Update The Internet of Economics, the Gajumaru & QPQ Un-White Paper
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# **The Internet of Economics, the Gajumaru & QPQ Un-White Paper - Parts 1 & 2 - WORKING DRAFT 260303**
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# **The Internet of Economics, the Gajumaru & QPQ Un-White Paper
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***QPQ AG*** <br>
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***3rd March 2026***
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@ -14,7 +14,7 @@ The global economy is not truly global: it is fractured, fragmented and disconne
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When systemic risk accumulates, as it does and must under these incentives, the consequences are socialised. The response, inevitably, is yet more monetary expansion that restores institutional balance sheets whilst diluting the purchasing power of everyone whose wealth is denominated in the currency being expanded. The vast majority bear the cost of a correction they did not cause, through a mechanism most do not fully understand.
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Blockchain was supposed to change this. It did not. Today's distributed ledger protocols mimicked the system they were supposed to replace: fractured, fragmented, isolated. More islands. More bottlenecks. More control points. Over $120 billion in venture capital flowed into ‘blockchain’ projects. They used the language of decentralisation to build more infrastructure and spawned a new, global, unlicensed gambling industry: ‘crypto’.
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Blockchain was supposed to change this. It did not. Today's distributed ledger protocols mimicked the system they were supposed to replace: fractured, fragmented, isolated. More islands. More bottlenecks. More control points. Over $120 billion in venture capital flowed into "blockchain" projects. They used the language of decentralisation to build more infrastructure and spawned a new, global, unlicensed gambling industry: "crypto."
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What is missing in both the existing and nascent blockchain enabled economy is a resource layer that makes adding value more profitable than controlling access. Nobody built it because nobody with capital to deploy wanted to: a resource layer serves everyone, which is another way of saying it serves no one's monopoly.
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@ -128,7 +128,7 @@ Without a stable measure, the debasement remains invisible. Without an alternati
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A non-debaseable currency that actually works changes everything. Not because everyone must use it, but because everyone *can*. Its mere existence creates the measure. Its availability creates the discipline. A genuine, functioning exit forces honesty on those who would otherwise extract without consequence.
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Over one hundred and twenty billion dollars[^1] flowed into ‘blockchain’ projects - some building more of the infrastructure that caused the problem, the rest building a casino that profited from it - whilst the fundamental problems blockchain promised to solve remained unsolved.
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Over one hundred and twenty billion dollars[^1] flowed into "blockchain" projects - some building more of the infrastructure that caused the problem, the rest building a casino that profited from it - whilst the fundamental problems blockchain promised to solve remained unsolved.
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We built what nobody else would. The genuine exit that disciplines power. The connector that makes the global economy whole, unlocking the global economy, unleashing our creativity, and restoring our humanity.
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@ -146,21 +146,21 @@ Once you see it, you cannot unsee it. We had the capacity to build something tha
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None of us can solve for our families alone. We either solve for all of our families together, or we all fail together. That is not a threat; it is an invitation. Do not be frightened of what is coming. Choose instead to be part of ensuring that the future is one we can be proud to hand to the generations that follow.
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## Why This Is an 'Un-White Paper', Not a 'White Paper'
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## Why This Is an "Un-White Paper," Not a "White Paper"
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The crypto industry debased ‘white paper’ from authoritative policy document into marketing brochure for vapourware. Our white papers are the peer-reviewed foundations we actually built upon. The Gajumaru has been operational since 22nd October 2024. It processes real transactions. We are not promising to build something so you'll part with money. We are telling you that we have built something that delivers upon the promise of blockchain, we are showing you how and we are inviting you to confirm, to verify, the logic, truth and reality we are presenting.
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The crypto industry debased "white paper" from authoritative policy document into marketing brochure for vapourware. Our white papers are the peer-reviewed foundations we actually built upon. The Gajumaru has been operational since 22nd October 2024. It processes real transactions. We are not promising to build something so you'll part with money. We are telling you that we have built something that delivers upon the promise of blockchain, we are showing you how and we are inviting you to confirm, to verify, the logic, truth and reality we are presenting.
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### The Corruption of a Serious Term
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The term white paper originated with the British government, with the Churchill White Paper of 1922 being an early example.[^2] These were serious policy documents, described as "a tool of participatory democracy"[^2], presenting substantive positions whilst inviting informed criticism.
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What passes for a ‘white paper’ in crypto is typically marketing dressed in technical language, describing systems that do not exist, making promises that cannot be kept. Beautiful vapourware. Magical technologies impossible in a world governed by physical law. We have never written one of these documents. We never will.
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What passes for a "white paper" in crypto is typically marketing dressed in technical language, describing systems that do not exist, making promises that cannot be kept. Beautiful vapourware. Magical technologies impossible in a world governed by physical law. We have never written one of these documents. We never will.
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### What We Stand Upon
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Our 'white papers' are peer-reviewed, battle-tested technical foundations:
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Our "white papers" are peer-reviewed, battle-tested technical foundations:
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**Bitcoin-NG** (Eyal et al., 2016, USENIX NSDI): The consensus mechanism (the method by which a network agrees on which transactions are valid) decoupling leader election from transaction serialisation. Published computer science research that we implemented.\
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<https://www.usenix.org/conference/nsdi16/technical-sessions/presentation/eyal>
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@ -180,7 +180,7 @@ Our 'white papers' are peer-reviewed, battle-tested technical foundations:
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A traditional white paper invited scrutiny: "Here is our analysis. Tell us what we've missed."
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A crypto 'white paper' discourages scrutiny: "Here is our vision. Here is how we make sure that the number goes up until it doesn’t, by which time, we’ll have moved on to the next project. Give us your money and don’t ask too many questions and maybe you too can get rich quickly."
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A crypto "white paper" discourages scrutiny: "Here is our vision. Here is how we make sure that the number goes up until it doesn’t, by which time, we’ll have moved on to the next project. Give us your money and don’t ask too many questions and maybe you too can get rich quickly."
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This briefing follows the original tradition. We present facts, documented, sourced, verifiable. We acknowledge limitations honestly. We do not ask you to trust us. We offer our logic, our evidence, and our working code for your scrutiny. We ask you to verify.
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@ -255,9 +255,9 @@ This should have changed everything.
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It didn't.
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Blockchain became 'crypto' and spent the next seventeen years and over $120 billion in venture funding[^1] recreating every problem it was supposed to solve. The global economy remains fractured. The intermediaries remain entrenched. The rent extraction continues. What happened?
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Blockchain became "crypto" and spent the next seventeen years and over $120 billion in venture funding[^1] recreating every problem it was supposed to solve. The global economy remains fractured. The intermediaries remain entrenched. The rent extraction continues. What happened?
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Two things, and neither led to a resource layer. Some used the language of decentralisation to build more of what already existed: Layer 1s, enterprise chains, Layer 2s - more islands, more control points, more chokepoints dressed as liberation. The rest built 'crypto': not an attempt at blockchain, but a global, unlicensed gambling industry using decentralisation as cover. Its mechanism was to manufacture FOMO then tax it - the 'degens', as the industry calls its marks, paying entry fees for the chance to escape permanent renting, permanent exclusion. The promoters created the illusion, harvested the fees, and left enough visible winners to keep the next wave paying.
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Two things, and neither led to a resource layer. Some used the language of decentralisation to build more of what already existed: Layer 1s, enterprise chains, Layer 2s - more islands, more control points, more chokepoints dressed as liberation. The rest built "crypto": not an attempt at blockchain, but a global, unlicensed gambling industry using decentralisation as cover. Its mechanism was to manufacture FOMO then tax it - the "degens," as the industry calls its marks, paying entry fees for the chance to escape permanent renting, permanent exclusion. The promoters created the illusion, harvested the fees, and left enough visible winners to keep the next wave paying.
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The first failed at what it claimed. The second succeeded at what it was.
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Neither cared whether blockchain actually worked. Which is how we arrive here.
