velikoj meri zadržao kroz milenijume. Cena većine dobara i usluga u pogledu zlata zapravo se vremenom smanjivala kao rezultat tehnoloških inovacija, koje sve proizvode čine jeftinijim.

Uzmimo na primer cene hrane prema praćenju Kancelarije za hranu i poljoprivredu UN-a: sa obzirom na skokove u poljoprivrednoj tehnologiji tokom poslednjih 60 godina, cene hrane drastično su pale kada se procenjuju u zlatu. To čak i važi uprkos činjenici da obični ljudi retko koriste zlato za kupovinu stvari.

Cene hrane su padale u pogledu zlata tokom proteklih 60 godina, i mnogo pre toga (FAO Indeks Cena Hrane u Zlatu)

Zaliha vrednosti omogućava ljudima da uštede novac kako bi mogli da ga ulažu u pokretanje preduzeća i obrazovanje, povećavajući produktivnost društva.

Monetarna dobra koja dobro čuvaju vrednost takođe podstiču dugoročniji pogled na život, ili kratke vremenske preference. Pojedinac može da radi 10 godina, uštedi odredjeno monetarno dobro koje je dobra zaliha vrednosti, i nema potrebe da se plaši da će njegova ušteđevina biti izbrisana krahom tržišta ili povećanjem ponude tog dobra.

Zašto su važne funkcije novca?

Kada neki oblik novca izgubi bilo koju od svojih važnih funkcija kao što su sredstvo razmene, obračunska jedinica i zaliha vrednosti, celokupna ekonomija i društvo mogu da se rastrgnu.

Tokom istorije često vidimo grupe ljudi koje eksploatišu druge iskorišćavajući nesporazume o novcu i važnosti njegovih funkcija.

Sledeće, proći ću kroz istoriju novca, prvo hipotetički da bih ilustrovao poentu, a zatim ću preći na stvarne istorijske primere. Kroz ove primere videćemo štetne efekte na društva u slučajevima kada se izgubi samo jedna od tih ključnih funkcija novca.

Novac Gubi Funkciju: Alhemičar iz Njutonije

Kroz istoriju, mnoga dobra su dolazila i odlazila kao oblici novca. Na žalost, kada se neki oblik novca ukine, ponekad postoji grupa ljudi koja eksploatiše drugi oblik manipulišući tim novcem.

Hajde da pogledamo hipotetičko selo zvano Njutonija da bismo razumeli kako dolazi do ove eksploatacije.

Zelene perle postaju Novac

Tokom stotina godina ribolova u obližnjoj reci, stanovnici Njutonije sakupljali su zelene perle iz vode. Zrnca su mala, lagana, izdržljiva, jednolična i retko se pojavljuju u reci. Ljudi prvo priželjkuju perle zbog svoje lepote. Na kraju, seljani shvataju da svi drugi žele perle – one se vrlo lako mogu prodati. Zrnca uskoro postaju sredstvo razmene i obračunska jedinica u selu: pile je 5 zrna, vreća jabuka 2 zrna, krava 80 zrna.

Ukupna ponuda perli je prilično konstantna i cene se vremenom ne menjaju mnogo. Seoski starešina je uveren da može da se opustiti u poslednjim danima živeći od svoje velike zalihe perli.

Alhemičar stvara više perli

Seoski alhemičar je poželeo da bude bogat čovek, ali nije voleo da vredno radi na tome. Umesto da traži perle u reci ili da prodaje vrednu robu drugim seljanima, on sedeo je u svojoj laboratoriji. Na kraju je otkrio kako da lako stvori stotine perli sa malo peska i vatre.

Seljani koji su tragali za perlama u reci bili su srećni ako bi svaki dan pronašli po 1 zrno. Alhemičar je mogao da proizvede stotine uz malo napora.

Alhemičar troši svoje perle

Budući da je bio prilično zao, alhemičar nije svoj metod pravljenja zrna delio ni sa kim drugim. Stvorio je sebi još više perli i počeo da ih troši za dobra na tržištu u Njutoniji. Tokom sledećih meseci, alhemičar je kupio farmu pilića, nekoliko krava, finu svilu, posteljine i ogromno imanje. On je imao priliku da kupi ova dobra po normalnim cenama na tržištu.

Alhemičarevo trošenje ostavljalo je seljanima mnogo perli, ali malo njihove vredne robe.

Svi seljani su se osećali bogatima – imali su tone perli! Međutim, polako su primetili da i svi ostali takodje imaju tone.

Cene počinju da rastu

Uzgajivač pilića primetio je da sva roba koju je trebalo da kupi na pijaci poskupela. Džak jabuka sada se prodaje za 100 perli – 50 puta više od njihove cene pre nekoliko meseci!

Iako je sada imao hiljade perli, uskoro bi mogao da ostane bez njih zbog ovih cena. Pitao se – da li zaista može sebi da priušti da prodaje svoje piliće za samo 5 perli po komadu? Morao je i on da podigne svoje cene.

Jednostavno rečeno, kao rezultat alhemičarevog trošenja njegovih novostvorenih perli, bilo je previše perli koje su jurile premalo dobara – pa su cene porasle.

Kupci robe bili su spremni da potroše više perli da bi kupili potrebna dobra. Prodavci robe su trebali da naplate više da bi bili sigurni da su zaradili dovoljno da kupe potrebna dobra za sebe.

Budući da su cene svih dobara porasle, možemo reći da se vrednost svake perle smanjila.

Nejednakost bogatstva raste

Seoski starešina, koji je vredno radio da sačuva hiljade perli, sada se našao osiromašenim i gladnim. U međuvremenu, alhemičar je udobno sedeo na svom velikom imanju sa kravama, pilićima i slugama koji su se brinuli za svaki njegov hir.

Alhemičar je efikasno ukrao bogatstvo celog sela, tako što je jeftino proizvodio perle i koristio ih za kupovinu vredne robe.

Ono što je najvažnije, kupio je robu pre nego što je tržište shvatilo da je više perli u opticaju i da ima manje robe, što je dovelo do rasta cena. Ova dodatna proizvodnja perli nije dodala korisnu robu ili usluge selu.

Eksploatacija pomoću Novca: Agri Perle

Nažalost, priča o alhemičaru iz Njutonije nije u potpunosti hipotetička. Ovaj prenos bogatstva kroz stvaranje novca ima istorijske i moderne presedane.

Na primer, afrička plemena su nekada koristila staklene perle, poznate kao “agri perle”, kao sredstvo razmene. U to vreme plemenskim ljudima je bilo veoma teško da prave staklene perle, i one su predstavljale težak novac unutar njihovog plemenskog društva.

Niko nije mogao jeftino da proizvede perle i koristiti ih za kupovinu skupe, vredne robe poput kuća, hrane i odeće.

Perle proizvedene u Gani

Sve se promenilo kada su stigli Evropljani, i primetili upotrebu staklenih perli kao novca.

U to vreme, Evropljani su mogli jeftino da stvaraju staklo u velikim količinama. Kao rezultat toga, Evropljani su počeli tajno da uvoze perle i koriste ih za kupovinu dobara, usluga i robova od Afrikanaca.

Peć za izradu stakla u Muranu, Italija. Ovo ostrvo izvan Venecije proizvodi staklo od 15. veka.

Vremenom se iz Afrike izvlačila vredna roba i ljudi, dok je plemenima ostajalo mnogo perli i malo robe.

Perle su izgubile veći deo vrednosti zbog inflacije uzrokovane snabdevanjem od strane Evropljana.

Rezultat je bio osiromašenje afričkih plemena i bogaćenje Evropljana, kako to ovde objašnjava monetarni istoričar Bezant Denier.

Dragocena roba je kupljena jeftino proizvedenim monetarnim dobrom.

Profitiranje na proizvodnji novca: Emisiona dobit

Ova priča ilustruje kako se bogatstvo prenosi kada jedna grupa može jeftino da proizvodi monetarno dobro.

Razlika između troškova proizvodnje monetarnog dobra i vrednosti tog monetarnog dobra poznata je kao emisiona dobit, eng. seignorage.

Kada je monetarno dobro mnogo vrednije od troškova proizvodnje, ljudi će proizvesti više od monetarnog dobra da bi uhvatili profit od emisione dobiti.

Na kraju će ova povećana ponuda dovesti do pada vrednosti monetarnog dobra. To je zbog zakona ponude i potražnje: kada se ponuda povećava, cena (poznata i kao vrednost) dobra opada.

Novac Gubi Funkciju 2. Deo: Kejnslandski Bankar

U priči o Njutoniji, alhemičar je otkrio način da se od malo peska jeftino stvori više zelenih perli. To se u stvarnosti odigralo kroz trgovinu između Evropljana i Afrikanaca, pričom o agri perlama. Međutim, ove priče su pomalo zastarele – mi više ne trgujemo robom za perle.

Da bismo nas doveli do modernog doba, hajde da promenimo neka imena u našoj priči:

1. Selo Njutonija postaje država koja se zove Kejnsland
2. Alhemičar postaje bankar
3. Seoski starešina postaje penzioner
4. Zelene perle postaju zlato, koje niko ne može jeftinije da stvori – čak ni bankar.

Bankar Menja Papirne Novčanice za Zlato

Kao i u stvarnosti, bankar u ovoj priči nema formulu ili trik da stvori više zlata. Međutim, bankar bezbedno čuva zlato u vlasništvu svakog građanina Kejnslanda. Bankar daje svakom građaninu po jednu potvrdu za svaku uncu zlata koje ima u svom trezoru.

Te potvrde se mogu iskoristiti u bilo koje vreme za stvarno zlato. Papirne potvrde ili novčanice su mnogo pogodnije za plaćanje nego nošenje zlata kroz supermarket.

Građani su srećni – oni imaju prikladno sredstvo plaćanja u vidu bankarevih novčanica, i znaju da niko ne može da ukrade njihovo bogatstvo falsifikujući više zlata.

Građani na kraju počinju da plaćaju u potpunosti papirnim novčanicama, ne trudeći se nikad da zamene svoje novčanice za zlato. Na kraju, novčanice postaju “dobre kao i zlato” – svaka predstavlja fiksnu količinu zlata u bankarevom trezoru.

Ukupno kruži 1.000.000 novčanica, od kojih je svaka otkupljiva za jednu uncu zlata. 1.000.000 unci zlata sedi u bankarevom trezoru. Svaka novčanica je u potpunosti podržana u zlatu.

Starešina koji je sačuvao sve svoje perle u priči o Njutoniji sada je penzioner u Kejnslandu, koji svoje zlato drži u banci i planira da ugodno živi od novčanica koje je dobio zauzvrat.

Hajde da u ovu priču dodamo i novi lik: premijera Kejnslanda. Premijer naplaćuje porez od građana i koristi ga za plaćanje javnih usluga poput policije i vojske. Premijer takođe drži vladino zlato kod bankara.

Bankar Menja Papirne Novčanice za Dug

Premijer želi da osigura da nacionalno zlato ostane na sigurnom, pa banku štiti policijom. Bankar i premijer se zbog toga zbližavaju, pa premijer traži uslugu. Traži od bankara da kreira 200.000 novčanica za premijera, uz obećanje da će mu premijer vratiti za pet godina. Premijeru su novčanice potrebne za finansiranje rata. Građani Kejnslanda borili su se protiv većih poreza zbog finansiranja rata, pa je morao da se obrati bankaru.

Bankar se slaže da izradi novčanice, ali pod jednim uslovom: bankar uzima deo od 10.000 novčanica za sebe. Premijer prihvata posao kojim bankar ’kupuje državni dug’. Sada je u opticaju 1.200.000 novčanica, potpomognutih kombinacijom 1.000.000 unci zlata i ugovorom o dugu sa vladom za 200.000 novčanica.

Premijer troši svoje nove novčanice na bombe kupujući ih od dobavljača iz domaće vojne industrije, a bankar sebi kupuje veliki luksuzni stan.

Dobavljač iz vojne industrije koristi sve nove novčanice koje je dobio od premijera da kupi amonijum nitrat (đubrivo koje se koristi u bombama) za proizvodnju bombi. Sve njegove kupovine povećavaju cenu đubriva za uzgajivače pšenice u Kejnslandu, pa oni podižu cenu pšenice.

Kao uzrok toga, pekar koji kupuje pšenicu treba da podigne cenu svog hleba da bi ostao u poslu. Na taj način cene u Kejnslandu počinju da rastu, baš kao što su to činile u Njutoniji kada su nove perle ušle u opticaj.

Papirne Novčanice Više Ne Predstavljaju Zlato

Penzioner nailazi na finansijski časopis u kojem se pominje premijerov dogovor da se zaduži za finansiranje rata. Obzirom da je mudar, on zna da bombe loše vraćaju ulaganje i sumnja da će premijer ikada da vrati svoj dug.

Ako on ‘podmiri’ svoj dug, to bi ostavilo 1.200.000 novčanica u opticaju sa samo 1.000.000 unci zlata da bi ih podržalo, obezvređujući njegovu ušteđevinu. Već oseća stisak u džepu zbog porasta cena, i on odlučuje da se uputi u lokalnu banku i preda svoje novčanice i zameni ih za zlato, koje niko ne može da napravi u većoj količini.

