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now what gitea

Peter Harpending 2026-03-05 16:39:35 -08:00
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UWP.md

@ -23,7 +23,7 @@ What is missing in both the existing and nascent blockchain enabled economy is a
The Gajumaru is the world's first digital economic resource layer: an actual blockchain that actually works, minting real money that really works. For the first time genuine choice exists between governed efficiency and ungoverned freedom. Neither can dominate because both are available.
Groot, the proof of work core blockchain that underpins the Gajumaru, has been operational since 22 October 2024. Groot is more than 1,846,200 times more transactionally efficient than Bitcoin, with at least 8.23 times greater security in commercial utilisation. More simply, in excess of 300 transactions per second with settlement in 3 seconds, finality in 4 minutes. Fixed supply of one trillion 木Gaju over 87.5 years, then no more, ever.
Groot, the proof of work core blockchain that underpins the Gajumaru, has been operational since 22 October 2024. Groot is more than 1,846,200 times more transactionally efficient than Bitcoin, with at least 8.23 times greater security in commercial utilisation. More simply, in excess of 300 transactions per second with settlement in 3 seconds, finality in 4 minutes. Fixed supply of one trillion Gaju over 87.5 years, then no more, ever.
### **Why It Matters**
@ -86,7 +86,7 @@ The answer is structural. We made deliberate choices that prevent the Gajumaru f
## How This Document Is Structured
This document is organised in a foundational section followed by five parts.
**Why** — before the formal parts begin — covers the motivation, the stakes, and the state of the world that made this necessary. It establishes what was missing, what we built, and why it matters. Readers who want context before architecture should start here; readers who want to go straight to the framework can proceed to Part One.
**Why** before the formal parts begin covers the motivation, the stakes, and the state of the world that made this necessary. It establishes what was missing, what we built, and why it matters. Readers who want context before architecture should start here; readers who want to go straight to the framework can proceed to Part One.
**Part One: First Principles** establishes what the resource layer is, how the RIPA model creates choice between governed and ungoverned paths, and why economic emancipation depends on that choice existing.
@ -211,7 +211,7 @@ Consider what this means in practice.
**You must pay whatever they charge.** The fees extracted at each chokepoint bear no relation to the cost of providing the service. Card networks charge 2-3% of transaction value: that is 2-3% of your revenue, your work, your endeavour. Correspondent banks charge fees at each hop, turning a $100 transfer into $80 received. Foreign exchange spreads extract value from every cross-border payment. These are not prices set by competition, the bedrock of the capitalist economic model. These are rents extracted by control of bottlenecks: corporatism at its most egregious.
This architecture spans the entire economy. SWIFT, a Belgian cooperative, controls international payment messaging and serves American foreign policy interests, as Russia, Iran, Venezuela and others discovered when excluded from the system. Visa and Mastercard decide who participates in card payments worldwide. Trade finance still runs on paper documents physically couriered between parties: digitising bills of lading alone — one component of trade documentation — could save an estimated $6.5 billion annually in direct costs. [^6] One billion people lack official identification;[^7] without government-issued ID, 26%[^8] of the world's 1.3 billion unbanked[^3] people cannot even open an account.
This architecture spans the entire economy. SWIFT, a Belgian cooperative, controls international payment messaging and serves American foreign policy interests, as Russia, Iran, Venezuela and others discovered when excluded from the system. Visa and Mastercard decide who participates in card payments worldwide. Trade finance still runs on paper documents physically couriered between parties: digitising bills of lading alone one component of trade documentation could save an estimated $6.5 billion annually in direct costs. [^6] One billion people lack official identification;[^7] without government-issued ID, 26%[^8] of the world's 1.3 billion unbanked[^3] people cannot even open an account.
**This is the architecture of extraction. Every transaction taxed. Every participant requiring permission. Every system an island. Every bridge requiring trust in, and payment to, whoever operates it. The infrastructure exists not to facilitate economic activity but to intercept it.**
@ -308,7 +308,7 @@ This requires unpacking. Every word distinguishes it from everything else.