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@ -277,7 +277,7 @@ Solana requires trusting validators to relay messages faithfully. Cardano, Polka
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These systems use blockchain language but fail the only test that matters: does this allow us to trust the message, not the messenger, securely at scale?
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Every one of them requires trusting operators. Every one is infrastructure - controlled and governed, often without any of the oversight that the regulated traditional financial system offers to underpin trust in infrastructure operators. The blockchain industry didn't build an alternative to the fragmented global economy. It built more fragments, more islands, more intermediaries, more chokepoints, and called them 'decentralised.' The casino needed the infrastructure. The infrastructure needed the casino. Both needed you to have no alternative.
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Every one of them requires trusting operators. Every one is infrastructure - controlled and governed, often without any of the oversight that the regulated traditional financial system offers to underpin trust in infrastructure operators. The blockchain industry didn't build an alternative to the fragmented global economy. It built more fragments, more islands, more intermediaries, more chokepoints, and called them "decentralised." The casino needed the infrastructure. The infrastructure needed the casino. Both needed you to have no alternative.
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@ -291,11 +291,11 @@ This is where we are:
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**The actual blockchains:** Trustless, but too slow, too expensive, and too limited to serve the real economy. They proved the principle without delivering the necessary utility.
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**'Crypto':** Built a casino. Global, unlicensed, sustained by manufactured FOMO and enough visible winners to keep the hopeful paying. The technology was adequate for its purpose. Its purpose was never the real economy.
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**"Crypto":** Built a casino. Global, unlicensed, sustained by manufactured FOMO and enough visible winners to keep the hopeful paying. The technology was adequate for its purpose. Its purpose was never the real economy.
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**There is no resource layer.** There is only infrastructure - controlled, fragmented, extractive - whether legacy or 'blockchain' - and an unlicensed, global casino.
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**There is no resource layer.** There is only infrastructure - controlled, fragmented, extractive - whether legacy or "blockchain" - and an unlicensed, global casino.
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The dam remains intact. Human economic potential remains trapped behind it. Control taxes creation and endeavour. Predators use the illusion of a 'new economy' to tax declining hope in the old one.
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The dam remains intact. Human economic potential remains trapped behind it. Control taxes creation and endeavour. Predators use the illusion of a "new economy" to tax declining hope in the old one.
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## An Actual Blockchain That Actually Works, Minting Real Money that Really Works
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@ -340,7 +340,7 @@ In Okinawan culture, the Gajumaru symbolises the Tree of Life: growth, strength,
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The Gajumaru provides a trustless resource layer to which a universe of infrastructure can connect. National digital infrastructure, stablecoin settlement rails, banking consortiums, trade finance networks - each piece of infrastructure remains sovereign, with its own governance, its own rules, its own operators. All connecting through a common resource layer that no one controls and everyone can use.
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Nothing is natively connected today. This is as true in ‘blockchain’ as in the existing financial system. Every blockchain is an island; every ‘blockchain consortium’ an archipelago with internal bridges, but disconnected from everything else.
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Nothing is natively connected today. This is as true in "blockchain" as in the existing financial system. Every blockchain is an island; every "blockchain consortium" an archipelago with internal bridges, but disconnected from everything else.
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The Gajumaru provides native interoperability through its resource layer, which functions without operators, without trust requirements, without permission, without extraction.
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@ -395,7 +395,7 @@ The CHOICE between operating on the trustless resource layer directly (less effi
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### Groot as The Global Interoperability Layer
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Groot is not merely an 'exit mechanism' or 'alternative to controlled systems.' **Groot is the interoperability layer for the universe of trusted infrastructure that connects to it.**
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Groot is not merely an "exit mechanism" or "alternative to controlled systems." **Groot is the interoperability layer for the universe of trusted infrastructure that connects to it.**
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The relationship between Groot and Associate Chains mirrors one the world already understands: HTTPS became the single protocol by which data transfers across the internet.
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@ -412,7 +412,7 @@ Native interoperability exists from Groot. Interconnectivity rules are set by ea
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**Associate Chains** = Territorial waters, ports, warehouses, railheads. More efficient because trust enables efficiency. Controlled, operated, governed by those who legitimately should govern them.
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**Why 'Associate'?** The term is deliberate. Associate Chains are not subsidiaries, not subordinates, not child chains. They are sovereign peers that **associate with** Groot, like business associates, not employees. Each Associate Chain is fully sovereign: its own governance, its own rules, its own operators. They choose to connect through Groot for interoperability. Groot does not govern them. They govern themselves and **associate** for mutual benefit. The relationship is horizontal, not hierarchical.
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**Why "Associate"?** The term is deliberate. Associate Chains are not subsidiaries, not subordinates, not child chains. They are sovereign peers that **associate with** Groot, like business associates, not employees. Each Associate Chain is fully sovereign: its own governance, its own rules, its own operators. They choose to connect through Groot for interoperability. Groot does not govern them. They govern themselves and **associate** for mutual benefit. The relationship is horizontal, not hierarchical.
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### The Archipelago Problem
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@ -519,7 +519,7 @@ Everything described so far - Groot, Associate Chains, the tree hierarchy, the i
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| **Rules** | Algorithmic consensus only | Customised to jurisdiction/purpose |
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| **Efficiency** | Lower (trustless has costs) | Higher (trust enables efficiency) |
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| **Control** | No one can say no | Operators can say no |
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| **Accountability** | Not required: there is no compromise of trustlessness for efficiency (‘TEA’), so no accountability requirement | Essential: where you compromise trustlessness for efficiency, whoever can say ‘no’ must be accountable (‘TEA’) |
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| **Accountability** | Not required: there is no compromise of trustlessness for efficiency (TEA), so no accountability requirement | Essential: where you compromise trustlessness for efficiency, whoever can say "no" must be accountable (TEA) |
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| **Analogy** | High seas, outer space, HTTPS - internet of economics | Coastal waters, ports, railheads, intranet |
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The model resolves what appears to be an impossible contradiction: trustless yet efficient, ungoverned yet accountable. Rather than compromise between these requirements in a single system, the Gajumaru partitions them across layers where each ceases to be contradictory at all. Trustlessness belongs at the resource layer. Efficiency and accountability belong at the infrastructure layer. Neither is asked to do the other's job. Four distinct layers, each doing one thing well, traversable in more than one way.
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@ -639,9 +639,9 @@ The Introduction established the distinction between coins and tokens. What foll
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Tokens are fairground chips, and the people who created them are the fairground. The moment you exchange your fiat money for chips, the risk in the token transfers entirely to you - they are free, and your money is theirs.
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What they care about is volume, because volume converts their marketing effort into a scaled - and very profitable - exit. The much-celebrated 'community' that assembles around a token is celebrated not because of the adoption it might indicate, but because it represents the successful assembly of bag holders for the exit. Crypto 'venture capital' supercharges the entry, the hype cycle manages the ascent, and, if they really do a good job of creating a veneer of acceptability, the ETF industrialises the exit - packaging the risk into instruments that transfer it from early holders to retail and institutional investors at scale, with a fee extracted at every stage.
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What they care about is volume, because volume converts their marketing effort into a scaled - and very profitable - exit. The much-celebrated "community" that assembles around a token is celebrated not because of the adoption it might indicate, but because it represents the successful assembly of bag holders for the exit. Crypto "venture capital" supercharges the entry, the hype cycle manages the ascent, and, if they really do a good job of creating a veneer of acceptability, the ETF industrialises the exit - packaging the risk into instruments that transfer it from early holders to retail and institutional investors at scale, with a fee extracted at every stage.
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Every transaction flowing through the system - buy, sell, win, lose - generates revenue for the exchanges, the project insiders, the foundations, and the infrastructure operators who positioned themselves as the conduit for the wealth transfer and took a toll on every flow through them, in both directions. The mechanism requires visible winners: enough people must be seen to profit spectacularly that the next wave of entrants pays the entry price. The promoters created the illusion, harvested the fees, and moved on. The 'degens', as the industry calls its participants, held their betting slips and hoped.