Kada penzioner stigne u banku, on zatiče i mnoge druge okupljene oko banke. Svi oni se nadaju da će uzeti zlato koje predstavljaju njihove novčanice. Građani Kejnslanda sa pravom se plaše da njihove novčanice gube na vrednosti – oni to već osećaju zbog porasta cena.

Vrata su zaključana, sa obaveštenjem bankara na njima:

Po nalogu premijera, onom koji se plaši za stabilnost ove bankarske institucije, ova banka više neće podržavati konvertibilnost papirnih novčanica u zlato. Hvala vam!

Gomila se razilazi, ostavljena sa jednim izborom: da zadrže svoje novčanice, koje sada vrede manje od 1 unce zlata. Građani sa dovoljno finansijske stabilnosti odlučuju da ulože svoje novčanice u kupovinu akcija banke i kompanija vojne industrije, koje dobro posluju jer mogu da kupuju stvari pre nego što se povećaju tržišne cene.

Mnogi ljudi nisu u mogućnosti da investiraju – oni moraju da gledaju kako njihove zarade stagniraju i kako njihova ušteđevina polako ali sigurno gubi vrednost.

Penzioner, koji se nadao da će živeti od novčanica koje je zaradio tokom svojih 40 radnih godina, sada 40 sati nedeljno provodi iza kase u lokalnoj prodavnici, pitajući se gde je sve pošlo po zlu.

Dug Nikada Nije Otplaćen

Prošlo je nekoliko godina, a premijerov dug prema banci dolazi na naplatu. Budući da je potrošio svih 200.000 novčanica na bombe, koje nemaju baš dobar povraćaj ulaganja, on nema novčanice koje može da vrati banci. Plus, premijer želi da kupi još bombi za svoj rat.

Bankar uverava premijera da je sve u redu. Bankar će napraviti novi ugovor o dugu za 600.000 novčanica, koji bi trebao da stigne na naplatu u narednih 5 godina. Premijer može da iskoristi 200.000 od tih novih 600.000 novčanica da vrati svoj prvobitni dug prema banci, zadrži još 300.000 da kupi još bombi i da 100.000 bankaru da bi mu platio njegove usluge.

To nastavlja da se dešava – svaki put kada dug dospeva na naplatu, bankar stvara više novčanica za vraćanje starijih dugova i daje premijeru još više novca za trošenje. Ovaj ciklus se nastavlja.

Šta se dešava u Kejnslandu?

• Oni koji prvi dobiju nove novčanice, gledaju kako se njihovo bogatstvo povećava
• To uključuje bankara, premijera, vladu i sve one koji mogu da pristupe mogućnostima za investiranje u preduzeća koja prva dobiju nove novčanice (finansijske, vojne itd.).
• Cene roba rastu
• Cene se ne povećavaju ravnomerno – one se povećavaju gde god nove novčanice prvo uđu u ekonomiju i od tog trenutka imaju efekat talasa na tržišta. U našem primeru prvo raste cena amonijum nitrata, zatim cena pšenice, pa cena hleba. A tek na kraju zarade običnih ljudi.
• Štednja i životni standard opšte populacije se smanjuju
• Najviše pate oni koji žive od plate do plate i ne mogu da ulažu. Čak i oni koji su u mogućnosti da investiraju podložni su hirovima tržišta. Mnogi su prisiljeni da prodaju svoje investicije po niskim cenama tokom pada tržišta samo da bi platili svoje dnevne potrebe.
• Razlika u prihodima i bogatstvu između bogatih i siromašnih se povećava
• Bogatstvo opšte populacije se smanjuje, dok se bogatstvo onih koji su blizu mesta gde se troše nove novčanice povećava. Rezultat je disparitet koji se vremenom samo proširuje.

Da li nas novac danas eksploatiše?

Priča o Njutoniji i stvarna priča o agri perlama u Africi deluju pomalo zastarelo. Priča o Kejnslandu, međutim, deluje neobično poznato. U našem svetu cene robe uvek rastu, i vidimo rekordne nivoe nejednakosti u bogatstvu.

U poslednjem odeljku ovog našeg članka Šta je novac, proći ću kroz nastanak bankarstva i korake koji su bili potrebni da se dođe do današnjeg sistema, gde banke i vlade sarađuju u kontroli ekonomije i samog novca.

Šta su banke, i odakle su one došle?

Pojava bankarstva verovatno se dogodila da bi olakšala poljoprivrednu trgovinu i da bi povećala pogodnosti. Iako su se mnoga društva na kraju konvergirala ka upotrebi zlata i srebra kao novca, ovi metali su bili teški i opasni za nošenje kao tovar. Međutim, u mnogim slučajevima ih nije ni trebalo prevoziti. Uzmite ovaj primer:

Grad treba da plati poljoprivrednicima na selu za žito, a poljoprivrednici gradskoj vojsci za zaštitu od varvara. U ovom dogovoru zlato se kreće u oba smera: prema poljoprivrednicima u selu kako bi im se platilo žito, i nazad u grad da bi se platila vojska. Da bi olakšali ove transakcije, preduzetnici su stvorili koncept banke. Banka je zlato čuvala u sigurnom trezoru i izdavala novčanice od papira. Svaka priznanica je predstavljala potvrdu da njen imaoc poseduje određenu količinu zlata u banci. Imaoc novčanice je u svako doba mogao da uzme svoje zlato nazad vraćanjem te novčanice banci.

Korisnici banke mogli su lakše da trguju sa novčanicama od papira, i onaj koji poseduje novčanice mogao je da preuzme njihovo fizičko zlato u bilo kom trenutku. To je te novčanice učinilo “dobrim kao i zlato”.

Banke su izdržavale svoje poslovanje naplaćujući od kupaca naknadu za skladištenje zlata ili pozajmljivanjem dela zlata i zaračunavanjem kamata na njega. Trgovina na ovaj način je mogla da se odvija sa laganim novčanicama od papira umesto sa teškim vrećama zlatnika.

Ovakva praksa sa transakcijama, korišćenjem papirne valute potpomognute monetarnim dobrima, verovatno je započela u Kini u 7. veku.

Na kraju se proširila Evropom 1600-ih, a svoj zalet dobila je u Holandiji sa bankama poput Amsterdamske Wisselbanke. Novčanice Wisselbank-e često su vredele više od zlata koje ih je podržavalo, zbog dodane vrednosti njihovih pogodnosti.

Uspon nacionalnih ‘centralnih banaka’

Tokom vekova, zlato je počelo da se sakuplja u trezorima banaka, jer su ljudi više voleli pogodnosti transakcija sa novčanicama.

Na kraju, nacionalne banke u vlasništvu vlada preuzele su ulogu čuvanja zlata od privatnih banaka koje su započeli preduzetnici.

Nacionalne papirne valute potpomognute zlatnim rezervama u nacionalnim bankama zamenile su novčanice iz privatnih banaka. Sve nacionalne valute bile su jednostavno potvrde za zlato koje se nalazilo u trezoru nacionalne banke.

Ovaj sistem je poznat kao zlatni standard – sve valute su jednostavno predstavljale različite težine zlata.

U gornjem levom uglu novčanice možete videti da piše da je novčanica “zamenljiva za zlato”. Savremeni dolari nemaju ovaj natpis, ali inače izgledaju vrlo slično. Izvor

Zlatni sistem je postojao veći deo vremena, sve do Prvog svetskog rata. Vladama je bilo teško da prikupe novac za ovaj rat putem poreza, pa su morale da budu kreativne.

Kada vlade troše više nego što zarađuju na porezima, to se naziva deficitna potrošnja.

Kako vlade mogu ovo da urade? Vlade to rade tako što pozajmljuju novac prodavajući svoj dug.

Tokom Prvog svetskog rata, vlade su građanima i preduzećima prodavale vrstu duga koja se naziva ratna obveznica. Kada građanin kupi ratnu obveznicu, on preda svoj novac vladi i dobije papir u kojem je stajalo vladino obećanje da će vlasniku obveznice vratiti novac, plus kamate, za nekoliko godina.

Plakat koji obaveštava građane, tražeći od njih da kupe ratne obveznice – što predstavlja zajam vladi. Izvor

Centralne banke ‘monetizuju’ državni dug

Međutim, građani i preduzeća nisu bili voljni da kupe dovoljno ratnih obveznica za finansiranje Prvog svetskog rata.

Vlade se nisu predale – pa su zatražile od svojih nacionalnih ‘centralnih banaka’ da one kupe ove obveznice. Centralne banke su otkupile obveznice, ali ih nisu platile valutom potpomognutom postojećim zlatnim rezervama, kao što su to činili građani i banke prilikom kupovine obveznica.

Centralne banke su umesto toga davale vladi novu, sveže štampanu papirnu valutu potpomognutu samo obveznicom. Ovu valutu podržalo je samo obećanje da će im vlada vratiti dugove. Ovo je poznato kao monetizacija duga.

Budući da su ratne obveznice i valuta samo komadi papira, one su lake i jeftine za proizvodnju i mogu se napraviti u ogromnim količinama. Ono što ograničava proizvodnju i jednog i drugog je poverenje.

Ima smisla da se neko rastane od svog teško stečenog novca da kupi državnu obveznicu, samo ako veruje da će vlada da vrati svoj dug, plus kamate. Centralna banka je “krajnji kupac”, što znači da će ona da kupi državne obveznice kada to niko drugi neće da uradi.

Zapamtite, centralnu banku gotovo da ništa ne košta da kupi državne obveznice, jer oni sami štampaju valutu da bi ih kupili.

Zamislite da pridjete najskupljem automobilu u autosalonu – koji košta 100.000 USD. Mislite da je automobil lep, ali taj novac biste radije potrošili na lepši stan – tako da ste spremni da platite samo 40.000 USD za taj auto.

Sada, hajde da zamislimo da imate štampač za novac i da vas košta samo 50 USD za mastilo i papir da bi ištampali 1.000.000 USD. Vi biste odmah kupili auto, čak i ako biste morali da se cenkate sa drugim čovekom, i da ga na kraju platite 150.000 USD!

Ista stvar se dešava kada centralna banka kupuje obveznice (dugove) od vlade. Centralna banka može da stvori valutu toliko jeftino, da su spremni da plate i više nego što bi drugi platili ove obveznice i nastaviće da ih kupuju čak i kada niko drugi ne bude želeo.

Monetizacija duga uzrokuje inflaciju

Kada centralne banke monetizuju državni dug, funkcija novca kao zalihe vrednosti počinje da se nagriza. Vlada troši novi novac koji je dobila od svoje centralne banke na ratnu robu, obroke i još mnogo toga.

Cene roba rastu od ove novoštampane valute koja kruži kroz ekonomiju. Kada se cene povećavaju, to znači da se vrednost svake jedinice valute smanjuje. Svi koji drže valutu sada imaju manje vrednosti. Danas to nazivamo sporim gubitkom funkcije zalihe vrednosti u novčanoj inflaciji.

Za Nemačku nakon Prvog svetskog rata monetizacija duga izazvala je totalni slom Nemačke ekonomije i stvorila uslove za rast fašizma.

Kao deo sporazuma o prekidu vatre koji je okončao Prvi svetski rat, Nemačka je pobednicima morala da plati ogroman novac. Nemačkoj vladi je bio preko potreban novac, pa su prodale obveznice (dug) Rajhsbanci, nemačkoj centralnoj banci.

Ovaj postupak doveo je do toga da je vlada štampala toliko maraka (tadašnja nemačka valuta) da je tempo inflacije u Nemačkoj ubrzan u hiperinflaciju početkom 1920-ih. Cena vekne hleba za samo 4 godine popela se sa 1,2 marke na 428 biliona maraka.

Tokom i posle Prvog svetskog rata, SAD, Britanija, Francuska i mnoge druge vlade pratile su Nemačku u štampanju valute potpomognute državnim dugom.

To je dovelo do toga da su građani želeli da svoju papirnu valutu zamene za zlato, baš kao i penzioner iz priče o Kejnslandu.

Međutim, mnoge vlade su suspendovale konvertibilnost svojih valuta u zlato. Ovim potezom vlade su primorale svoje građane da drže nacionalnu papirnu valutu i gledaju kako se njihova ušteda smanjuje u vrednosti.

Da bi mogle da nastave da štampaju novac i da bi ga trošile na nepopularne programe za koje nisu mogle da skupljaju poreze za finansiranje – poput ratova.

Bretton Woods: Novi monetarni sistem

Nakon razaranja koja su donela dva svetska rata, vlade su uspostavile novi globalni monetarni sistem prema Bretton Woods-ovom sporazumu iz 1944. godine.

Prema ovom sporazumu, valuta svake države konvertovala se po fiksnom kursu sa američkim dolarom. Američki dolar je zauzvrat predstavljao zlato po stopi od 35 USD za jednu trojsku uncu zlata*.