**"That actually works"** - Groot is over 1,846,200 times more transactionally efficient than Bitcoin, with at least 8.23 times greater security in commercial utilisation. 300+ transactions per second on the base layer with commercial settlement in 3 seconds and absolute finality in 4 minutes. Transaction fees in thousandths of a cent. Native FATE virtual machine (the engine that executes programs on the blockchain). Sophia smart contract language designed by world-class experts and legends of programming. State channels (private, off-chain connections between two parties that settle back to the blockchain, like opening a tab at a bar) enabling 50,000+ transactions per second (TPS) for high-frequency applications. You can buy a coffee with this. You can pay salaries. You can settle international trade. Operational since 22 October 2024. Not a whitepaper, not a roadmap - working technology.
**"Minting real money"** - the 木Gaju has a fixed supply of one trillion coins distributed over 87.5 years, then no more, ever. No government can print more. No foundation can dilute holders. No emergency measure can expand supply. This is money as it must be to work: scarce, holdable, not subject to debasement by decree.
**"Minting real money"** - the Gaju has a fixed supply of one trillion coins distributed over 87.5 years, then no more, ever. No government can print more. No foundation can dilute holders. No emergency measure can expand supply. This is money as it must be to work: scarce, holdable, not subject to debasement by decree.
**"That really works"** - designed for commerce, not speculation. Security architecture that eliminates the attack vectors which have stolen billions from the Ethereum ecosystem. Zero external dependencies. Keys never need to touch connected devices. What you carry determines how you must carry it. The crypto casino was built to create and tax FOMO. The Gajumaru was built for the real economy: real money, real assets, real economic activity. The architecture of each betrays their objectives. Capacity informs intent.
@ -327,7 +327,7 @@ The name reflects the architecture:
The entire system, potentially spanning hundreds of nations and millions of applications, remains one interconnected structure with a common foundation. Value flows freely between any two points. Interoperability is native, not bolted on. No bridges to trust.
In Okinawan culture, the Gajumaru symbolises the Tree of Life: growth, strength, and adaptability. The currency symbol **木** (Ki) is the Japanese kanji for "tree," chosen because it can be typed on any standard keyboard - important for real world use.
In Okinawan culture, the Gajumaru symbolises the Tree of Life: growth, strength, and adaptability. The currency symbol **** (Ki) is the Japanese kanji for "tree," chosen because it can be typed on any standard keyboard - important for real world use.
## Resource, Not Infrastructure
@ -697,7 +697,7 @@ The scale of the burden tells the story. Banks globally spend approximately $600
Here is where institutions must confront an uncomfortable truth. For decades, banks have treated their IT infrastructure as an asset: the systems that allow them to deliver their services, the platforms that hold their competitive advantage. In the context of a digital economy, this thinking inverts. The accumulated infrastructure is not their asset. It is their liability. The question is no longer what value they can extract from the systems they control, but what value they can add to a common foundation. Without embracing digitalisation, they will be left with nothing but decline.
In Roland Joffé's 1986 film *The Mission*, Robert De Niro's character, the conquistador Mendoza, drags a net full of armour and weapons up a waterfall as penance for his past. The weight nearly kills him. He is stuck on the cliff face, the burden pulling him backward toward the edge. It is the Guaraní, the very people he had enslaved, who cut the ropes. An act of forgiveness that is also an act of salvation. Freed from the weight of his past, he can climb.[^II9]
In Roland Joff's 1986 film *The Mission*, Robert De Niro's character, the conquistador Mendoza, drags a net full of armour and weapons up a waterfall as penance for his past. The weight nearly kills him. He is stuck on the cliff face, the burden pulling him backward toward the edge. It is the Guaran, the very people he had enslaved, who cut the ropes. An act of forgiveness that is also an act of salvation. Freed from the weight of his past, he can climb.[^II9]
The analogy is imperfect but instructive. Banks cannot cut their own ropes. They are too invested in what they built, too deep in the sunk cost, too committed to the narrative that the accumulated systems are assets. The release comes from outside: an architecture that makes the legacy weight unnecessary. A common resource layer to which all infrastructure can connect, eliminating the middleware, the bilateral bridges, the accumulated complexity that $600 billion a year struggles to maintain. The question is whether institutions accept the cut or cling to the rope. They have the means, the necessity and now with the Gajumaru, the opportunity to do so.