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Every transaction flowing through the system - buy, sell, win, lose - generates revenue for the exchanges, the project insiders, the foundations, and the infrastructure operators who positioned themselves as the conduit for the wealth transfer and took a toll on every flow through them, in both directions. The mechanism requires visible winners: enough people must be seen to profit spectacularly that the next wave of entrants pays the entry price. The promoters created the illusion, harvested the fees, and moved on. The "degens," as the industry calls its participants, held their betting slips and hoped.
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The security architecture of this system is, by its own logic, perfectly rational. You do not build a vault for a fairground chip. Nobody installs institution-grade custody for a lottery ticket, because a lottery ticket is a probabilistic position in a game, not a possession. The global financial system spends approximately $600-650 billion annually on technology, the majority of it on security, compliance, and the integrity of systems carrying real value.[^II1] Banks deploy hardware security modules, air-gapped key management, multi-party authorisation, and years of regulatory audit to protect assets that matter. They do this because the assets matter.
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@ -664,7 +664,7 @@ These words sound similar. They describe fundamentally different things, and und
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**Digitalisation** removes the inefficiency altogether. Not making the intermediary faster. Eliminating the need for the intermediary entirely.
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The difference matters because most of what passes for 'digital transformation' is digitisation. Banks moved from paper to screens. That was a genuine transformation: the leap from physical ledgers to electronic databases was enormous, and the efficiency gains were real. But the gains since have been smaller with each step, because each step is smaller. The move from paper to mainframe changed what was possible. The move from one middleware layer to the next changes only how fast the same thing happens.
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The difference matters because most of what passes for "digital transformation" is digitisation. Banks moved from paper to screens. That was a genuine transformation: the leap from physical ledgers to electronic databases was enormous, and the efficiency gains were real. But the gains since have been smaller with each step, because each step is smaller. The move from paper to mainframe changed what was possible. The move from one middleware layer to the next changes only how fast the same thing happens.
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The pattern resembles the history of powered flight. The first powered flight was 1903. Within four decades, aircraft went from 30 mph to 500 mph: enormous, real, proportional gains. Each advance in engine power and aerodynamic understanding produced a corresponding advance in speed and capability. But as aircraft approached the speed of sound, the returns inverted. Transonic drag rises sharply; the air itself resists differently. Each additional increment of speed required disproportionately more power for diminishing practical gain. Many feared the sound barrier was impassable; several pilots died attempting to breach it, and the engineering challenges were real enough that serious doubt existed about whether any aircraft could survive the transition.[^II5]
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@ -843,7 +843,7 @@ No other system provides all four requirements:
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[16]: MetaMask GitHub Issue #5728, November 2018, reporting `audited 212620 packages` during `npm install`. https://github.com/MetaMask/metamask-extension/issues/5728. The MetaMask extension has grown substantially since 2018; the current dependency count is likely significantly higher.
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[17]: Check Point Research, "The Great NPM Heist: September 2025," 10 September 2025. https://blog.checkpoint.com/crypto/the-great-npm-heist-september-2025/. Eighteen of the most widely used JavaScript packages were compromised, including debug (357 million weekly downloads), chalk (300 million weekly downloads), and ansi-styles (371 million weekly downloads).
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[18]: Trend Micro Research, "What We Know About the NPM Supply Chain Attack," 18 September 2025. https://www.trendmicro.com/en_us/research/25/i/npm-supply-chain-attack.html. The Shai-Hulud worm created branches in compromised repositories, uploaded malicious workflow files, and spread autonomously across the NPM ecosystem.
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[19]: The dangers of transonic flight were real and well-documented. Geoffrey de Havilland Jr. was killed in September 1946 when his DH 108 broke apart approaching the speed of sound. The term 'sound barrier' entered common usage precisely because the engineering challenges were severe enough that the outcome was genuinely uncertain until Chuck Yeager's flight in the Bell X-1 on 14 October 1947.
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[19]: The dangers of transonic flight were real and well-documented. Geoffrey de Havilland Jr. was killed in September 1946 when his DH 108 broke apart approaching the speed of sound. The term "sound barrier" entered common usage precisely because the engineering challenges were severe enough that the outcome was genuinely uncertain until Chuck Yeager's flight in the Bell X-1 on 14 October 1947.
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[20]: The challenge of legacy system management in banking is widely documented. See Bank for International Settlements, "Annual Economic Report," various years, https://www.bis.org/publ/arpdf/ar2024e.htm
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[21]: McKinsey & Company, "Global Banking Annual Review 2025: Why precision, not heft, defines the future of banking," October 2025, https://www.mckinsey.com/industries/financial-services/our-insights/global-banking-annual-review. See also McKinsey, "What's next for global banking," February 2025, https://www.mckinsey.com/industries/financial-services/our-insights/whats-next-for-global-banking: banks globally spend approximately $600 billion on technology, yet the data does not support the thesis that this spend delivers productivity gains.
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[22]: IDC Financial Insights, "Future Ready Payments Platforms Enabling the Next Phase of Growth for Banks," IDC InfoBrief #AP241432IB, June 2023, sponsored by Episode Six. Global legacy payment system spend projected at $57.1 billion by 2028, up from $36.7 billion in 2022, growing at 7.8% annually. Press release: https://www.accesswire.com/760894/Global-Banks-to-Spend-57-Billion-on-Legacy-Payments-Technology-in-2028-Impacting-Costs-and-Limiting-Growth
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@ -867,7 +867,7 @@ No other system provides all four requirements:
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### The Mission Statement
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The mission is not 'trustless everything.' Trustlessness has costs; efficiency requires trust and a world where every transaction required cryptographic verification would be slower, more expensive, and less convenient than what we have now.
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The mission is not "trustless everything." Trustlessness has costs; efficiency requires trust and a world where every transaction required cryptographic verification would be slower, more expensive, and less convenient than what we have now.
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****The mission is CHOICE.**
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@ -993,15 +993,15 @@ Commercial adoption of blockchain requires that regulated actors can access the
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Faced with this choice, the blockchain industry took the second path. When a single system could not deliver trustlessness, efficiency, and accountability simultaneously, the response was to add complexity: Layer 2s on top of Layer 1s, bridges between chains, rollups posting to base layers, sequencers coordinating between systems. Each addition introduced new failure modes that required further additions. The solutions became the problem, and the problem became the business model.
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The industry even named the consequence and mistook it for a law of nature. The 'trilemma', popularised by Vitalik Buterin, posits that any blockchain must sacrifice one of three properties: decentralisation, security, or scalability. This framing has been treated as a constraint of physics. It is not. It is the consequence of trying to solve contradictory requirements in a single system, and it asks the wrong questions.
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The industry even named the consequence and mistook it for a law of nature. The "trilemma," popularised by Vitalik Buterin, posits that any blockchain must sacrifice one of three properties: decentralisation, security, or scalability. This framing has been treated as a constraint of physics. It is not. It is the consequence of trying to solve contradictory requirements in a single system, and it asks the wrong questions.
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The real trilemma is: Trustlessness, Efficiency, and Accountability - the ‘TEA’ trilemma. Can you trust the message without trusting any messenger? When trust is required, what recourse exists? What are the efficiency trade-offs that follow? These are not independent dials. Trust enables efficiency; trustlessness has costs; accountability only matters where trustlessness is absent. The failure mode of anonymous proof-of-stake makes this concrete: a network where validators are pseudonymous delivers neither the trustlessness of proof-of-work (you must trust the validator set not to collude) nor the accountability of governed infrastructure (you cannot identify, sue, or replace the people who let you down). It occupies the worst position in the trilemma: high costs, low trustlessness, zero recourse. Part Four examines this in detail and provides tests that anyone can apply to any project claiming to be a blockchain, to determine where it actually stands.