Sve globalne valute su stoga još uvek bile jednostavna reprezentacija zlata, putem američkih dolara kao posrednika. Redovni građani više nisu mogli da otkupljuju svoje valute za zlato iz Sjedinjenih Država. Međutim, strane centralne banke mogle bi da dođu u Sjedinjene Države da bi zamenile dolare za zlato po stopi od 35 USD za jednu uncu zlata.

Međutim, vlada Sjedinjenih Država nije uvek držala dovoljno zlata da podrži sve dolare u opticaju. Američka vlada nastavila je da finansira proširene socijalne i vojne programe prodajom državnog duga svojoj centralnoj banci, Federalnim rezervama, koja je povećala ponudu dolara bez povećanja ponude zlata koja podupire te dolare.

*Trojna unca je standardna mera čistog zlata i ima malo veću težinu od normalne unce.

Propast Bretton Woods-a

Tokom 1970-ih, sve veći troškovi rata u Vijetnamu i stranih vlada koje su otkupljivale svoje dolare za zlato, stvorili su pritisak na Trezor Sjedinjenih Država.

Ponuda dolara je porasla, dok je zlato u posedu Sjedinjenih Država opalo. Od 1950. pa do početka 1970-ih, rezerve zlata koje je držala vlada Sjedinjenih Država smanjile su se za više od 50%, sa 20 metričkih tona na samo 8 metričkih tona.

Godine 1970. država je imala zlata u vrednosti od samo 12 biliona dolara po zvaničnom kursu od 35 dolara za trojsku uncu zlata. Tokom ovog istog vremenskog perioda, ukupna ponuda američkih dolara otišla je sa oko 32 biliona USD na skoro 70 biliona USD.

Zvanične rezerve zlata u SAD-u su naglo padale od 1950. do 1970. godine, dok su se dolari u opticaju povećavali. Izvor: Wikipedia, DollarDaze.org

Američka vlada nije bila u stanju da potkrepi dolare zlatom od 35 dolara po trojnoj unci, što dovelo do rizika za čitav globalni monetarni sistem.

Početkom sedamdesetih godina, trojna unca zlata trebala je da vredi 200 USD da bi u potpunosti podržala sve američke dolare u opticaju. Rečeno na drugi način, Sjedinjene Države su pokušavale da kažu svetu da jedan dolar vredi 1/35 trojne unce zlata, ali u stvarnosti dolar je vredeo samo 1/200 trojne unce.

Kad su strane vlade trebale da pribave dolare za međunarodnu trgovinu i rezerve, bile su opelješene. Francuska vlada je to shvatila šezdesetih godina prošlog veka i počela je da prodaje svoje američke dolare za zlato po zvaničnom kursu od 35 dolara za trojsku uncu zlata.

Zemlje su počinjale da se bude iz šeme američke vlade. SAD su krale bogatstvo putem emisione dobiti, prodajući dolare za 1/35 trojne unce zlata, kada su vredeli samo 1/200 trojske unce.

Nixonov Šok ulazi u ’tradicionalni’ novac

Da bi kuća od karata mogla da ostane na mestu, predsednik Nixon je 1971. najavio da će američka vlada privremeno da obustavi konvertibilnost dolara u zlato.

Strane vlade više nisu mogle da polažu pravo na zlato svojim papirnim dolarima, a dolar više nije bio “poduprt” zlatom. Nixon je tvrdio da će ovo stabilizovati dolar.

50 godina kasnije, kristalno je jasno da je ovo samo pomoglo dolaru da izgubi vrednost i da ovaj “privremeni” program još uvek traje.

Pre 1971. godine, sve globalne valute bile su vezane za američki dolar putem Bretton Woods-ovog sporazuma. Kada je Nixon promenio američki dolar iz dolara podržanog u zlatu u dolar podržan dugom, ovim je promenio i svaku drugu valutu na Zemlji.

Sam je učinio da se celokupna svetska ekonomija zasniva na dugovima. Valute više nisu predstavljale zlato, već su predstavljale vrednost državnog duga.

Zlatni Standard se nikada nije vratio

Konvertibilnost američkih dolara u zlato – zlatni standard – nikada se nije vratio.

Od 1971. godine, čitav globalni monetarni sistem pokreće se tradicionalnim “fiat” valutama: poverenjem u vladine institucije da održavaju valutni sistem.

Većina valuta podržana je kombinacijom duga njihove vlade i drugih tradicionalnih valuta poput dolara i evra. Papirne valute više nisu podržane zlatom, imovinom koja je više od 5000 godina služila kao težak novac.

Danas vas vlade prisiljavaju da plaćate porez u njihovoj valuti i manipulišu saznanjima oko novca kako bi osigurale da potražnja za njihovom valutom ostane velika.

To im omogućava da neprestano štampaju više valuta, da bi je potrošili na vladine projekte, uzrokujući inflaciju cena koja jede i smanjuje bogatstvo i plate.

Američka vlada sada prodaje državne obveznice (dugove), poznate kao obveznice Trezora SAD, eng. US Treasuries, komercijalnim bankama u zamenu za američke dolare.

Vlada koristi te dolare za finansiranje svog budžetskog deficita. Komercijalne banke prodaju mnoge obveznice Trezora SAD, koje su kupile, američkoj centralnoj banci, Federalnim Rezervama.

Federalne rezerve plaćaju komercijalnim bankama sveže štampanim novcem “pomoću računara i upisivanjem količine na račun”, kako je rekao bivši predsednik Fed-a Ben Bernanke.

Ove komercijalne banke često zarađuju samo kupujući obveznice Trezora SAD od države i prodajući ih centralnoj banci. Kupujte nisko, prodajte visoko.

Centralne banke ovaj proces kupovine državnog duga – odnosno pozajmljivanja novca državi – nazivaju operacijama otvorenog tržišta.

Kada centralna banka odjednom kupi velike iznose duga, oni to nazivaju kvantitativnim ublažavanjem. Centralne banke javno najavljuju kupovinu državnog duga, ali vrlo malo ljudi razume šta to zapravo znači.

Euro, jen i svaka druga valuta koja se danas koristi funkcionišu slično kao američki dolar.

Da li će SAD ikada vratiti svoj nacionalni dug? Neobična stvar u vezi sa državnim dugom SAD-a je ta što vlada poseduje štampariju potrebnu za njegovu otplatu.

Kao rezultat toga, kada vlada duguje novac, oni samo pozajme još više novca da bi otplatile taj dug, povećavajući nacionalni dug.

Ako vam ovo zvuči kao Ponzijeva piramidalna šema, to je zato što ona to i jeste – najveća Ponzijeva šema u istoriji. Kao i svaka Ponzijeva šema, nastaviće se sve dok su ljudi koji kupuju Ponzijevu šemu budu uvereni da će im biti plaćeno nazad.

Ako ljudi i nacije prestanu da se zadužuju i koriste američke dolare jer nemaju poverenja u američku vladu ili vide da cena robe raste (tj. dolar postaje sve manje vredan), potražnja za dolarom će opadati, što će izazvati začaranu spiralu.

Ova spirala često završi u hiperinflaciji, kao što smo videli u novijoj istoriji sa Jugoslavijom, Venecuelom, Argentinom, Zimbabveom i mnogim drugim državama.

Ovo je način kako funkcioniše novac na vašem bankovnom računu. Novac svake nacije na svetu pati od istih problema kao i perle i novčanice u pričama o Njutoniji i Kejnslandu.

Kako banke i vlade kradu tvoj novac?

Tokom vekova, stigli smo do monetarnog sistema u kojem banke i vlade mogu da štampaju novu valutu za finansiranje svojih operacija i svojih prijatelja u zločinu, dok kradu bogatstvo svojih građana.

Šta će se desiti sa svetom kada novac bude mogao da štampa svaki narod na planeti?

• Bogatstvo onih koji su blizu pravljenja nove valute se povećava
• Vlada i politički povlašćena klasa ljudi, imaju pristup novoštampanom novcu pre svih ostalih, pa mogu da ga potroše pre nego što cene porastu. Na ovaj efekat pokazao je ekonomista Richard Cantillon sredinom 1700-ih i poznat je kao Cantillonov Efekat.
• Cena robe raste (poznato kao inflacija)
• Ne raste sve roba istovremeno u ceni. Roba blizu mesta gde se proizvodi nova valuta – finansijski sektor i vlada – prva raste, i odatle uzrokuje efekt talasa na cene.
• Inflacija se često predstavlja kao promena cene potrošačke korpe, poznata kao Indeks Potrošačkih Cena, eng. Consumer Price Index (CPI). Vlada ima alate za manipulisanje ovim brojem kako bi osigurala da se ona čini niskom i stabilnom, kao što je objašnjeno u našem članku o inflaciji.
• Finansijska imovina često primećuje ogromnu inflaciju, ali bankari to ne nazivaju inflacijom – oni kažu da naša ekonomija cveta! Nakon što su američke Federalne rezerve učetvorostručile ponudu američkih dolara u šest godina nakon finansijske krize 2008. godine, banke koje su dobile te nove dolare, kupile su akcije i obveznice, stvarajući ogroman balon u cenama ove imovine.
• Štednja i životni standard stanovništva se smanjuju
• Plate su jedna od poslednjih “cena” u ekonomiji koja se prilagođava, jer se često povećavaju samo jednom godišnje. U međuvremenu, cene dnevnih potrepština te osobe koja zaradjuje platu neprestano rastu kako novi novac kruži ekonomijom.
• Najviše su pogođeni oni koji žive od plate do plate – a to je 70% Amerikanaca.
• Razlike u prihodima između bogatih i siromašnih se povećavaju, kao što se vidi na grafikonu ispod.

Koncentracija Dohotka na Vrhu Naglo je Porasla od 1970-ih (Udeo u ukupnom prihodu pre oporezivanja u domaćinstvima sa najvišim dohotkom (uključujući kapitalne dobitke), 1913-2018)

Zašto i dalje imamo isti monetarni sistem?

Ako ovaj sistem bogate još više obogaćuje, a siromašne još više osiromašuje, dovodeći do političke nestabilnosti, zašto ga onda ne bismo promenili?

Najveći razlog zašto se ništa ne menja je verovatno to što puno toga ne znamo o samom sistemu. Svi svakodnevno koristimo valute svojih vlada, ali većina nas ne razume kako sistem funkcioniše i šta on čini našim društvima.

Obrazovni sistem, mediji i finansijski stručnjaci neprestano nam govore da je monetarni sistem previše komplikovan da bi ga normalni ljudi razumeli. Mnogi od nas se zato i ne trude da pokušaju.

Još nekoliko razloga zašto ovaj sistem nastavlja da opstaje:

• Mnogo je ljudi koji imaju direktnu korist od štampanja novog novca.
• Ti ljudi ne žele nikakve promene i bore se da zadrže tu moć.
• Nacionalne valute su često pogodne
• Kreditne kartice, online bankarstvo i još mnogo toga čine upravljanje nacionalnim valutama i njihovo trošenje lakim i jednostavnim.
• Građani moraju da plaćaju porez u svojoj nacionalnoj valuti
• To stvara potražnju za tom valutom od svih građana, povećavajući njenu vrednost.
• Glavna međunarodna tržišta, poput nafte, denominirana su u dolarima.
• Nafta je potrebna svakoj zemlji na planeti, ali pošto mnogi ne mogu da je proizvode, moraju da je kupuju na međunarodnim berzama. Od 1970-ih na ovim berzama gotovo sva nafta se prodaje za dolare, što stvara potražnju za dolarima. Da bi se odmaknule od ovog sistema, zemlje bi trebale da pronađu novu valutu ili robu za trgovinu naftom, što zahteva vreme i rizike.
• Nije postojala dobra alternativa
• Uz globalnu ekonomiju u realnom vremenu, naš sistem digitalnog bankarstva koji koristi nacionalne valute je pogodan. Transakcija u tvrdom novcu poput zlata bila bi previše nezgrapna za današnji svet. Digitalna valuta pod nazivom Bitcoin, predstavljena 2009. godine, je rastuća alternativa koja nudi čvrst novac koji se kreće brzinom interneta.

Šta je novac, i zašto trebate da brinete?

Novac je alat koji olakšava razmenu dobara. Kao i svako drugo dobro, novac se pridržava zakona ponude i potražnje – povećanje potražnje povećaće njegovu vrednost, a povećanje ponude smanjiće njegovu vrednost.

Na ovaj način novac se ne razlikuje od kuće ili piletine. Međutim, velika prodajnost novca znači da je potražnja za njim uvek velika. Kao rezultat, novac mora biti težak za proizvodnju (a samim tim i ograničen u ponudi) ili će ga onaj ko ga može napraviti, stvoriti toliko, da vremenom više neće služiti kao zaliha vrednosti. Uskoro će izgubiti svoje funkcije kao sredstvo razmene i obračunske jedinice.

Najbolji novac u datoj ekonomiji je onaj koji se najslobodnije kreće – svi ga žele, lako je obaviti transakcije sa njim i koji sa vremenom dobro drži svoju vrednost. Nijedan novac nije savršen u svemu ovome, a neki ističu jednu funkciju novca na štetu drugih.