@ -747,7 +747,7 @@ Consider what digitalisation means for ordinary economic life in the examples th
**Online Purchases -** You buy something online. Today, both you and the merchant want to transact digitally; neither wants to deal in cash for an online purchase. But without a trustless means of verifying payment, both of you must trust an intermediary. Your credit card number passes through the merchant's payment processor, the acquiring bank, the card network, and the issuing bank. Your credentials travel through five intermediaries, each a potential point of failure, each extracting a fee, each storing data that can be breached. The merchant does not need your card number. The merchant needs to know that you paid. In the digitalised economy, the merchant receives cryptographic proof of payment. Your credentials never leave your control. There is nothing for the merchant to store, nothing to breach, nothing to steal. The five intermediaries and their fees vanish.
**SWIFT Transactions -** You are a freelance designer in Nairobi. A client in Berlin owes you €500 for a completed project. Today, that payment travels as a SWIFT wire through the correspondent banking system. The client's bank charges €25-50 to send the international wire. One or more intermediary banks each deduct their own fees, typically $10-30 per hop. Your receiving bank charges a further fee. The foreign exchange conversion adds a markup of 1-3% that is rarely disclosed transparently. On a €500 transfer, total costs of €40-80 are common; the more intermediary banks involved, the worse it gets, and you will not know the final amount until it arrives, three to five business days later.[^II12] In the digitalised economy, the payment settles in seconds. The fee is a fraction of a cent. The full value of your work reaches you because no intermediary exists to intercept it.
**SWIFT Transactions -** You are a freelance designer in Nairobi. A client in Berlin owes you 500 for a completed project. Today, that payment travels as a SWIFT wire through the correspondent banking system. The client's bank charges 25-50 to send the international wire. One or more intermediary banks each deduct their own fees, typically $10-30 per hop. Your receiving bank charges a further fee. The foreign exchange conversion adds a markup of 1-3% that is rarely disclosed transparently. On a 500 transfer, total costs of 40-80 are common; the more intermediary banks involved, the worse it gets, and you will not know the final amount until it arrives, three to five business days later.[^II12] In the digitalised economy, the payment settles in seconds. The fee is a fraction of a cent. The full value of your work reaches you because no intermediary exists to intercept it.
**Remittances -** Now consider the same problem at the scale of migration. Migrant workers sent $685 billion in remittances to low- and middle-income countries in 2024.[^II13] The global average cost of sending $200 was 6.4%, more than twice the UN Sustainable Development Goal target of 3%. In sub-Saharan Africa, the average cost reached 7.9%; in Q1 2025, it rose to nearly 9%.[^II14] Banks remain the most expensive channel at 12.7% on average.[^II15] On $685 billion, even the global average represents over $40 billion extracted annually from the world's poorest workers for the privilege of sending money home. This is not a fee for service rendered. It is a tax on the absence of alternatives.
@ -847,10 +847,10 @@ No other system provides all four requirements:
[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
[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.
[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
[23]: *The Mission*, directed by Roland Joffé, written by Robert Bolt, 1986. Winner of the Palme d'Or at Cannes. The analogy draws on but does not precisely replicate the film's narrative; it is used illustratively.
[24]: Wise plc data compiled from public disclosures and regulatory filings: over $1 billion raised in venture funding across 15 rounds (Tracxn, 2025); 65+ regulatory licences worldwide (Wise, 2025); over 6,500 employees with approximately one-third dedicated to compliance and financial crime (Wise FCA Publication, H1 FY2025); average cross-border take rate of 62 basis points (Wise H1 FY2025 results); 63% of payments completed instantly (ibid.); plans to invest a further £2 billion in infrastructure, marketing, and product development (Wise investor communications, 2025). The company processes over £145 billion annually in cross-border transactions yet holds under 1% of the estimated £28.5 trillion total addressable market.
[23]: *The Mission*, directed by Roland Joff, written by Robert Bolt, 1986. Winner of the Palme d'Or at Cannes. The analogy draws on but does not precisely replicate the film's narrative; it is used illustratively.