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The real trilemma is: Trustlessness, Efficiency, and Accountability - the TEA trilemma. Can you trust the message without trusting any messenger? When trust is required, what recourse exists? What are the efficiency trade-offs that follow? These are not independent dials. Trust enables efficiency; trustlessness has costs; accountability only matters where trustlessness is absent. The failure mode of anonymous proof-of-stake makes this concrete: a network where validators are pseudonymous delivers neither the trustlessness of proof-of-work (you must trust the validator set not to collude) nor the accountability of governed infrastructure (you cannot identify, sue, or replace the people who let you down). It occupies the worst position in the trilemma: high costs, low trustlessness, zero recourse. Part Four examines this in detail and provides tests that anyone can apply to any project claiming to be a blockchain, to determine where it actually stands.
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#### Partition, Not Compromise
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The Gajumaru chose the first path. Rather than adding complexity to reconcile contradictions, it separated the contradictions into layers where each ceases to be contradictory at all. Groot provides trustlessness simply, because it does not also try to provide efficiency or governance. Associate Chains provide accountability and efficiency simply, because they do not also try to be trustless. The choice between paths provides the discipline. No single layer compromises. Each does one thing well. Users choose their position.
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This is why every 'One True Blockchain' project fails. They try to be everything to everyone in a single system: fast and trustless (impossible), regulated and permissionless (impossible), private and transparent (impossible), governed and decentralised (impossible). The attempt to be all things produces systems that are none of them, and the compromises required at the base layer cascade upward through every application built upon them. Hoare's second path: so complicated that there are no obvious deficiencies, until someone looks. We did.
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This is why every "One True Blockchain" project fails. They try to be everything to everyone in a single system: fast and trustless (impossible), regulated and permissionless (impossible), private and transparent (impossible), governed and decentralised (impossible). The attempt to be all things produces systems that are none of them, and the compromises required at the base layer cascade upward through every application built upon them. Hoare's second path: so complicated that there are no obvious deficiencies, until someone looks. We did.
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**Partitioning the problem is the fundamental insight that drove the Gajumaru's design.** Where every other project attempted to solve trust and efficiency at the same layer, the Gajumaru separates them: the resource layer is trustless and ungoverned; the infrastructure layer is efficient, accountable, and governed. This same principle of decomposition runs through the entire architecture: currency separated from protocol, commercial entity separated from the resource layer it serves, governance placed where it belongs and excluded where it does not. The choice between layers is the mechanism that disciplines both. The architecture that makes this possible is the subject of Part Two.
|
||||
|
||||
@ -1031,7 +1031,7 @@ This is why every 'One True Blockchain' project fails. They try to be everything
|
||||
|
||||
## IV. The Garden of Eden Problem
|
||||
|
||||
Every blockchain project faced the same temptation: monetise the base layer. Extractive revenue - the corporatist model that is so popular with 'venture capitalists' and the many champions of this corruption of capitalism - requires control. Control requires governance. Therefore monetising the base layer means putting governance at the base layer, which in turn means it is not a resource; it is infrastructure.
|
||||
Every blockchain project faced the same temptation: monetise the base layer. Extractive revenue - the corporatist model that is so popular with "venture capitalists" and the many champions of this corruption of capitalism - requires control. Control requires governance. Therefore monetising the base layer means putting governance at the base layer, which in turn means it is not a resource; it is infrastructure.
|
||||
|
||||
The metaphor is the Garden of Eden. Adam and Eve existed in a state of grace. The one thing asked of them was that they not eat from one tree. The snake arrives in the form of crypto VCs asking "what is your business case? How are you going to make money?" The founders think about it and answer: "We are the blockchain; we will run it, operate it, and take fees from the system."
|
||||
|
||||
@ -1040,7 +1040,7 @@ The metaphor is the Garden of Eden. Adam and Eve existed in a state of grace. Th
|
||||
**The Players:**
|
||||
* **Eden** = A governance-free, control-free resource layer: an open, global economy by people for people in which we can all participate. The promise of blockchain.
|
||||
* **The apple** = Choosing to monetise the base layer, which necessitates governance and introduces overt and covert control functions, betraying the blockchain promise.
|
||||
* **The snake** = Crypto VCs asking "what is your business case?": the corporatist model that seeks to extract revenue from control, to become the 'one ring to rule them all' and tax everyone else's endeavour, risk free.
|
||||
* **The snake** = Crypto VCs asking "what is your business case?": the corporatist model that seeks to extract revenue from control, to become the "one ring to rule them all" and tax everyone else's endeavour, risk free.
|
||||
* **The consequence** = Once governance is at the base, you have built infrastructure, not resource. Permanent.
|
||||
|
||||
This is the Garden of Eden problem: **once you introduce governance, you cannot go back.**
|
||||
@ -1052,7 +1052,7 @@ This is the Garden of Eden problem: **once you introduce governance, you cannot
|
||||
|
||||
We see it again and again. The "DAO" (a Decentralised Autonomous Organisation, a supposedly community-governed organisation) where founders hold 51% of governance tokens (tokens that confer voting power over the project's direction). The "community vote" where the foundation is the default delegation target and passivity (people with votes who either do not bother or assign their votes to the Foundation) equals consent. Solana: 70% of validators cannot survive without Foundation delegation; the Foundation decides who thrives.[^IV1] DFINITY: 48.5% to foundation and insiders, 1.5% to the "community" the foundation claims to serve.[^IV2]
|
||||
|
||||
Ethereum: at any given time, between four and six entities control 51-62% of Ethereum's total stake.[^IV3] Quite apart from which, Vitalik Buterin has made clear that the Ethereum Foundation is in control and he is in control of it. In January 2025, facing community demands for new leadership, he posted on X: "The person deciding the new EF leadership team is me." He warned the community that their pressure was "decreasing the chance I have any interest whatsoever in doing 'what you want'."[^IV4]
|
||||
Ethereum: at any given time, between four and six entities control 51-62% of Ethereum's total stake.[^IV3] Quite apart from which, Vitalik Buterin has made clear that the Ethereum Foundation is in control and he is in control of it. In January 2025, facing community demands for new leadership, he posted on X: "The person deciding the new EF leadership team is me." He warned the community that their pressure was "decreasing the chance I have any interest whatsoever in doing "what you want."[^IV4]
|
||||
|
||||
Foundation management had to organise a retreat "in order to force" him into naming a new executive director, because he "couldn't really make up his mind." Former Foundation employees told The Guardian that Buterin typically "pretended that [Ethereum] was in the hands of the community"; a second former employee independently described this as "cosplaying" community governance.[^IV5] In the same article, Paul Brody, chairman of the Enterprise Ethereum Alliance and EY's global blockchain lead, described the community as behaving "a lot like pretty normal shareholders." Pretty normal shareholders: in a "decentralised" network, without any of the protections actual shareholders enjoy.
|
||||
|
||||
@ -1098,7 +1098,7 @@ Every blockchain project that introduced governance followed the same trajectory
|
||||
The resource layer must remain governance-free from inception. Once you start moving toward control, you will arrive at control. The only question is how long the journey takes.
|
||||
|
||||
|
||||
### 'The One Ring'
|
||||
### "The One Ring"
|
||||
|
||||
Tolkien understood this. "The One Ring" could not be wielded for good, not because of what it was, but because of what it did to whoever held it. Gandalf refused it. Galadriel refused it. They knew that even with the best intentions, the power would corrupt the wielder.
|
||||
|
||||
@ -1216,7 +1216,7 @@ Proof-of-work has drawn criticism. It consumes energy. Bitcoin's implementation,
|
||||
|
||||
### How Mining Works
|
||||
|
||||
Mining is a competition. Miners compete to solve a computational puzzle. The first to find a valid solution wins the right to lead the network temporarily: to add the next group of transactions (a 'block') to the chain and to receive newly minted Gajus as a reward.
|
||||
Mining is a competition. Miners compete to solve a computational puzzle. The first to find a valid solution wins the right to lead the network temporarily: to add the next group of transactions (a "block") to the chain and to receive newly minted Gajus as a reward.