Iako se istorija ne ponavlja, ona se rimuje, a usponi i padovi monetarnih sistema imaju jasne ritmove. Uspon i pad monetarnog sistema često sledi opšti obrazac koji smo videli u pričama o agri perlama i Kejnslandu: pojavljuje se odredjenji oblik novca koji pomaže ljudima da efikasnije trguju i štede, ali na kraju gubi na vrednosti kada neko shvati kako da ga jeftino stvori u velikoj količini. Međutim, tokom dugog perioda vremena, monetarni sistemi su se poboljšali u sve tri funkcije novca.

Na primer, zlato je tokom vremena dobro služilo kao zaliha vrednosti. Međutim, naša međusobno povezana ekonomija ne bi mogla efikasno da funkcioniše ako bi trebalo da fizičko zlato zamenimo robom i uslugama. Mnogo je lakše kretati se na papirnom i digitalnom novcu, ali istorija nam govori da su vlade i bankari iskoristili ove oblike novca za krađu bogatstva putem inflacije.

Današnji globalni monetarni sistem je vrlo zgodan, a digitalna plaćanja i kreditne kartice olakšavaju trošenje novca. Ovo skriva stalnu inflaciju koja nagriza vrednost svake jedinice novca i dovodi do sve većeg jaza u bogatstvu.

Nadam se da je ovaj članak proširio vaše razumevanje novca i njegove uloge u društvu. Ovo je samo početak svega što treba istražiti o novcu: za kasnije su sačuvane teme o inflaciji, kamatnim stopama, pozajmljivanju, poslovnim ciklusima i još mnogo toga.

Efikasnija Ušteda Novca

Možda se pitate kako zaštititi svoju štednju kada svaki oblik često korišćenog novca i investicija pati od inflacije ponude – koja umanjuje vrednost i prenosi bogatstvo onima koji mogu da stvore novac ili investiciju. Možda se čini da se ništa na planeti danas ne može kvalifikovati kao ‘težak’ novac, ali dve stvari ipak ostaju: zlato i njegov noviji rođak Bitcoin. Obe ove stvari je neverovatno teško proizvesti, a jedna od njih se kreće brzinom interneta i može se čuvati u vašem mozgu.

Ako želite da saznate više o Bitcoin-u kao sredstvu za zaštitu vaše ušteđevine, pročitajte ovde. Ako ste već spremni za kupovinu Bitcoin-a, pogledajte moj vodič za kupovinu Bitcoin-a. Možete početi sa investiranjem sa samo 5 ili 10 €.

Zasluge

Hvala svima koji su pomogli u izradi i uređivanju ove serije o novcu: @ck_SNARKS, @CryptoRothbard, Neil Woodfine, Emil Sandstedt, Taylor Pearson, Parker Lewis, Jason Choi, mojoj porodici i mnogim drugima.

Hvala svima koji su ovo inspirisali i razvili ključne ideje koje su ovde primenjene: Friedrich Hayek, Carl Menger, Ludwig Von Mises, Murray Rothbard, Saifedean Ammous, Dan Held, Pierre Rochard, Stephan Livera, Michael Goldstein, i mnogi drugi.

Molim vas da šerujete! Ako vam je ovaj članak otvorio oči o tome kako funkcioniše naš novac i finansijski sistem, kontaktirajte me ili ostavite komentar!

Ako vam se sviđa moj rad, molim vas da ga podelite sa svojim prijateljima i porodicom. Cilj mi je da svima pružim pogled u ekonomiju i na to kako ona utiče na njihov život.

@ 1817b617:715fb372

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Welcome to the cutting edge of crypto innovation: the ultimate tool for sending spendable Flash Bitcoin (BTC), Ethereum (ETH), and USDT transactions. Our advanced blockchain simulation technology employs 

 Race/Finney-style mechanisms, producing coins indistinguishable from authentic blockchain-confirmed tokens. Your transactions are instantly trackable and fully spendable for durations from 60 to 360 days!

 Visit cryptoflashingtool.com for complete details.

Why Choose Our Crypto Flashing Service?

Crypto Flashing is perfect for crypto enthusiasts, blockchain developers, ethical hackers, security professionals, and digital entrepreneurs looking for authenticity combined with unparalleled flexibility.

Our Crypto Flashing Features:

 Instant Blockchain Verification: Transactions appear completely authentic, complete with real blockchain confirmations, transaction IDs, and wallet addresses.

 Maximum Security & Privacy: Fully compatible with VPNs, TOR, and proxy servers, ensuring absolute anonymity and protection.

 Easy-to-Use Software: Designed for Windows, our intuitive platform suits both beginners and experts, with detailed, step-by-step instructions provided.

 Customizable Flash Durations: Control your transaction lifespan precisely, from 60 to 360 days.

 Universal Wallet Compatibility: Instantly flash BTC, ETH, and USDT tokens to SegWit, Legacy, or BCH32 wallets.

 Spendable on Top Exchanges: Flash coins seamlessly accepted on leading exchanges like Kraken and Huobi.

Proven Track Record:

• Over 79 Billion flash transactions completed.
• 3000+ satisfied customers worldwide.
• 42 active blockchain nodes for fast, reliable transactions.

Simple Step-by-Step Flashing Process:

Step : Enter Transaction Details

• Choose coin (BTC, ETH, USDT: TRC-20, ERC-20, BEP-20)
• Specify amount & flash duration
• Provide wallet address (validated automatically)

Step : Complete Payment & Verification

• Pay using the cryptocurrency you wish to flash
• Scan the QR code or paste the payment address
• Upload payment proof (transaction hash & screenshot)

Step : Initiate Flash Transaction

• Our technology simulates blockchain confirmations instantly
• Flash transaction appears authentic within seconds

Step : Verify & Spend Immediately

• Access your flashed crypto instantly
• Easily verify transactions via provided blockchain explorer links

Why Our Technology is Trusted:

• Race/Finney Attack Logic: Creates realistic blockchain headers.
• Private iNode Cluster: Guarantees fast synchronization and reliable transactions.
• Live Timer System: Ensures fresh wallet addresses and transaction legitimacy.
• Genuine Blockchain TX IDs: Authentic transaction IDs included with every flash

Frequently Asked Questions:

• Is flashing secure? 

 Yes, encrypted with full VPN/proxy support. - Can I flash from multiple devices? 

 Yes, up to 5 Windows PCs per license. - Are chargebacks possible? 

 No, flash transactions are irreversible. - How long are flash coins spendable? 

 From 60–360 days, based on your chosen plan. - Verification after expiry? 

 Transactions can’t be verified after the expiry.

Support available? 

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@ 56f27915:5fee3024

Ralph Boes – Menschenrechtsaktivist, Philosoph, Vorstandsmitglied im Verein Unsere Verfassung e.V.

Ralph Boes zeigt in dem Buch auf, wie wir uns von der Übermacht des Parteienwesens, die zur Entmündigung des Volkes führt, befreien können. Er zeigt, dass schon im Grundgesetz selbst höchst gegenläufige, an seinen freiheitlich-demokratischen Idealen bemessen sogar als verfassungswidrig zu bezeichnende Tendenzen wirken. Und dass diese es sind, die heute in seine Zerstörung führen. Er weist aber auch die Ansatzpunkte auf, durch die der Zerstörung des Grundgesetzes wirkungsvoll begegnet werden kann.

Eintritt frei, Spendentopf

Ralph Boes hat u.a. dafür gesorgt, dass die unmäßigen Sanktionen in Hartz IV 2019 vom Bundesverfassungsgericht für menschenrechts- und verfassungswidrig erklärt wurden. Aktuell setzt er sich für eine Ur-Abstimmung des Volkes über seine Verfassung ein.

@ ecda4328:1278f072

And what does it mean to withdraw back to Bitcoin Layer 1?

Disclaimer: This post was written with help from ChatGPT-4o. If you spot any mistakes or have suggestions — feel free to reply or zap in feedback!

Let’s break it down — using three popular setups:

---

1. Wallet of Satoshi (WoS)

Custodial — you don’t touch Lightning directly

Sending sats:

• You open WoS, paste a Lightning invoice, hit send.
• WoS handles the payment entirely within their system.
• If recipient uses WoS: internal balance update.
• If external: routed via their node.
• You never open channels, construct routes, or sign anything.

Withdrawing to L1:

• You paste a Bitcoin address.
• WoS sends a regular on-chain transaction from their custodial wallet.
• You pay a fee. It’s like a bank withdrawal.

You don’t interact with Lightning directly. Think of it as a trusted 3rd party Lightning “bank”.

---

2. Phoenix Wallet

Non-custodial — you own keys, Phoenix handles channels

Sending sats:

• You scan a Lightning invoice and hit send.
• Phoenix uses its backend node (ACINQ) to route the payment.
• If needed, it opens a real 2-of-2 multisig channel on-chain automatically.
• You own your keys (12-word seed), Phoenix abstracts the technical parts.

Withdrawing to L1:

• You enter your Bitcoin address.
• Phoenix closes your Lightning channel (cooperatively, if possible).
• Your sats are sent as a real Bitcoin transaction to your address.

You’re using Lightning “for real,” with real Bitcoin channels — but Phoenix smooths out the UX.

---

3. Your Own Lightning Node

Self-hosted — you control everything

Sending sats:

• You manage your channels manually (or via automation).
• Your node:
• Reads the invoice
• Builds a route using HTLCs
• Sends the payment using conditional logic (preimages, time locks).
• If routing fails: retry or adjust liquidity.

Withdrawing to L1:

• You select and close a channel.
• A channel closing transaction is broadcast:
• Cooperative = fast and cheap
• Force-close = slower, more expensive, and time-locked
• Funds land in your on-chain wallet.

You have full sovereignty — but also full responsibility (liquidity, fees, backups, monitoring).

---

Core Tech Behind It: HTLCs, Multisig — and No Sidechain

• Lightning channels = 2-of-2 multisig Bitcoin addresses
• Payments = routed via HTLCs (Hashed Time-Locked Contracts)
• HTLCs are off-chain, but enforceable on-chain if needed
• Important:
• The Lightning Network is not a sidechain.
• It doesn't use its own token, consensus, or separate blockchain.
• Every Lightning channel is secured by real Bitcoin on L1.

Lightning = fast, private, off-chain Bitcoin — secured by Bitcoin itself.

---

Summary Table

| Wallet | Custody | Channel Handling | L1 Withdrawal | HTLC Visibility | User Effort | |--------------------|--------------|------------------------|---------------------|------------------|--------------| | Wallet of Satoshi | Custodial | None | Internal to external| Hidden | Easiest | | Phoenix Wallet | Non-custodial| Auto-managed real LN | Channel close | Abstracted | Low effort | | Own Node | You | Manual | Manual channel close| Full control | High effort |

---

Bonus: Withdrawing from LN to On-Chain

• WoS: sends sats from their wallet — like PayPal.
• Phoenix: closes a real channel and sends your UTXO on-chain.
• Own node: closes your multisig contract and broadcasts your pre-signed tx.

---

Bitcoin + Lightning = Sovereign money + Instant payments.
Choose the setup that fits your needs — and remember, you can always level up later.

P.S. What happens in Lightning... usually stays in Lightning.

@ b0a838f2:34ed3f19

• AmuseWiki - Amusewiki is based on the Emacs Muse markup, remaining mostly compatible with the original implementation. It can work as a read-only site, as a moderated wiki, or as a fully open wiki or even as a private site. (Demo, Source Code) GPL-1.0 Perl/Docker
• BookStack - Organize and store information. Stores documentation in a book like fashion. (Demo, Source Code) MIT PHP/Docker
• django-wiki - Wiki system with complex functionality for simple integration and a superb interface. Store your knowledge with style: Use django models. (Demo) GPL-3.0 Python
• docmost - Collaborative wiki and documentation software (alternative to Confluence, Notion). (Source Code) AGPL-3.0 Docker/Nodejs
• Documize - Modern Docs + Wiki software with built-in workflow, single binary executable, just bring MySQL/Percona. (Source Code) AGPL-3.0 Go
• Dokuwiki - Easy to use, lightweight, standards-compliant wiki engine with a simple syntax allowing reading the data outside the wiki. All data is stored in plain text files, therefore no database is required. (Source Code) GPL-2.0 PHP
• Feather Wiki - A lightning fast and infinitely extensible tool for creating personal non-linear notebooks, databases, and wikis that is entirely self-contained, runs in your browser, and is only 58 kilobytes in size. (Demo, Source Code, Clients) AGPL-3.0 Javascript
• Gitit - Wiki program that stores pages and uploaded files in a git repository, which can then be modified using the VCS command line tools or the wiki's web interface. GPL-2.0 Haskell
• Gollum - Simple, Git-powered wiki with a sweet API and local frontend. MIT Ruby
• Mediawiki - Wiki software package that powers Wikipedia and all other Wikimedia projects, serving hundreds of millions of users each month. (Demo, Source Code) GPL-2.0 PHP
• Mycorrhiza Wiki - Filesystem and git-based wiki engine written in Go using Mycomarkup as its primary markup language. (Source Code) AGPL-3.0 Go
• Otter Wiki - Simple, easy to use wiki software using markdown. (Source Code) MIT Docker
• Pepperminty Wiki - Complete markdown-powered wiki contained in a single PHP file. (Demo) MPL-2.0 PHP
• PmWiki - Wiki-based system for collaborative creation and maintenance of websites. GPL-3.0 PHP
• Raneto - Raneto is an open source Knowledgebase platform that uses static Markdown files to power your Knowledgebase. (Source Code) MIT Nodejs
• TiddlyWiki - Reusable non-linear personal web notebook. (Source Code) BSD-3-Clause Nodejs
• Tiki - Wiki CMS Groupware with the most built-in features. (Demo, Source Code) LGPL-2.1 PHP
• W - Lightweight, mutli-user, flat-file-database Wiki engine. Create pages quickly and edit them in your Web browser using Mardown/HTML/CSS/JS. The main difference with other wiki is that you are encouraged to customize each page style individually. (Source Code) AGPL-3.0 PHP
• WackoWiki - WackoWiki is a light and easy to install multilingual Wiki-engine. (Source Code) BSD-3-Clause PHP
• Wiki.js - Modern, lightweight and powerful wiki app using Git and Markdown. (Demo, Source Code) AGPL-3.0 Nodejs/Docker/K8S
• WikiDocs - A databaseless markdown flat-file wiki engine. (Source Code) MIT PHP/Docker
• WiKiss - Wiki, simple to use and install. (Source Code) GPL-2.0 PHP
• Wikmd - Modern and simple file based wiki that uses Markdown and Git. MIT Python/Docker
• XWiki - Second generation wiki that allows the user to extend its functionalities with a powerful extension-based architecture. (Demo, Source Code) LGPL-2.1 Java/Docker/deb
• Zim - Graphical text editor used to maintain a collection of wiki pages. Each page can contain links to other pages, simple formatting and images. (Source Code) GPL-2.0 Python/deb

@ b0a838f2:34ed3f19

• Algernon - Small self-contained pure-Go web server with Lua, Markdown, HTTP/2, QUIC, Redis and PostgreSQL support. (Source Code) BSD-3-Clause Go/Docker
• Apache HTTP Server - Secure, efficient and extensible server that provides HTTP services in sync with the current HTTP standards. (Source Code) Apache-2.0 C/deb/Docker
• BunkerWeb - Next-gen Web Application Firewall (WAF) that will protect your web services. (Demo, Source Code, Clients) AGPL-3.0 deb/Docker/K8S/Python
• Caddy - Powerful, enterprise-ready, open source web server with automatic HTTPS. (Source Code) Apache-2.0 Go/deb/Docker
• go-doxy - Lightweight, simple, and performant reverse proxy with WebUI, Docker integration, automatic shutdown/startup for container based on traffic. MIT Docker/Go
• HAProxy - Very fast and reliable reverse-proxy offering high availability, load balancing, and proxying for TCP and HTTP-based applications. (Source Code) GPL-2.0 C/deb/Docker
• Jauth ⚠ - Lightweight SSL/TLS reverse proxy with authorization (via Telegram and SSH) for self-hosted apps. GPL-3.0 Go
• Lighttpd - Secure, fast, compliant, and very flexible web server that has been optimized for high-performance environments. (Source Code) BSD-3-Clause C/deb/Docker
• Nginx Proxy Manager - Docker container for managing Nginx proxy hosts with a simple, powerful interface. (Source Code) MIT Docker
• NGINX - HTTP and reverse proxy server, mail proxy server, and generic TCP/UDP proxy server. (Source Code) BSD-2-Clause C/deb/Docker
• Pomerium - Identity-aware reverse proxy, successor to now obsolete oauth_proxy. It inserts an OAuth step before proxying your request to the backend, so that you can safely expose your self-hosted websites to public Internet. (Source Code) Apache-2.0 Go/Docker
• SafeLine - Web application firewall / reverse proxy to protect your web apps from attacks and exploits. (Demo, Source Code) GPL-3.0 Docker
• Static Web Server - Cross-platform, high-performance, and asynchronous web server for static file serving. (Source Code) Apache-2.0/MIT Rust/Docker
• SWAG (Secure Web Application Gateway) - Nginx webserver and reverse proxy with PHP support, built-in Certbot (Let's Encrypt) client and fail2ban integration. GPL-3.0 Docker
• Traefik - HTTP reverse proxy and load balancer that makes deploying microservices easy. (Source Code) MIT Go/Docker
• Varnish - Web application accelerator/caching HTTP reverse proxy. (Source Code) BSD-3-Clause Go/deb/Docker
• Zoraxy - General purpose HTTP reverse proxy and forwarding tool. (Source Code) AGPL-3.0 Go/Docker

@ b0a838f2:34ed3f19

• Bluecherry - Closed-circuit television (CCTV) software application which supports IP and Analog cameras. (Source Code) GPL-2.0 PHP
• Frigate - Monitor your security cameras with locally processed AI. (Source Code) MIT Docker/Python/Nodejs
• SentryShot - Video surveillance management system. GPL-2.0 Docker/Rust
• Viseron - Self-hosted, local-only NVR and AI Computer Vision software. With features such as object detection, motion detection, face recognition and more, it gives you the power to keep an eye on your home, office or any other place you want to monitor. (Source Code) MIT Docker
• Zoneminder - Closed-circuit television (CCTV) software application which supports IP, USB and Analog cameras. (Source Code) GPL-2.0 PHP/deb

@ b0a838f2:34ed3f19

• bit - Fast, lightweight, resource-efficient, compiled URL shortener. MIT Docker/Crystal
• Chhoto URL - Simple, lightning-fast URL shortener with no bloat (fork of simply-shorten). MIT Rust/Docker
• clink - A super-minimal link shortening service written in pure C, focusing on small executable size, portability, and ease of configuration. (Demo, Source Code) AGPL-3.0 C
• Flink - Create QR Codes, embeddable link previews for your website and crawls/scrapes metadata. (Demo) MIT Docker
• Just Short It! - A KISS, single-user URL shortener that runs in just one container. MIT Docker
• Kutt - Modern URL shortener with support for custom domains and custom URLs. (Demo, Source Code) MIT Nodejs/Docker
• liteshort - User-friendly, actually lightweight, and configurable URL shortener. (Source Code) MIT Python/deb
• rs-short - A lightweight link shortener written in Rust, with features such as caching, spambot protection and phishing detection. (Demo) MPL-2.0 Rust
• Shlink - URL shortener with REST API and command line interface. Includes official progressive web application and docker images. (Source Code, Clients) MIT PHP/Docker
• Simple-URL-Shortener - KISS URL shortener, public or private (with account). Minimalist and lightweight. No dependencies. (Demo) MIT PHP
• YOURLS - YOURLS is a set of PHP scripts that will allow you to run Your Own URL Shortener. Features include password protection, URL customization, bookmarklets, statistics, API, plugins, jsonp. (Source Code) MIT PHP

@ b0a838f2:34ed3f19

• ActivityWatch - Automatically track how you spend time on your devices. (Source Code) MPL-2.0 Python
• Beaver Habit Tracker - Habit tracking app to save your precious moments in your fleeting life. (Demo) BSD-3-Clause Docker
• Ever Gauzy - Open business management platform for collaborative, on-demand and sharing economies (ERP/CRM/HRM/ATS/PM). (Demo, Source Code) AGPL-3.0 Docker/Nodejs
• Kimai - Track work time and print out a summary of your activities on demand. (Demo, Source Code) AGPL-3.0 PHP
• solidtime - Modern time tracking application for freelancers and agencies. (Source Code) AGPL-3.0 Docker
• TimeTagger - An open source time-tracker based on an interactive timeline and powerful reporting. (Demo, Source Code) GPL-3.0 Python
• Traggo - Traggo is a tag-based time tracking tool. In Traggo there are no tasks, only tagged time spans. (Source Code) GPL-3.0 Docker/Go

@ b0a838f2:34ed3f19

• Bugzilla - General-purpose bugtracker and testing tool originally developed and used by the Mozilla project. (Source Code) MPL-2.0 Perl
• Frappe Helpdesk - Helpdesk software which helps you streamline your company's support, offers an easy setup, clean user interface, and automation tools to resolve customer queries efficiently. (Source Code) AGPL-3.0 Docker
• FreeScout - Email-based customer support application, help desk and shared mailbox (alternative to Zendesk and Help Scout). (Demo, Source Code) AGPL-3.0 PHP/Docker
• GlitchTip - Error tracking app to collect errors reported by your app. (Source Code) MIT Python/Docker/K8S
• ITFlow - Client IT documentation, ticketing, invoicing and accounting for MSPs (Managed Service Providers). (Demo, Source Code) GPL-3.0 PHP
• MantisBT - Bug tracker, fits best for software development. (Demo, Source Code) GPL-2.0 PHP
• OTOBO - Flexible web-based ticketing system used for customer service, help desk, IT service management. (Demo, Source Code) GPL-3.0 Perl/Docker
• Request Tracker - An enterprise-grade issue tracking system. (Source Code) GPL-2.0 Perl
• Roundup Issue Tracker - A simple-to-use and -install issue-tracking system with command-line, web, REST, XML-RPC, and e-mail interfaces. Designed with flexibility in mind - not just another bug tracker. (Source Code) MIT/ZPL-2.0 Python/Docker
• Trudesk - Trudesk is an open-source help desk/ticketing solution. (Source Code) Apache-2.0 Nodejs/Docker
• Zammad - Easy to use but powerful open-source support and ticketing system. (Source Code) AGPL-3.0 Ruby/deb

@ b0a838f2:34ed3f19

• 4ga Boards - Straightforward realtime kanban boards management for intuitive task tracking. Featuring an elegant dark mode, collapsible todo lists, and multitasking tools to supercharge your team's productivity. (Demo, Source Code) MIT Nodejs/Docker/K8S
• AppFlowy - Build detailed lists of to-do’s for different projects while tracking the status of each one. Open Source Notion Alternative. (Source Code) AGPL-3.0 Rust/Dart/Docker
• Donetick - Task and chore management tool for personal and family use, with advanced scheduling, flexible assignment, and group sharing capabilities, detailed history, automation via API, simple and modern design. (Demo, Source Code) AGPL-3.0 Go/Docker
• Focalboard - Define, organize, track and manage work across individuals and teams (alternative to Trello, Notion, and Asana). (Source Code, Clients) MIT/AGPL-3.0/Apache-2.0 Nodejs/Go/Docker
• Kanboard - Simple visual task board. (Source Code) MIT PHP
• myTinyTodo - Simple way to manage your todo list in AJAX style. Uses PHP, jQuery, SQLite/MySQL. GTD compliant. (Demo, Source Code) GPL-2.0 PHP
• Nullboard - Single-page minimalist kanban board; compact, highly readable and quick to use. (Demo) BSD-2-Clause Javascript
• Our Shopping List - Simple shared list application including shopping lists and any other small todo-list that needs to be used collaboratively. (Demo) AGPL-3.0 Docker
• Planka - Realtime kanban board for workgroups (alternative to Trello). (Demo, Source Code) AGPL-3.0 Nodejs/Docker/K8S
• Task Keeper - List editor for power users, backed by a self-hosted server. Apache-2.0 Scala
• Tasks.md - A self-hosted, file based task management board that supports Markdown syntax. MIT Docker
• Taskwarrior - Taskwarrior is Free and Open Source Software that manages your TODO list from your command line. It is flexible, fast, efficient, and unobtrusive. It does its job then gets out of your way. (Source Code) MIT C++
• Tegon ⚠ - Dev-first issue tracking tool (alternative to Jira, Linear). (Source Code) AGPL-3.0 Docker
• Tracks - Web-based application to help you implement David Allen’s Getting Things Done™ methodology. (Source Code) GPL-2.0 Ruby
• Vikunja - The to-do app to organize your life. (Demo, Source Code) GPL-3.0 Go
• Wekan - Open-source Trello-like kanban. (Source Code) MIT Nodejs

@ b0a838f2:34ed3f19

• cState - Static status page for hyperfast Hugo. Clean design, minimal JS, super light HTML/CSS, high customization, optional admin panel, read-only API, IE8+. Best used with Netlify, Docker. (Demo, Source Code) MIT Go
• Gatus - Automated service health dashboard. (Demo, Source Code) Apache-2.0 Docker/K8S
• kener - Status page with incident management, easy to use and customize. (Demo, Source Code) MIT Nodejs/Docker
• StatPing.ng - An easy to use Status Page for your websites and applications. Statping will automatically fetch the application and render a beautiful status page with tons of features for you to build an even better status page. (Source Code) GPL-3.0 Docker/Go
• Uptime Kuma - Self-hosted website monitoring tool like "Uptime Robot". (Demo, Source Code) MIT Docker/Nodejs

@ b0a838f2:34ed3f19

• Bencher - Suite of continuous benchmarking tools designed to catch performance regressions in CI. (Source Code) MIT/Apache-2.0 Rust
• WebHook Tester - Powerful tool for testing WebHooks and more. MIT Docker/Go/deb/K8S