|
||||
|
||||
Each attempt at solving the puzzle is like a lottery ticket. Every ticket has an equal chance of winning, but the odds per ticket are very low. The combined computing power of all miners on the network is expected to produce a winning ticket once every two minutes. If more miners join, the puzzle gets harder to keep that rate steady. If miners leave, it gets easier. The system self-adjusts.
|
||||
|
||||
@ -1300,13 +1300,13 @@ For most receivers, one keyblock is the rational point of settlement for even th
|
||||
|
||||
#### What This Means in Practice
|
||||
|
||||
The following examples are illustrative of how the model works in practice; the exact certainty for any given transaction will depend on network conditions. One of the features we will implement in GajuDesk and GajuMobile is a ‘traffic light’ indicator that calculates real-time certainty from all detectable network factors, displaying a clear visual signal when a transaction has reached a defined threshold - making the mathematics operationally intuitive for any user.
|
||||
The following examples are illustrative of how the model works in practice; the exact certainty for any given transaction will depend on network conditions. One of the features we will implement in GajuDesk and GajuMobile is a "traffic light" indicator that calculates real-time certainty from all detectable network factors, displaying a clear visual signal when a transaction has reached a defined threshold - making the mathematics operationally intuitive for any user.
|
||||
|
||||
##### A $5 cup of coffee
|
||||
|
||||
You pay the teller with your GajuMobile wallet.
|
||||
|
||||
Within 3 seconds the transaction appears in a microblock and you see the witnesses have already confirmed the preceding keyblock is on the path to finality. The ‘traffic light’ indicator turns green.
|
||||
Within 3 seconds the transaction appears in a microblock and you see the witnesses have already confirmed the preceding keyblock is on the path to finality. The "traffic light" indicator turns green.
|
||||
|
||||
For a coffee, that’s enough. Functional settlement is immediate. Reversing it would require an attacker to overpower the entire network in the next few seconds, an absurdly expensive and almost impossible task.
|
||||
|
||||
@ -1814,7 +1814,7 @@ Each currency, regardless of form, inherits the same properties from the archite
|
||||
|
||||
**This is a critical differentiator from every other blockchain.**
|
||||
|
||||
Every other ‘multi-chain’ system treats its sub-chains or connecting chains as strangers. Ethereum does not know its Layer 2s exist. Bitcoin does not know the Lightning Network exists. They bolt on connectivity after the fact, through third-party systems that introduce precisely the trust dependencies blockchain was supposed to eliminate. The Gajumaru was designed from the outset as a connected system. Groot knows every Associate Chain. Every Associate Chain knows Groot. The connectivity is not an aftermarket addition; it is part of the protocol. To understand why this matters, consider what the rest of the industry does instead.
|
||||
Every other "multi-chain" system treats its sub-chains or connecting chains as strangers. Ethereum does not know its Layer 2s exist. Bitcoin does not know the Lightning Network exists. They bolt on connectivity after the fact, through third-party systems that introduce precisely the trust dependencies blockchain was supposed to eliminate. The Gajumaru was designed from the outset as a connected system. Groot knows every Associate Chain. Every Associate Chain knows Groot. The connectivity is not an aftermarket addition; it is part of the protocol. To understand why this matters, consider what the rest of the industry does instead.
|
||||
|
||||
#### The Bridge Problem
|
||||
|
||||
@ -1844,7 +1844,7 @@ The Canton Network's own pilot report states the case plainly. Bridges between E
|
||||
|
||||
This is not a fringe critique. It is the industry's own assessment, from a project backed by Goldman Sachs, BNY Mellon, and DTCC. The institutions building the next generation of financial market infrastructure have identified bridges as the central failure point of multi-chain design. Their solution (the Canton synchroniser) replaces bridges with a trusted centralised coordinator. The Gajumaru eliminates bridges entirely through protocol-level design.
|
||||
|
||||
#### Beyond Bridges: The 'Layer Zero' Approaches
|
||||
#### Beyond Bridges: The "Layer Zero" Approaches
|
||||
|
||||
The industry recognised the bridge problem years ago. Several architectures claim to have moved beyond it. None actually has.
|
||||
|
||||
@ -1940,7 +1940,7 @@ with network congestion; deployment costs for moderately complex contracts routi
|
||||
[97] Derived from Cambridge CBECI annualised consumption estimates (see V16) divided by estimated annual transaction volume. The per-transaction figure varies with consumption estimate and transaction count methodology; 1,335 kWh represents a mid-range calculation consistent with
|
||||
Cambridge and Digiconomist data as of early 2025.
|
||||
[88] The structural vulnerability of bridge architecture is widely documented. See Chainalysis, "Cross-chain Bridge Hacks Emerge as Top Security Risk," August 2022; Halborn, "Top 50 DeFi Hacks," 2023; Elliptic, "$1.83 billion stolen from bridges," via CNN, 10 August 2022. For the lock-and-mint mechanism as the source of vulnerability, see LimeChain, "Blockchain Bridge Hacks," 2023.
|
||||
[89] QPQ AG, QPQ Competition Evaluations, December 2025, pp. 31: "The whole story of 'bridging' is a bit of a misnomer. You can't really 'transfer assets', you can create copies or wrapped copies of them. Most techniques for doing so render the asset inoperable while being wrapped, or bring into question provenance issues. At the heart of this, proving 'proof of deletion' is not particularly easy across chains."
|
||||
[89] QPQ AG, QPQ Competition Evaluations, December 2025, pp. 31: "The whole story of "bridging" is a bit of a misnomer. You can't really "transfer assets," you can create copies or wrapped copies of them. Most techniques for doing so render the asset inoperable while being wrapped, or bring into question provenance issues. At the heart of this, proving "proof of deletion" is not particularly easy across chains."
|
||||
[90] Chainalysis, "Cross-chain Bridge Hacks Emerge as Top Security Risk," August 2022, via CNBC: "$1.4 billion stolen from bridges in the first eight months of 2022."
|
||||
[91] Coinmonks, "Major Bridge Hacks and Lessons Learned," Medium, 2025. Aggregate bridge losses exceed $2.8 billion since 2022. See also Chainalysis annual reports on cryptocurrency crime for updated figures.
|
||||
[92] Canton Network, Canton Network Pilot Report, 2024, p. 13: "Of the $5.4 billion hacked from DeFi protocols to date, bridges between EVM-based networks have accounted for 48% of losses."
|
||||
@ -2006,13 +2006,13 @@ The attack surface difference is not a matter of degree. It is infinite versus z
|
||||
|
||||
NPM (Node Package Manager) is the standard package manager for JavaScript, the language that powers virtually all browser-based applications. It performs automatic dependency resolution: when you include one package, it silently pulls in every package that package depends on, and every package those depend on, cascading down through layers that no human being reviews. A simple "hello world" application (the most basic test program a developer can deploy) built with a common framework generates tens of thousands of lines of code from thousands of resolved dependencies, triggering thousands of critical security warnings in the process. Nobody reviews that much code for a starter template. For a production wallet handling real money, the scale becomes practically incomprehensible.
|
||||
|
||||
On 8 September 2025, attackers demonstrated exactly what this means. A sophisticated phishing campaign targeting Josh Junon, a widely respected open-source developer who maintained the ‘chalk’ package, compromised his NPM credentials. Within approximately sixteen minutes of gaining access, the attackers injected malicious code into eighteen of the most popular JavaScript packages in existence, including ‘debug’ (357 million weekly downloads), ‘chalk’ (300 million weekly downloads), and ‘ansi-styles’ (371 million weekly downloads). Combined, the compromised packages were downloaded over two billion times per week.[^VIII2][^VIII3]
|
||||
On 8 September 2025, attackers demonstrated exactly what this means. A sophisticated phishing campaign targeting Josh Junon, a widely respected open-source developer who maintained the "chalk" package, compromised his NPM credentials. Within approximately sixteen minutes of gaining access, the attackers injected malicious code into eighteen of the most popular JavaScript packages in existence, including "debug" (357 million weekly downloads), "chalk" (300 million weekly downloads), and "ansi-styles" (371 million weekly downloads). Combined, the compromised packages were downloaded over two billion times per week.[^VIII2][^VIII3]
|
||||
|
||||
The attack payload was not crude. It hijacked browser APIs (application programming interfaces: the channels through which software components communicate) including ‘fetch()’, ‘XMLHttpRequest’, and ‘window.ethereum’ to silently monitor network traffic and wallet interactions, replacing cryptocurrency destination addresses with attacker-controlled addresses selected using the Levenshtein distance algorithm (a method of finding text strings that look almost identical to a target) to be visually similar to the originals, making manual detection nearly impossible.[^VIII4] One component, a self-replicating worm dubbed "Shai-Hulud," stole credentials for cloud services (the remote servers where developers store and manage code), deployed secret-scanning tools, and spread autonomously to additional developer accounts and repositories.[^VIII5]
|
||||
The attack payload was not crude. It hijacked browser APIs (application programming interfaces: the channels through which software components communicate) including "fetch()," "XMLHttpRequest," and "window.ethereum" to silently monitor network traffic and wallet interactions, replacing cryptocurrency destination addresses with attacker-controlled addresses selected using the Levenshtein distance algorithm (a method of finding text strings that look almost identical to a target) to be visually similar to the originals, making manual detection nearly impossible.[^VIII4] One component, a self-replicating worm dubbed "Shai-Hulud," stole credentials for cloud services (the remote servers where developers store and manage code), deployed secret-scanning tools, and spread autonomously to additional developer accounts and repositories.[^VIII5]
|
||||
|
||||
The wider community was extremely lucky. The malware contained a coding error that crashed build pipelines, alerting developers before the attackers could execute their scheme at scale. Had the payload been properly written, it could have persisted undetected for days or weeks. The direct financial losses were limited to approximately $500 in cryptocurrency.[^VIII6] Had the attackers been more careful, the damage could have been measured in billions.
|
||||
|
||||
This was not an isolated incident. The Solana ‘@solana/web3.js’ library was similarly compromised in December 2024 through credential phishing, with malicious versions designed to steal the private keys that control users' funds briefly available before removal.[^VIII7] Earlier in 2024, trojanised versions of jQuery circulated through NPM for months before detection. Supply chain attacks against JavaScript packages have been escalating steadily since at least 2018, when the Copay wallet was compromised through a hijacked dependency.
|
||||
This was not an isolated incident. The Solana "@solana/web3.js" library was similarly compromised in December 2024 through credential phishing, with malicious versions designed to steal the private keys that control users' funds briefly available before removal.[^VIII7] Earlier in 2024, trojanised versions of jQuery circulated through NPM for months before detection. Supply chain attacks against JavaScript packages have been escalating steadily since at least 2018, when the Copay wallet was compromised through a hijacked dependency.
|
||||
|
||||
The pattern is clear and irreversible: the NPM ecosystem is structurally insecure. The modern JavaScript dependency model, where a single utility library maintained by a single developer can cascade into billions of installations, is a weapon waiting to be aimed. Every intelligence agency in the world understands this. The question is not whether more packages are compromised. The question is how many compromised packages are still undetected.
|
||||
|
||||
@ -2195,7 +2195,7 @@ GRIDS ensures that private keys never exist on any network-connected device. The
|
||||
|
||||
But secure assets sitting in a wallet are not an economy. They are savings under a mattress: safe, and inert. The question this chapter addresses is what happens when those assets move: when they are exchanged, invested, lent, staked into risk pools, used to settle contracts across jurisdictions, deployed into the full range of economic activity that a functioning currency must support. The security of the wallet is the prerequisite. The quality of the infrastructure through which value moves determines whether blockchain delivers on any of its economic promises, or remains an expensive way to hold tokens nobody accepts.
|
||||
|
||||
Every time you trade on an exchange, you are trusting someone. The entire history of cryptocurrency exchange is a history of that trust being betrayed: assets frozen, accounts denied, funds stolen, platforms collapsed. Decentralised exchanges (more commonly referred to as 'DEX's) were supposed to solve this. They have not. Every major DEX retains centralised control behind decentralised branding: governance tokens that concentrate power among insiders, upgrade keys that can rewrite the rules. Users pay the costs of decentralisation without receiving its benefits.
|
||||
Every time you trade on an exchange, you are trusting someone. The entire history of cryptocurrency exchange is a history of that trust being betrayed: assets frozen, accounts denied, funds stolen, platforms collapsed. Decentralised exchanges (more commonly referred to as DEXs) were supposed to solve this. They have not. Every major DEX retains centralised control behind decentralised branding: governance tokens that concentrate power among insiders, upgrade keys that can rewrite the rules. Users pay the costs of decentralisation without receiving its benefits.
|
||||
|
||||
This chapter explains why. It explains why no genuinely trustless exchange has existed until now, what the absence has meant for decentralised finance as a whole, and what becomes possible when the missing piece is finally present.
|
||||
|
||||
@ -2214,7 +2214,7 @@ This chapter focuses on the specific conversion function: the ability to exchang
|
||||
|
||||
#### Why a Decentralised Exchange, Not a Centralised Exchange
|
||||
|
||||
Consider what happens if the only conversion path runs through a centralised exchange (known as a 'CEX'). The blockchain itself is trustless: no one controls the ledger, no one can freeze your Gajus, no one can reverse your transactions. But the moment you need to convert those Gajus into the currency your landlord or supplier accepts, you must hand them to an intermediary that you must trust. That intermediary - regulated preferably, but usually not in the crypto world - holds your assets, controls execution, and can freeze your account, deny your withdrawal, or collapse overnight.
|
||||
Consider what happens if the only conversion path runs through a centralised exchange (known as a CEX). The blockchain itself is trustless: no one controls the ledger, no one can freeze your Gajus, no one can reverse your transactions. But the moment you need to convert those Gajus into the currency your landlord or supplier accepts, you must hand them to an intermediary that you must trust. That intermediary - regulated preferably, but usually not in the crypto world - holds your assets, controls execution, and can freeze your account, deny your withdrawal, or collapse overnight.
|
||||
|
||||
The blockchain secured the ledger. If conversion runs through an intermediary, the trustlessness terminates at the exact point it matters most: where the currency meets the world. For a proof-of-work blockchain (Groot of the Gajumaru) producing real money (Gajus), the distinction between a CEX and a genuine DEX is not just a technical preference; it is a question of whether the currency's core property survives contact with the broader economy.
|
||||
|
||||
@ -2275,11 +2275,11 @@ Today, exchange conversion dominates because Gaju-denominated economic activity
|
||||
|
||||
### The Promise Betrayed (Again)
|
||||
|
||||
That is what a genuine exchange should deliver: trustless conversion, transparent price discovery, a permanent connection to the wider economy. The demand for decentralised exchange operations is real and growing. By mid-2025, decentralised exchanges had captured approximately 25% of global spot trading volume, with monthly volume reaching $410 billion in May 2025 alone.[^IX11] Usage among institutional participants grew sharply: Uniswap usage by crypto hedge funds jumped from 20% to 75% between 2022 and 2023.[^IX12] Total DEX trading volume reached approximately $835 billion in 2023.[^IX13] The scale is real, but as is a recurring theme with all things ‘crypto’, the decentralisation is not.
|
||||
That is what a genuine exchange should deliver: trustless conversion, transparent price discovery, a permanent connection to the wider economy. The demand for decentralised exchange operations is real and growing. By mid-2025, decentralised exchanges had captured approximately 25% of global spot trading volume, with monthly volume reaching $410 billion in May 2025 alone.[^IX11] Usage among institutional participants grew sharply: Uniswap usage by crypto hedge funds jumped from 20% to 75% between 2022 and 2023.[^IX12] Total DEX trading volume reached approximately $835 billion in 2023.[^IX13] The scale is real, but as is a recurring theme with all things "crypto," the decentralisation is not.