@ b0a838f2:34ed3f19

• Cgit - Fast lightweight web interface for git repositories. (Source Code) GPL-2.0 C
• Forgejo - A lightweight software forge focused on scaling, federation, and privacy (fork of Gitea). (Demo, Source Code, Clients) MIT Docker/Go
• Fossil - Distributed version control system featuring wiki and bug tracker. BSD-2-Clause-FreeBSD C
• Gerrit - Code review and project management tool for Git-based projects. (Source Code) Apache-2.0 Java/Docker
• gitbucket - Git platform powered with easy installation, high extensibility & GitHub API compatibility (alternative to GitHub). (Source Code) Apache-2.0 Scala/Java
• Gitea - Git with a cup of tea! Painless self-hosted all-in-one software development service, including Git hosting, code review, team collaboration, package registry and CI/CD. (Demo, Source Code) MIT Go/Docker/K8S
• GitLab - Self Hosted Git repository management, code reviews, issue tracking, activity feeds and wikis. (Demo, Source Code) MIT Ruby/deb/Docker/K8S
• Gitolite - Setup git hosting on a central server, with fine-grained access control and many more powerful features. (Source Code) GPL-2.0 Perl
• Gogs - Painless self-hosted Git Service written in Go. (Source Code) MIT Go
• Huly - All-in-one project management platform (alternative to Linear, Jira, Slack, Notion, Motion). (Demo, Source Code) EPL-2.0 Docker/K8S/Nodejs
• Kallithea - Source code management system that supports two leading version control systems, Mercurial and Git, with a web interface. (Source Code) GPL-3.0 Python
• Klaus - Simple, easy-to-set-up Git web viewer that Just Works. ISC Python/Docker
• Leantime - Lean project management system for small teams and startups helping to manage projects from ideation through delivery. (Source Code) AGPL-3.0 PHP/Docker
• Mergeable ⚠ - A better inbox for GitHub pull requests. (Demo, Source Code) MIT Nodejs/Docker/K8S
• Mindwendel - Brainstorm and upvote ideas and thoughts within your team. (Demo, Source Code) AGPL-3.0 Docker/Elixir
• minimal-git-server - Lightweight git server with a basic CLI to manage repositories, supporting multiple accounts and running in a container. MIT Docker
• Octobox ⚠ - Take back control of your GitHub Notifications. (Source Code) AGPL-3.0 Ruby/Docker
• OneDev - All-In-One DevOps Platform. With Git Management, Issue Tracking, and CI/CD. Simple yet Powerful. (Source Code) MIT Java/Docker/K8S
• OpenProject - Manage your projects, tasks and goals. Collaborate via work packages and link them to your pull requests on Github. (Source Code) GPL-3.0 Ruby/deb/Docker
• Pagure - Lightweight, powerful, and flexible git-centric forge with features laying the foundation for federated and decentralized development. (Demo) GPL-2.0 Docker/Python/deb
• Phorge - Community-driven platform for collaborating, managing, organizing and reviewing software development projects. (Source Code) Apache-2.0 PHP
• Plane - Track issues, epics, and product roadmaps in the simplest way possible (alternative to JIRA, Linear and Height). (Demo, Source Code) AGPL-3.0 Docker
• ProjeQtOr - Complete, mature, multi-user project management system with extensive functionality for all phases of a project. (Demo, Source Code) AGPL-3.0 PHP
• Redmine - Redmine is a flexible project management web application. (Source Code) GPL-2.0 Ruby
• Review Board - Extensible and friendly code review tool for projects and companies of all sizes. (Demo, Source Code) MIT Python/Docker
• rgit - An ultra-fast & lightweight cgit clone. WTFPL Rust/Docker
• RhodeCode - RhodeCode is an open source platform for software development teams. It unifies and simplifies repository management for Git, Subversion, and Mercurial. (Source Code) AGPL-3.0 Python
• Rukovoditel - Configurable open source project management, web-based application. (Source Code) GPL-2.0 PHP
• SCM Manager - The easiest way to share and manage your Git, Mercurial and Subversion repositories over http. (Source Code) BSD-3-Clause Java/deb/Docker/K8S
• Smederee - A frugal platform which is dedicated to help people build great software together leveraging the power of the Darcs version control system. (Source Code) AGPL-3.0 Scala
• Sourcehut - A full web git interface with no javascript. (Demo, Source Code) GPL-2.0 Go
• Taiga - Agile Project Management Tool based on the Kanban and Scrum methods. (Source Code) MPL-2.0 Docker/Python/Nodejs
• Titra - Time-tracking solution for freelancers and small teams. (Source Code) GPL-3.0 Javascript/Docker
• Trac - Trac is an enhanced wiki and issue tracking system for software development projects. BSD-3-Clause Python/deb
• Traq - Project management and issue tracking system written in PHP. (Source Code) GPL-3.0 PHP/Nodejs
• Tuleap - Tuleap is a libre suite to plan, track, code and collaborate on software projects. (Source Code) GPL-2.0 PHP
• UVDesk - UVDesk community is a service oriented, event driven extensible opensource helpdesk system that can be used by your organization to provide efficient support to your clients effortlessly whichever way you imagine. (Demo, Source Code) MIT PHP
• ZenTao - An agile(scrum) project management system/tool. (Source Code) AGPL-3.0 PHP

@ b0a838f2:34ed3f19

• Appsmith - Build admin panels, CRUD apps and workflows. Build everything you need, 10x faster. (Source Code) Apache-2.0 Java/Docker/K8S
• Appwrite - End to end backend server for web, native, and mobile developers 🚀. (Source Code) BSD-3-Clause Docker
• Dashpress - Generate fully functional admin apps in seconds from your database information, with a single command. AGPL-3.0 Nodejs/Docker
• Manifest - Complete backend that fits into 1 YAML file. (Demo, Source Code) MIT Nodejs
• Motor Admin - No-code admin panel and business intelligence software - search, create, update, and delete data entries, create custom actions, and build reports. (Source Code) AGPL-3.0 Ruby/Docker
• PocketBase - Backend for your next SaaS and Mobile app in one file. (Source Code) MIT Go/Docker
• SQLPage - SQL-only dynamic website builder. (Source Code) MIT Rust/Docker
• ToolJet - Low-code framework to build & deploy internal tools with minimal engineering effort (alternative to Retool & Mendix). (Source Code) GPL-3.0 Nodejs/Docker/K8S
• TrailBase - Open, sub-millisecond, single-executable FireBase alternative with type-safe REST & realtime APIs, built-in JS/TS runtime, auth & admin UI. (Demo, Source Code) OSL-3.0 Rust/Docker

@ b0a838f2:34ed3f19

• Accent - Developer-oriented translation tool. (Source Code) BSD-3-Clause Elixir/Docker
• Tolgee - Developer & translator friendly web-based localization platform enabling users to translate directly in the app they develop. (Source Code) Apache-2.0 Docker/Java
• Traduora - Translation management platform for teams. (Source Code) AGPL-3.0 Docker/K8S/Nodejs
• Weblate - Web-based translation tool with tight version control integration. (Source Code) GPL-3.0 Python/Docker/K8S

@ b0a838f2:34ed3f19

• Atheos - Web-based IDE framework with a small footprint and minimal requirements, continued from Codiad. (Source Code) MIT PHP/Docker
• code-server - VS Code in the browser, hosted on a remote server. MIT Nodejs/Docker
• Coder - Remote development machines on your own infrastructure. (Source Code) AGPL-3.0 Go/Docker/K8S/deb
• Eclipse Che - Open source workspace server and cloud IDE. (Source Code) EPL-1.0 Docker/Java
• HttPlaceholder - Quickly mock away any webservice using HttPlaceholder. HttPlaceholder lets you specify what the request should look like and what response needs to be returned. MIT C#
• Judge0 CE - API to compile and run source code. (Source Code) GPL-3.0 Docker
• JupyterLab - Web-based environment for interactive and reproducible computing. (Demo, Source Code) BSD-3-Clause Python/Docker
• Langfuse - LLM engineering platform for model tracing, prompt management, and application evaluation. Langfuse helps teams collaboratively debug, analyze, and iterate on their LLM applications such as chatbots or AI agents. (Demo, Source Code, Clients) MIT Docker
• LiveCodes ⚠ - Feature-rich client-side code playground for React, Vue, Svelte, Solid, Typescript, Python, Go, Ruby, PHP and 90+ other languages. (Demo, Source Code) MIT Nodejs
• Lowdefy - Build internal tools, BI dashboards, admin panels, CRUD apps and workflows in minutes using YAML / JSON on an self-hosted, open-source platform. Connect to your data sources, host via Serverless, Netlify or Docker. (Source Code) Apache-2.0 Nodejs/Docker
• RStudio Server - Web browser based IDE for R. (Source Code) AGPL-3.0 Java/C++
• Wakapi - Tracking tool for coding statistics, compatible with WakaTime. (Source Code) GPL-3.0 Go/Docker

@ b0a838f2:34ed3f19

• Featbit - Enterprise-grade feature flag platform that you can self-host. (Source Code) MIT Docker/K8S
• Flagsmith - Dashboard, API and SDKs for adding Feature Flags to your applications (alternative to LaunchDarkly). (Source Code) BSD-3-Clause Docker/K8S
• Flipt - Feature flag solution with support for multiple data backends (alternative to LaunchDarkly). (Demo, Source Code) GPL-3.0 Docker/K8S/Go
• GO Feature Flag - Simple, complete, and lightweight feature flag solution (alternative to LaunchDarkly). (Source Code) MIT Go

@ b0a838f2:34ed3f19

• DreamFactory - Turns any SQL/NoSQL/Structured data into Restful API. (Source Code) Apache-2.0 PHP/Docker/K8S
• form.io - A REST API building platform that utilizes a drag & drop form builder, and is application framework agnostic. Contains open source and enterprise version. (Demo, Source Code) MIT Nodejs/Docker
• Fusio - Open-source API management platform which helps to build and manage REST APIs. (Demo, Source Code) AGPL-3.0 PHP/Docker
• Graphweaver - Turn multiple data sources into a single GraphQL API. (Source Code) MIT Nodejs
• Hasura - Fast, instant realtime GraphQL APIs on Postgres with fine grained access control, also trigger webhooks on database events. (Source Code) Apache-2.0 Haskell/Docker/K8S
• Hoppscotch Community Edition - Fast and beautiful API request builder. (Source Code) MIT Nodejs/Docker
• Kong - Microservice API Gateway and Platform. (Source Code) Apache-2.0 Lua/Docker/K8S/deb
• Lura - High-performance API Gateway. (Source Code) Apache-2.0 Go
• Opik ⚠ - Evaluate, test, and ship LLM applications with a suite of observability tools to calibrate language model outputs across your dev and production lifecycle. (Source Code) Apache-2.0 Docker/Python
• Panora ⚠ - Add an integration catalog to your SaaS product in minutes (alternative to Merge.dev). (Source Code) AGPL-3.0 Nodejs/Docker
• Para - Flexible and modular backend framework/server for object persistence, API development and authentication. (Source Code) Apache-2.0 Java/Docker
• Svix - Open-source webhooks as a service that makes it super easy for API providers to send webhooks. (Source Code) MIT Docker/Rust
• Tyk - Fast and scalable open source API Gateway. Out of the box, Tyk offers an API Management Platform with an API Gateway, API Analytics, Developer Portal and API Management Dashboard. (Source Code) MPL-2.0 Go/Docker/K8S
• Yaade - Yaade is an open-source, self-hosted, collaborative API development environment. (Source Code) MIT Docker

@ b0a838f2:34ed3f19

• Ansible-NAS - Build a full-featured home server with this playbook and an Ubuntu box. MIT Ansible/Docker
• CasaOS - Simple, easy-to-use, elegant Home Cloud system. (Source Code) Apache-2.0 Go/Docker
• DietPi - Minimal Debian OS optimized for single-board computers, which allows you to easily install and manage several services for selfhosting at home. (Source Code) GPL-2.0 Shell
• DockSTARTer - DockSTARTer helps you get started with home server apps running in Docker. (Source Code) MIT Shell
• Dropserver - An application platform for your personal web services. (Source Code) Apache-2.0 Go/Deno
• FreedomBox - Community project to develop, design and promote personal servers running free software for private, personal, communications. (Source Code) AGPL-3.0 Python/deb
• HomelabOS - Offline privacy-centric data-center. Deploy over 100 services with a few commands. (Source Code) MIT Docker
• HomeServerHQ - All-in-one home server infrastructure and installer. Have a fully configured email server, VPN, and public website(s) set up in less than an hour, even behind CGNAT. (Source Code) GPL-3.0 Shell
• LibreServer - Home server configuration based on Debian. (Source Code) AGPL-3.0 Shell
• Mars Server - Managed home server with Docker, Docker Compose, Make and Bash. MIT Docker
• Mistborn - Virtual private cloud platform and WebUI that manages self hosted services. MIT Shell/Docker
• NextCloudPi - Nextcloud preinstalled and preconfigured, with a text and web management interface and all the tools needed to self host private data. With installation images for Raspberry Pi, Odroid, Rock64, Docker, and a curl installer for Armbian/Debian. GPL-2.0 Shell/PHP
• OpenMediaVault - Network attached storage (NAS) solution based on Debian Linux. It contains services like SSH, (S)FTP, SMB/CIFS, DAAP media server, RSync, BitTorrent client and many more. (Source Code) GPL-3.0 PHP
• Sandstorm - Personal server for running self-hosted apps easily and securely. (Demo, Source Code) Apache-2.0 C++/Shell
• Self Host Blocks ⚠ - Modular server management based on NixOS modules and focused on best practices. AGPL-3.0 Nix
• StartOS - Browser-based, graphical Operating System (OS) that makes running a personal server as easy as running a personal computer. (Source Code) MIT Rust
• Syncloud - Your own online file storage, social network or email server. (Source Code) GPL-3.0 Go/Shell
• Tipi - Homeserver manager. One command setup, one click installs for your favorites self-hosted apps. (Source Code) GPL-3.0 Shell
• UBOS - Linux distro that runs on indie boxes (personal servers and IoT devices). Single-command installation and management of apps - Jenkins, Mediawiki, Owncloud, WordPress, etc., and other features. GPL-3.0 Perl
• Websoft9 ⚠ - GitOps-driven, multi-application hosting for cloud servers and home servers, one-click deployment of 200+ open source apps. (Demo, Source Code, Clients) LGPL-3.0 Shell/Python
• WikiSuite - The most comprehensive and integrated Free / Libre / Open Source enterprise software suite. (Source Code) GPL-3.0/LGPL-2.1/Apache-2.0/MPL-2.0/MPL-1.1/MIT/AGPL-3.0 Shell/Perl/deb
• xsrv - Install and manage self-hosted services/applications, on your own server(s). (Source Code) GPL-3.0 Ansible/Shell
• YunoHost - Server operating system aiming to make self-hosting accessible to everyone. (Demo, Source Code) AGPL-3.0 Python/Shell

@ b0a838f2:34ed3f19

• Aleph - Tool for indexing large amounts of both documents (PDF, Word, HTML) and structured (CSV, XLS, SQL) data for easy browsing and search. It is built with investigative reporting as a primary use case. (Demo, Source Code) MIT Docker/K8S
• Apache Solr - Enterprise search platform featuring full-text search, hit highlighting, faceted search, real-time indexing, dynamic clustering, and rich document (e.g., Word, PDF) handling. (Source Code) Apache-2.0 Java/Docker/K8S
• Fess - Powerful and easily deployable Enterprise Search Server. (Demo, Source Code) Apache-2.0 Java/Docker
• Jina - Cloud-native neural search framework for any kind of data. Apache-2.0 Python/Docker
• Manticore Search - Full-text search and data analytics, with fast response time for small, medium and big data (alternative to Elasticsearch). GPL-3.0 Docker/deb/C++/K8S
• MeiliSearch - Ultra relevant, instant and typo-tolerant full-text search API. (Source Code) MIT Rust/Docker/deb
• OpenSearch - Distributed and RESTful search engine. (Source Code) Apache-2.0 Java/Docker/K8S/deb
• SearXNG ⚠ - Internet metasearch engine which aggregates results from various search services and databases (Fork of Searx). (Source Code) AGPL-3.0 Python/Docker
• sist2 - Lightning-fast file system indexer and search tool. GPL-3.0 C/Docker
• Sosse - Selenium based search engine and crawler with offline archiving. (Source Code) AGPL-3.0 Python/Docker
• Typesense - Blazing fast, typo-tolerant open source search engine optimized for developer happiness and ease of use. (Source Code) GPL-3.0 C++/Docker/K8S/deb
• Websurfx ⚠ - Aggregate results from other search engines (metasearch engine) without ads while keeping privacy and security in mind. It is extremely fast and provides a high level of customization (alternative to SearX). AGPL-3.0 Rust/Docker
• Whoogle ⚠ - A self-hosted, ad-free, privacy-respecting metasearch engine. MIT Python
• Yacy - Peer based, decentralized search engine server. (Source Code) GPL-2.0 Java/Docker/K8S
• ZincSearch - Search engine that requires minimal resources (alternative to Elasticsearch). (Demo, Source Code) Apache-2.0 Go/Docker/K8S

@ b0a838f2:34ed3f19

• Dolibarr - Modern CRM software package to manage your company or foundation activity (contacts, suppliers, invoices, orders, stocks, agenda, accounting, ...). (Demo, Source Code) GPL-3.0 PHP/deb
• ERPNext - ERP system to help you run your business. (Source Code) GPL-3.0 Python/Docker
• farmOS - Web-based farm record keeping application. (Demo, Source Code) GPL-2.0 PHP/Docker
• grocy - ERP beyond your fridge. Groceries & household management solution for your home. (Demo, Source Code) MIT PHP/Docker
• LedgerSMB - Integrated accounting and ERP system for small and midsize businesses, with double entry accounting, budgeting, invoicing, quotations, projects, orders and inventory management, shipping and more. (Demo, Source Code) GPL-2.0 Docker/Perl
• Odoo - Free open source ERP system. (Demo, Source Code) LGPL-3.0 Python/deb/Docker
• OFBiz - Enterprise Resource Planning system with a suite of business applications flexible enough to be used across any industry. (Source Code) Apache-2.0 Java
• Tryton - Free open source business solution. (Demo, Source Code) GPL-3.0 Python

@ b0a838f2:34ed3f19

• Engity's Bifröst - Highly customizable SSH server with several ways to authorize a user and options where and how to execute a user's session. (Source Code) Apache-2.0 Go/Docker
• Firezone - Secure remote access gateway that supports the WireGuard protocol. It offers a Web GUI, 1-line install script, multi-factor auth (MFA), and SSO. (Source Code) Apache-2.0 Elixir/Docker
• Guacamole - Clientless remote desktop gateway supporting standard protocols like VNC and RDP. (Source Code) Apache-2.0 Java/C
• MeshCentral - Run your own web server to remotely manage and control computers on a local network or anywhere on the internet. (Source Code) Apache-2.0 Nodejs
• Remotely - A remote desktop control and remote scripting solution, enterprise level remote support solution with admin web interface and remote control via browser. GPL-3.0 C#/Docker
• RustDesk - Remote Desktop Access software that works out-of-the-box (alternative to TeamViewer). (Source Code) AGPL-3.0 Rust/Docker/deb
• ShellHub - ShellHub is a modern SSH server for remotely accessing linux devices via command line (using any SSH client) or web-based user interface, designed as an alternative to sshd. (Source Code) Apache-2.0 Docker
• Sshwifty - Sshwifty is a SSH and Telnet connector made for the Web. (Demo) AGPL-3.0 Go/Docker
• Warpgate - Smart SSH and HTTPS bastion that works with any SSH client. Apache-2.0 Rust/Docker

@ b0a838f2:34ed3f19

• Bar Assistant - Manage your home bar while adding your ingredients, searching for cocktails and creating custom cocktail recipes. (Demo, Source Code) MIT PHP/Docker
• Fork Recipes - Manage your food recipes with simplicity. (Source Code) BSD-3-Clause Docker
• KitchenOwl - Cross-platform shopping list, recipe storage, expense tracker, and meal planner following the material design language. (Source Code) AGPL-3.0 Docker/deb
• ManageMeals - Manage recipes, import recipes by URL and organize them without any ads or unnecessary text. (Demo, Source Code) GPL-3.0 Docker
• Mealie - Material design inspired recipe manager with category and tag management, shopping-lists, meal-planner, and site customizations. Mealie is focused on simple user interactions to keep the whole family using the app. (Source Code) MIT Python
• RecipeSage - A recipe keeper, meal plan organizer, and shopping list manager that can import recipes directly from any URL. (Demo) AGPL-3.0 Nodejs
• Recipya - A clean, simple and powerful recipe manager your whole family will enjoy. (Demo, Source Code) GPL-3.0 Docker/Go
• Specifically Clementines - Grocery shopping app (previously Groceries), providing reliable sync with multiple users/devices (web/Android/iOS), recipes and integration with Tandoor. (Source Code) MIT Docker
• Tamari - Recipe manager web app with a built-in collection of recipes. Organize by favorites and categories, create shopping lists, and plan meals. (Demo, Source Code) GPL-3.0 Docker/Python
• What To Cook? - Get a recipe to cook today, based on the ingredients you have at home. AGPL-3.0 Docker

@ b0a838f2:34ed3f19

• imgproxy - Fast and secure standalone server for resizing and converting remote images. (Source Code) MIT Go/Docker/K8S
• iodine - IPv4 over DNS tunnel solution, enabling you to start up a socks5 proxy listener. (Source Code) ISC C/deb
• Koblas - Lightweight SOCKS5 proxy server. MIT Rust/Docker
• Outline Server - A proxy server that runs a Shadowsocks instance for each access key and a REST API to manage the access keys. (Source Code) Apache-2.0 Docker/Nodejs
• Privoxy - Non-caching web proxy with advanced filtering capabilities for enhancing privacy, modifying web page data and HTTP headers, controlling access, and removing ads and other obnoxious Internet junk. GPL-2.0 C/deb
• sish - HTTP(S)/WS(S)/TCP tunnels to localhost using only SSH (serveo/ngrok alternative). MIT Go/Docker
• socks5-proxy-server - SOCKS5 proxy server with built-in authentication and Telegram-bot for user management and user statistics on data spent (handy when you pay per GB of data). It is dockerised and simple to install. Apache-2.0 Docker
• Squid - Caching proxy for the Web supporting HTTP, HTTPS, FTP, and more. It reduces bandwidth and improves response times by caching and reusing frequently-requested web pages. (Source Code) GPL-2.0 C/deb
• Tinyproxy - Light-weight HTTP/HTTPS proxy daemon. (Source Code) GPL-2.0 C/deb
• txtdot - A HTTP proxy that parses only text, links and pictures from pages reducing internet bandwidth usage, removing ads and heavy scripts. (Demo, Source Code) MIT Nodejs/Docker

@ b0a838f2:34ed3f19

• Bitpoll - Conduct polls about dates, times or general questions. (Demo) GPL-3.0 Docker/Python
• Bracket - Flexible tournament system to build a tournament setup, add teams, schedule matches, keep track of scores and present ranking live to the public. (Demo, Source Code) AGPL-3.0 Docker/Nodejs
• Christmas Community - Create a simple place for your entire family to use to find gifts that people want, and to avoid double-gifting. AGPL-3.0 Docker/Nodejs
• Claper - The ultimate tool to interact with your audience (alternative to Slido, AhaSlides and Mentimeter). (Source Code) GPL-3.0 Elixir/Docker
• ClearFlask - Community-feedback tool for managing incoming feedback and prioritizing a public roadmap (alternative to Canny, UserVoice, Upvoty). (Demo, Source Code) AGPL-3.0 Docker
• docassemble - A free, open-source expert system for guided interviews and document assembly, based on Python, YAML, and Markdown. (Demo, Source Code) MIT Docker/Python
• Fider - Open platform to collect and prioritize feedback (alternative to UserVoice). (Demo, Source Code) MIT Docker
• Formbricks - Experience Management Suite built on the largest open source survey stack worldwide. Gracefully gather feedback at every step of the customer journey to know what your customers need. (Demo, Source Code) AGPL-3.0 Nodejs/Docker
• Framadate - Online service for planning an appointment or make a decision quickly and easily: Make a poll, Define dates or subjects to choose, Send the poll link to your friends or colleagues, Discuss and make a decision. (Demo, Source Code) CECILL-B PHP
• Gancio - Local community event and agenda sharing. (Demo, Source Code) AGPL-3.0 Nodejs
• gathio - Self-destructing, shareable, no-registration event pages. (Demo, Source Code) GPL-3.0 Nodejs/Docker
• HeyForm - Form builder that allows anyone to create engaging conversational forms for surveys, questionnaires, quizzes, and polls. (Source Code) AGPL-3.0 Docker
• hitobito - Manage complex group hierarchies with members, events and a lot more. (Demo, Source Code) AGPL-3.0 Ruby
• Input - Privacy-focused, no-code, open-source form builder designed for simplicity and brand consistency. (Source Code) AGPL-3.0 PHP/Nodejs/Docker
• LimeSurvey - Feature-rich web-based polling software. Supports extensive survey logic. (Demo, Source Code) GPL-2.0 PHP
• Meetable - Minimal events aggregator. (Source Code) MIT PHP
• Mobilizon - Federated tool that helps you find, create and organise events and groups. (Source Code) AGPL-3.0 Elixir/Docker
• OpnForm - Beautiful open-source form builder. (Demo, Source Code) AGPL-3.0 PHP/Nodejs/Docker