|
||||
|
||||
The (unregulated crypto) centralised exchange model that has played such a major part in the crypto industry’s story has failed, repeatedly and catastrophically. Mt. Gox lost 850,000 Bitcoin in 2014 and left creditors waiting a decade for partial recovery. FTX collapsed in November 2022 with over $8 billion in customer funds missing, triggering contagion across the entire industry.[^IX14] These were not edge cases; they were the predictable consequence of concentrating custody and control in a single trusted party. The collapse of FTX drove demand for decentralised alternatives to record levels, with DEX volumes spiking above $12 billion daily as users fled.[^IX15]
|
||||
|
||||
But the supply of genuine trustless exchange has never materialised. This is not just a function of failure at the underlying ‘blockchain’ protocol to be decentralised or to even be viable for utilisation. It runs deeper than that too and for similar reasons: there is no easy money in creating something that everyone can use but nobody can tax control of. As the history shows, venture capital in this field has a long and storied history of funding extraction, not utility.
|
||||
But the supply of genuine trustless exchange has never materialised. This is not just a function of failure at the underlying "blockchain" protocol to be decentralised or to even be viable for utilisation. It runs deeper than that too and for similar reasons: there is no easy money in creating something that everyone can use but nobody can tax control of. As the history shows, venture capital in this field has a long and storied history of funding extraction, not utility.
|
||||
|
||||
#### The Alternatives That Weren't
|
||||
|
||||
@ -2291,7 +2291,7 @@ Every major DEX that has claimed to solve this problem has, under pressure, reve
|
||||
|
||||
**In January 2026, Paradex, a perpetual futures exchange operating as an appchain on Starknet,** suffered a database migration error that briefly priced Bitcoin at zero. Automated liquidations wiped thousands of positions within minutes. The team's response was to roll back the entire blockchain to an earlier state, reversing every trade, deposit, and withdrawal that had occurred after the error.[^IX18] When the system worked, it was DeFi. When it broke, admin mode appeared. If the operators can press Ctrl+Z on the blockchain, the exchange is not decentralised, and the word "immutable" means nothing.
|
||||
|
||||
**Hyperliquid, a perpetual futures platform running its own ‘Layer 1 blockchain’**, demonstrated the pattern most starkly in March 2025. An attacker exploited the platform's liquidation mechanism using the illiquid JELLY token, opening approximately $8 million in positions across three accounts and then pumping the token's price by over 400% across external exchanges. The manipulation forced a short position into Hyperliquid's own Liquidity Provider vault, placing $230 million in vault funds at risk.[^IX19] The validators' response was not to let the market clear. They voted to delist JELLY, suspended all trading, and forced settlement of every outstanding JELLY perpetual contract at $0.0095, the attacker's original entry price, while the market price stood at approximately $0.50.[^IX20] They did not reverse history, as Paradex had done. They declared what price reality would be. Arthur Hayes, founder of BitMEX, responded: "Let's stop pretending Hyperliquid is decentralised." Gracy Chen, CEO of Bitget, called the response "immature, unethical, and unprofessional," comparing it to a centralised exchange.[^IX19] Security analysts at Halborn concluded that "the protocol revealed centralized control over market pricing."[^IX20] At the time of the incident, the Hyper Foundation controlled approximately 78.5% of total validator stake, comprising 60.5% through direct Foundation node delegation and a further approximately 18% through withdrawable delegations to nominally independent validators.[^IX21]
|
||||
**Hyperliquid, a perpetual futures platform running its own "Layer 1 blockchain"**, demonstrated the pattern most starkly in March 2025. An attacker exploited the platform's liquidation mechanism using the illiquid JELLY token, opening approximately $8 million in positions across three accounts and then pumping the token's price by over 400% across external exchanges. The manipulation forced a short position into Hyperliquid's own Liquidity Provider vault, placing $230 million in vault funds at risk.[^IX19] The validators' response was not to let the market clear. They voted to delist JELLY, suspended all trading, and forced settlement of every outstanding JELLY perpetual contract at $0.0095, the attacker's original entry price, while the market price stood at approximately $0.50.[^IX20] They did not reverse history, as Paradex had done. They declared what price reality would be. Arthur Hayes, founder of BitMEX, responded: "Let's stop pretending Hyperliquid is decentralised." Gracy Chen, CEO of Bitget, called the response "immature, unethical, and unprofessional," comparing it to a centralised exchange.[^IX19] Security analysts at Halborn concluded that "the protocol revealed centralized control over market pricing."[^IX20] At the time of the incident, the Hyper Foundation controlled approximately 78.5% of total validator stake, comprising 60.5% through direct Foundation node delegation and a further approximately 18% through withdrawable delegations to nominally independent validators.[^IX21]
|
||||
|
||||
These failures are not incidental. They are structural. Each reveals a different way that centralised control persists behind decentralised branding: upgrade authority held by a single entity, oracle feeds susceptible to manipulation with no recourse, governance mechanisms that negotiate with attackers rather than preventing exploitation, operational teams that can rewrite blockchain history when automated systems malfunction, and validators who can override market pricing when their own funds are at risk.
|
||||
|
||||
@ -2436,7 +2436,7 @@ The Central Limit Order Book, or CLOB, is what most people picture when they thi
|
||||
|
||||
Groot's architecture, with microblock latency under three seconds and low transaction costs, makes a fully on-chain order book viable without the centralisation compromise.
|
||||
|
||||
GajuDEX offers both mechanisms operating in tandem. The AMM serves as the universal backstop: any token can be listed, any market can be bootstrapped, and there is always a price available. The order book serves professional traders and major trading pairs where precision and depth matter. In Phase 2, a best-price routing smart contract will combine both: when a trader places an order, the system checks whether the AMM pool or the order book offers the better price and executes accordingly. The woman running a corner shop who wants to convert Gajus to her local currency and the institutional trader managing a multi-million-franc position use the same infrastructure. Both will get the best available price - ‘best execution’ is a long-standing requirement of regulated centralised exchanges; why shouldn’t it be the base expectation on a decentralised one?
|
||||
GajuDEX offers both mechanisms operating in tandem. The AMM serves as the universal backstop: any token can be listed, any market can be bootstrapped, and there is always a price available. The order book serves professional traders and major trading pairs where precision and depth matter. In Phase 2, a best-price routing smart contract will combine both: when a trader places an order, the system checks whether the AMM pool or the order book offers the better price and executes accordingly. The woman running a corner shop who wants to convert Gajus to her local currency and the institutional trader managing a multi-million-franc position use the same infrastructure. Both will get the best available price - "best execution" is a long-standing requirement of regulated centralised exchanges; why shouldn’t it be the base expectation on a decentralised one?
|
||||
|
||||
#### What GajuDEX Eliminates
|
||||
|
||||
@ -2484,7 +2484,7 @@ This three-way distinction separates genuine architectural innovation from regul
|
||||
|
||||
GajuDEX is a set of smart contracts deployable on any chain running the Sophia language and FATE virtual machine. **The previous section described the principle: any Associate Chain operator can deploy GajuDEX with their own currency alongside the Gaju.**
|
||||
|
||||
QPQ will deploy GajuDEX in two environments, Groot and a Known Proof of Stake Associate Chain (‘KPoS AC’) that provides institutional-grade throughput within a governed framework. This is the RPA/RIPA model at commercial scale: the same protocol, two paths, genuine choice between them.
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QPQ will deploy GajuDEX in two environments, Groot and a Known Proof of Stake Associate Chain (KPoS AC) that provides institutional-grade throughput within a governed framework. This is the RPA/RIPA model at commercial scale: the same protocol, two paths, genuine choice between them.