@ b0a838f2:34ed3f19

• Chevereto - Ultimate image sharing software. Create your very own personal image hosting website in just minutes. (Source Code) AGPL-3.0 PHP/Docker
• Coppermine - Multilingual photo gallery that integrates with various bulletin boards. Includes upload approval and password protected albums. (Source Code) GPL-3.0 PHP
• Damselfly - Fast server-based photo management system for large collections of images. Includes face detection, face & object recognition, powerful search, and EXIF Keyword tagging. Runs on Linux, MacOS and Windows. (Source Code) GPL-3.0 Docker/C#/.NET
• Ente - An end-to-end encrypted photo-sharing platform (alternative to Google Photos, Apple Photos). (Source Code) AGPL-3.0 Docker/Nodejs/Go
• HomeGallery - Browse personal photos and videos featuring tagging, mobile-friendly, and AI powered image discovery. (Demo, Source Code) MIT Nodejs/Docker
• Immich Kiosk - Lightweight slideshow for running on kiosk devices and browsers that uses Immich as a data source. GPL-3.0 Docker/Go
• Immich - Photo and video backup solution directly from your mobile phone. (Demo, Source Code) AGPL-3.0 Docker
• LibrePhotos - Photo management service with a slight focus on cool graphs (alternative to Google Photos). (Clients) MIT Python/Docker
• Lychee - Grid and album based photo-management-system. (Source Code) MIT PHP/Docker
• Mediagoblin - Media publishing platform that anyone can run (alternative to Flickr, YouTube, SoundCloud, etc). (Source Code) AGPL-3.0 Python
• Mejiro - Easy-to-use instant photo publishing. GPL-3.0 PHP
• Nextcloud Memories - Fast, modern and advanced photo management suite. Runs as a Nextcloud app. (Demo, Source Code) AGPL-3.0 PHP
• Photofield - Experimental fast photo viewer. MIT Docker/Go
• PhotoPrism - Personal photo management powered by Go and Google TensorFlow. Browse, organize, and share your personal photo collection, using the latest technologies to automatically tag and find pictures. (Demo, Source Code) AGPL-3.0 Go/Docker
• Photoview - Simple and user-friendly photo gallery for personal servers. It is made for photographers and aims to provide an easy and fast way to navigate directories, with thousands of high resolution photos. (Source Code) GPL-3.0 Go/Docker
• PiGallery 2 - Directory-first photo gallery website, with a rich UI, optimised for running on low resource servers. (Source Code) MIT Docker/Nodejs
• Piwigo - Photo gallery software for the web, built by an active community of users and developers. (Source Code) GPL-2.0 PHP
• sigal - Yet another simple static gallery generator. MIT Python
• SPIS - A simple, lightweight and fast media server with decent mobile support. GPL-3.0 Docker/Rust
• This week in past - Aggregates images taken this week, from previous years and presents them on a web page with a simple slideshow. MIT Docker/Rust
• Thumbor - A smart imaging service and enables on-demand cropping, resizing, applying filters and optimizing images. (Source Code) MIT Python/Docker
• Zenphoto - Open-source gallery and CMS project. (Source Code) GPL-2.0 PHP

@ b0a838f2:34ed3f19

• Dashy - Feature-rich homepage for your homelab, with easy YAML configuration. (Demo, Source Code) MIT Nodejs/Docker
• Fenrus - Personal home page that allows for multiple users, guest access and multiple dashboards for each user. It also has "Smart Apps" which display live data for those apps. GPL-3.0 .NET/Docker
• Glance - Highly customizable dashboard that puts all your feeds in one place. AGPL-3.0 Docker/Go
• Heimdall - Elegant solution to organise all your web applications. (Source Code) MIT PHP
• Hiccup - Beautiful static homepage to get to your links and services quickly. It has built-in search, editing, PWA support and localstorage caching to easily organize your start page. (Source Code) MIT Javascript/Docker
• Homarr - Sleek, modern dashboard with many integrations and web-based config. (Source Code) MIT Docker/Nodejs
• Homepage by gethomepage - Highly customizable homepage (or startpage / application dashboard) with Docker and service API integrations. GPL-3.0 Docker/Nodejs
• Homepage by tomershvueli - Simple, standalone, self-hosted PHP page that is your window to your server and the web. MIT PHP
• Homer - Dead simple static homepage to expose your server services, with an easy yaml configuration and connectivity check. Apache-2.0 Docker/K8S/Nodejs
• Hubleys - Personal dashboards to organize links for multiple users via a central yaml config. MIT Docker
• LinkStack - Link all your social media platforms easily accessible on one page, customizable through an intuitive, easy to use user/admin interface (alternative to Linktree and Manylink). (Demo, Source Code) AGPL-3.0 PHP/Docker
• LittleLink - Simplistic approach for links in bio with 100+ branded buttons (alternative to Linktree). (Demo, Source Code) MIT Javascript
• Mafl - Minimalistic flexible homepage. (Source Code) MIT Docker/Nodejs
• portkey - Simple web portal that serves as a startup page, displaying a compilation of links and URLs, while also allowing the addition of custom pages, all managed through a single configuration file. (Demo, Source Code) AGPL-3.0 Go/Docker
• ryot - Platform for tracking various facets of your life - media, fitness, etc. (Demo) GPL-3.0 Docker
• Starbase 80 - A simple homepage with an iPad-style application grid, for mobile and desktop. One JSON configuration file. MIT Docker
• Web-Portal - A python web app designed to allow a easy way to manage the links to all of your web services. AGPL-3.0 Docker/Python
• Your Spotify ⚠ - Allows you to record your Spotify listening activity and have statistics about them served through a Web application. MIT Nodejs/Docker

@ b0a838f2:34ed3f19

• bin - A paste bin that's actually minimalist. WTFPL/0BSD Rust
• BinPastes - Minimal pastebin supporting client-side encryption, fulltext search, one-time messages. Intended for one to few users looking for a simple pastebin deployment. (Demo) Apache-2.0 Java
• ByteStash - Pastebin and file storage service with a simple web interface. Supports syntax highlighting, optional user authentication and public sharing. (Demo) GPL-3.0 Docker
• dpaste - Simple pastebin with multiple text and code option, with short url result easy to remember. (Source Code) MIT Docker/Django
• FlashPaper - One-time encrypted zero-knowledge password/secret sharing application focused on simplicity and security. No database or complicated set-up required. (Demo) MIT Docker/PHP
• Hemmelig - Share encrypted secrets cross organizations, or as private persons. (Source Code) MIT Docker/Nodejs
• lesma - Simple paste app friendly with browser and command line. (Demo, Source Code) GPL-3.0 Rust/Docker
• Local Content Share - Store and share text snippets and files within your local network. MIT Docker/Go
• not-th.re - Simple paste sharing platform, with client side encryption, featuring the monaco browser-based code editor. (Demo, Source Code) AGPL-3.0 Nodejs/Docker
• Opengist - Pastebin powered by Git. (Demo) AGPL-3.0 Docker/Go/Nodejs
• paaster - End-to-end encrypted pastebin built with the objective of simplicity. (Source Code) AGPL-3.0 Docker
• pacebin - Super-minimal pastebin and file upload service focusing on small executable size, portability, and ease of configuration. (Demo, Source Code) AGPL-3.0 C
• Password Pusher - Dead-simple application to securely communicate passwords (or text) over the web. Passwords automatically expire after a certain number of views and/or time has passed. (Source Code) Apache-2.0 Docker/K8S/Ruby
• Pastefy - Beautiful, simple and easy to deploy Pastebin with optional client encryption, multitab pastes, an API, a highlighted editor and more. (Source Code, Clients) MIT Docker/K8S/Java
• PrivateBin - Minimalist pastebin/discussion board where the server has zero knowledge of hosted data. (Demo, Source Code) Zlib PHP
• rustypaste - A minimal file upload/pastebin service. MIT Rust
• SnyPy - Open source on-prem code snippet manager. (Demo, Source Code) MIT Docker
• Spacebin - Modern Pastebin server written in Go with a JS-free web UI and tons of features. (Demo, Source Code) Apache-2.0 Go/Docker
• Sup3rS3cretMes5age - Very simple (to deploy and to use) secret message service using Hashicorp Vault as a secrets storage. MIT Go
• Wastebin - Lightweight, minimal and fast pastebin with an SQLite backend. (Demo) MIT Rust/Docker
• YABin - A pastebin that contains plentiful features while remaining simple. Supports optional E2E encryption, a client-side CLI app, syntax highlighting, minimalistic UI, APIs, keyboard shortcuts, and more. It can even be run in serverless environments. (Demo) MIT Nodejs/Docker
• ybFeed - Personal micro feed where you can post snippets of text or images. MIT Go/Nodejs/Docker
• Yopass - Secure sharing of secrets, passwords and files. (Demo) Apache-2.0 Go/Docker

@ b0a838f2:34ed3f19

• AliasVault - End-to-end encrypted password manager with a built-in email alias generator and server. (Source Code) MIT Docker
• Bitwarden ⚠ - Password manager with a webapp, browser extension, and mobile app. (Source Code) AGPL-3.0 Docker/C#
• Passbolt - Collaborative password manager. (Source Code) AGPL-3.0 PHP/deb/K8S/Docker
• PassIt - Simple password manage with sharing features by group and user, but no administration interface. (Demo, Source Code) AGPL-3.0 Docker/Django
• Passky - Simple and modern password manager with website, browser extension, android and desktop application. (Demo, Source Code) GPL-3.0 PHP/Docker
• Psono - Password manager for companies. (Demo, Source Code) Apache-2.0 Python
• Teampass - Password manager dedicated for managing passwords in a collaborative way. One symmetric key is used to encrypt all shared/team passwords and stored server side in a file and the database. works on any server Apache, MySQL and PHP. (Source Code) GPL-3.0 PHP
• Vaultwarden - Lightweight Bitwarden server API implementation written in Rust. GPL-3.0 Rust/Docker

@ b0a838f2:34ed3f19

• Collabora Online Development Edition - Collabora Online Development Edition (CODE) is a powerful LibreOffice-based online office that supports all major document, spreadsheet and presentation file formats, which you can integrate in your own infrastructure. (Source Code) MPL-2.0 C++
• CryptPad - Collaboration suite built to enable collaboration, synchronizing changes to documents in real time. (Source Code) AGPL-3.0 Nodejs/Docker
• Digislides - Create multimedia presentations in a quick and easy way. (documentation in French). (Demo, Source Code) AGPL-3.0 Nodejs/PHP
• Etherpad - Highly customizable online editor providing collaborative editing in real-time. (Demo, Source Code) Apache-2.0 Nodejs/Docker
• Grist - Next-generation spreadsheet with relational structure, formula-based access control, and a portable, self-contained format (alternative to Airtable). (Demo, Source Code) Apache-2.0 Nodejs/Python/Docker
• ONLYOFFICE - Office suite that enables you to manage documents, projects, team and customer relations in one place. (Source Code) AGPL-3.0 Nodejs/Docker

@ b0a838f2:34ed3f19

• Blinko - A personal note tool with AI features. (Source Code) AGPL-3.0 Docker
• DailyTxT - Encrypted diary Web application to save your personal memories of each day. Includes a search function and encrypted file upload. MIT Docker
• Dnote - A simple command line notebook with multi-device sync and web interface. (Source Code) AGPL-3.0 Go
• Docs - Collaborative note taking, wiki and documentation platform that scales. (Source Code) MIT K8S
• draw.io - Diagram software for making flowcharts, process diagrams, org charts, UML, ER and network diagrams. (Source Code) Apache-2.0 Javascript/Docker
• flatnotes - Database-less note-taking web app that utilises a flat folder of markdown files for storage. (Demo) MIT Docker
• HedgeDoc - Realtime collaborative markdown notes on all platforms, formerly known as CodiMD and HackMD CE. (Demo, Source Code) AGPL-3.0 Docker/Nodejs
• Joplin - Note taking application with markdown editor and encryption support for mobile and desktop platforms. Runs client-side and syncs through a self hosted Nextcloud instance or similar (alternative to Evernote). (Source Code) MIT Nodejs
• Livebook - Realtime collaborative notebook app based on Markdown that supports running Elixir code snippets, TeX and Mermaid Diagrams. Easily deployed using Docker or Elixir. (Source Code) Apache-2.0 Elixir/Docker
• Memos - Knowledge base that works with a SQLite db file. (Demo, Source Code) MIT Docker/Go
• minimalist-web-notepad - Minimalist notepad.cc clone. (Demo) Apache-2.0 PHP
• Note Mark - Minimal web-based Markdown notes app. (Source Code) AGPL-3.0 Docker
• Oddmuse - Simple wiki engine written in Perl. No database required. (Source Code) GPL-3.0 Perl
• Overleaf - Web-based collaborative LaTeX editor. (Source Code) AGPL-3.0 Ruby
• Plainpad - Modern note taking application for the cloud, utilizing the best features of progressive web apps technology. (Demo, Source Code) GPL-3.0 PHP
• SilverBullet - Note-taking application optimized for people with a hacker mindset. (Demo, Source Code, Clients) MIT Docker/Deno
• Standard Notes - Simple and private notes app. Protect your privacy while getting more done. That's Standard Notes. (Demo, Source Code) GPL-3.0 Ruby
• TriliumNext Notes - Cross-platform hierarchical note taking application with focus on building large personal knowledge bases (fork of Trilium Notes). AGPL-3.0 Nodejs/Docker/K8S
• Turtl - Totally private personal database and note taking app. (Source Code) GPL-3.0 CommonLisp
• Writing - Lightweight distraction-free text editor, in the browser (Markdown and LaTeX supported). No lag when writing. (Source Code) MIT Javascript