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**The first deployment operates directly on Groot, the governance-free resource layer.** Every trade settles through the same proof-of-work consensus that secures the Gaju itself. No validators to trust. No operators to identify. No jurisdiction to defer to. The exchange inherits Groot's full security properties: settlement certainty accumulating rapidly from first microblock inclusion, commerce-grade within seconds, and absolute irrevocable finality at two keyblocks - four minutes - for any transaction regardless of value. Accordingly, this will not be the fastest exchange in the world - that is the price of operating on a trustless resource layer. But, for users who require absolute neutrality, who cannot or will not trust any operator, or who operate across jurisdictions without shared legal frameworks, Groot is the only exchange environment where no one can say no.
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@ -2680,7 +2680,7 @@ All timelines are subject to Series A funding. A shortfall in funding would push
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[112]: Mike Dudas (@mdudas), X post, 14 October 2025; reproduced in Incrypted, "Binance Responded to Accusations of Trying to Profit From Listing New Projects," 7 November 2025. https://incrypted.com/en/binance-responded-to-accusations-of-trying-to-profit-from-listing-new-projects/
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[113]: Simon Dedic (@sjdedic), X post, 31 October 2024; reported in CoinTelegraph, "Binance co-founder clarifies asset listing policies, dispels FUD," 3 November 2024. https://cointelegraph.com/news/binance-co-founder-clarifies-binance-listing-policies
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[114]: Coinbase, "Coinbase Listings Policy," accessed February 2026. https://listing.coinbase.com/policy
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[115]: Andre Cronje (@AndreCronjeTech), X post, 3 November 2024; reproduced in The Block, "Coinbase accused of charging substantial 'listing fees' by Justin Sun and Andre Cronje," 4 November 2024. https://www.theblock.co/post/324328/justin-sun-andre-cronje-coinbase-binance-listing-fees
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[115]: Andre Cronje (@AndreCronjeTech), X post, 3 November 2024; reproduced in The Block, "Coinbase accused of charging substantial "listing fees" by Justin Sun and Andre Cronje," 4 November 2024. https://www.theblock.co/post/324328/justin-sun-andre-cronje-coinbase-binance-listing-fees
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[116]: Justin Sun, statement on X, 4 November 2024; reported in CryptoSlate, "Justin Sun and Andre Cronje challenge Coinbase's listing fee transparency claims," 4 November 2024. https://cryptoslate.com/justin-sun-and-andre-cronje-challenge-coinbases-listing-fee-transparency-claims/
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[117]: FINMA, "Developments in FinTech," undated (current). FINMA's FinTech dossier states: "Decentralised trading platforms do not manage wallets for their clients" - the architectural distinction FINMA draws between platforms inside and outside its regulatory perimeter. The substance-over-form principle is established in FINMA's ICO Guidelines (2018): regulatory treatment follows economic substance, not legal label. https://www.finma.ch/en/documentation/dossier/dossier-fintech/entwicklungen-im-bereich-fintech/ and https://www.finma.ch/en/news/2018/02/20180216-mm-ico-wegleitung/
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[118]: Regulation (EU) 2023/1114 of the European Parliament and of the Council on Markets in Crypto-Assets (MiCA), Recital 22, Official Journal of the European Union L 150, 9 June 2023, p. 1. "Where crypto-asset services are provided in a fully decentralised manner without any intermediary, they should not fall within the scope of this Regulation." The same recital confirms partial decentralisation does not qualify: where "part of such activities or services is performed in a decentralised manner," the regulation applies in full. MiCA became fully applicable from 30 December 2024 and applies in Liechtenstein as an EEA member state from 1 February 2025. https://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX:32023R1114
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@ -2690,9 +2690,9 @@ All timelines are subject to Series A funding. A shortfall in funding would push
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[122]: Coinpedia, "Decentralized Exchange (DEX) Market Report," 2024. Total DEX trading volume approximately $835 billion in 2023. https://coinpedia.org/research-report/decentralized-exchange-dex-market-report
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[123]: Investopedia, "What Went Wrong with FTX?," updated 2024. https://www.investopedia.com/what-went-wrong-with-ftx-6828447
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[124]: CryptoSlate, "DEX trading volumes spike as users leave CEXs en masse," 2022-2023. Daily DEX volumes approached $12 billion during market shocks following centralised exchange failures. https://cryptoslate.com/dex-trading-volumes-spike-as-users-leave-cexs-en-masse
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[125]: The Block, "FTX-backed DEX Serum calls itself 'defunct,' promotes community fork," 17 December 2022. Serum's "update authority" was held solely by FTX insiders; the $400 million FTX hack compromised Serum's code security, leading Jupiter and Raydium to abandon the platform. https://www.theblock.co/post/190566/ftx-backed-dex-serum-calls-itself-defunct-promotes-community-fork
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[125]: The Block, "FTX-backed DEX Serum calls itself "defunct," promotes community fork," 17 December 2022. Serum's "update authority" was held solely by FTX insiders; the $400 million FTX hack compromised Serum's code security, leading Jupiter and Raydium to abandon the platform. https://www.theblock.co/post/190566/ftx-backed-dex-serum-calls-itself-defunct-promotes-community-fork
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[126]: TRM Labs, "Federal Judge Overturns All Criminal Convictions in Mango Markets Case Against Avraham Eisenberg," May 2025. Judge Subramanian vacated all convictions, finding Mango Markets had no terms of service, no prohibition against manipulation, and no requirement that loans be repaid. https://www.trmlabs.com/resources/blog/breaking-federal-judge-overturns-all-criminal-convictions-in-mango-markets-case-against-avraham-eisenberg
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[127]: The Block, "Paradex's 'free bitcoin' pricing glitch triggers mass liquidations, forces rollback," 19 January 2026. Database migration error priced Bitcoin at $0, triggering mass automated liquidations; Paradex rolled back the entire blockchain to a prior state. https://www.theblock.co/post/386128/paradexs-free-bitcoin-pricing-glitch-triggers-mass-liquidations-forces-rollback
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[127]: The Block, "Paradex's "free bitcoin" pricing glitch triggers mass liquidations, forces rollback," 19 January 2026. Database migration error priced Bitcoin at $0, triggering mass automated liquidations; Paradex rolled back the entire blockchain to a prior state. https://www.theblock.co/post/386128/paradexs-free-bitcoin-pricing-glitch-triggers-mass-liquidations-forces-rollback
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[128]: CoinTelegraph, "Timeline: Jelly token goes sour after $6M exploit on Hyperliquid," 28 March 2025. Documents the JELLY token price manipulation, Hyperliquid's validator response, and industry reaction including statements from Arthur Hayes and Bitget CEO Gracy Chen. https://cointelegraph.com/news/timeline-jelly-token-exploit-hyperliquid
|
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[129]: Halborn, "Explained: The Hyperliquid Hack (March 2025)," 2 April 2025. Security analysis concluding that "the protocol revealed centralized control over market pricing." Details forced settlement at $0.0095 against a market price of approximately $0.50. https://www.halborn.com/blog/post/explained-the-hyperliquid-hack-march-2025
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[130]: Medium/@rabbit.io, "Hyperliquid: Has the Exchange Truly Become Decentralized?" October 2025. Analysis of validator stake concentration: Hyper Foundation controlled approximately 60.5% of total validator stake through direct node delegation. ~[https://medium.com/@rabbit.io/hyperliquid-has-the-exchange-truly-become-decentralized-0458aa1c5aa0](https://medium.com/@rabbit.io/hyperliquid-has-the-exchange-truly-become-decentralized-0458aa1c5aa0. IOSG Ventures, "Degen Arena for Battle: Hyperliquid," June 2025, placed effective Foundation control at 78.5% of total stake across 5 of 16 validators at the time of the JELLY incident, declining to approximately 65.3% by June 2025. ~[https://medium.com/iosg-ventures/degen-arena-for-battle-hyperliquid-0330d8db58b1](https://medium.com/iosg-ventures/degen-arena-for-battle-hyperliquid-0330d8db58b1
|
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|
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