[24]: Wise plc data compiled from public disclosures and regulatory filings: over $1 billion raised in venture funding across 15 rounds (Tracxn, 2025); 65+ regulatory licences worldwide (Wise, 2025); over 6,500 employees with approximately one-third dedicated to compliance and financial crime (Wise FCA Publication, H1 FY2025); average cross-border take rate of 62 basis points (Wise H1 FY2025 results); 63% of payments completed instantly (ibid.); plans to invest a further 2 billion in infrastructure, marketing, and product development (Wise investor communications, 2025). The company processes over 145 billion annually in cross-border transactions yet holds under 1% of the estimated 28.5 trillion total addressable market.
[25]: World Economic Forum, "Digital Assets, Distributed Ledger Technology and the Future of Capital Markets," May 2021, https://www.weforum.org/reports/digital-assets-distributed-ledger-technology-and-the-future-of-capital-markets/
[26]: SWIFT wire transfer costs vary by bank and corridor. Typical fee components: sending bank fee of $25-50 for international wires (Bankrate, January 2026); intermediary bank fees of $10-30 per hop, deducted from the transfer amount without advance notice to either party (Wise Help Centre, "What are Swift correspondent fees," 2025); receiving bank fee of $10-30 (Levro, 2025); FX conversion markup of 1-3%, often undisclosed (Payoneer SWIFT Guide, 2025). On a €500 transfer with one intermediary bank, total costs of €40-80 are common, with the final amount received unknown until arrival. Transfers typically take 1-5 business days.
[26]: SWIFT wire transfer costs vary by bank and corridor. Typical fee components: sending bank fee of $25-50 for international wires (Bankrate, January 2026); intermediary bank fees of $10-30 per hop, deducted from the transfer amount without advance notice to either party (Wise Help Centre, "What are Swift correspondent fees," 2025); receiving bank fee of $10-30 (Levro, 2025); FX conversion markup of 1-3%, often undisclosed (Payoneer SWIFT Guide, 2025). On a 500 transfer with one intermediary bank, total costs of 40-80 are common, with the final amount received unknown until arrival. Transfers typically take 1-5 business days.
[27]: World Bank, "Migration and Development Brief 41," January 2025: remittances to low- and middle-income countries estimated at $685 billion in 2024, exceeding the combined total of foreign direct investment and official development assistance. See https://blogs.worldbank.org/en/peoplemove/in-2024--remittance-flows-to-low--and-middle-income-countries-ar
[28]: World Bank Remittance Prices Worldwide, Issue 49, March 2024, https://documents.worldbank.org/en/publication/documents-reports/documentdetail/099053025155726868. Q1 2024 global average: 6.35 percent for sending $200. Sub-Saharan Africa average: 7.9 percent in Q4 2023; Q1 2025 sub-Saharan Africa average close to 9 percent, up from 7.7 percent a year prior (UN DESA, "Developments in global remittance flows," November 2025). SDG target 10.c.1: reduce transaction costs to less than 3 percent by 2030..
[29]: World Bank Remittance Prices Worldwide, Issue 49, March 2024, https://documents.worldbank.org/en/publication/documents-reports/documentdetail/099053025155726868. Banks remain the most expensive type of service provider for remittances, with an average cost of 12.66 percent.
@ -1288,7 +1288,7 @@ Here is the deeper point. From an economic and systems-design perspective, human
#### The Same Illusion in Finance
We treat centralised financial systems with the same cognitive shortcut. When your bank shows a balance, you treat it as fact. It is not. In June 2012, a failed software update at the Royal Bank of Scotland Group froze 12 million customer accounts across RBS, NatWest, and Ulster Bank.[^V11] Over 6.5 million customers in the United Kingdom could not access their money for weeks; mortgages went unpaid, wages were delayed, home purchases collapsed, and a backlog of 100 million unprocessed payments accumulated within days.[^V12] The "confirmed" balance on a credit card transaction is a promise, not settlement: the actual funds will not move for days, and the transaction can be reversed for weeks or months through chargeback. Wire transfers can be recalled. Court orders can freeze or redirect funds after they appear settled. In 2024, criminals successfully stole £1.17 billion through banking fraud and scams in the United Kingdom alone.[^V13] "Finality" in centralised finance is not mathematical certainty. It is trust that the institution will get it right, and that someone will fix it when it does not. That trust fails more often than most people realise.
We treat centralised financial systems with the same cognitive shortcut. When your bank shows a balance, you treat it as fact. It is not. In June 2012, a failed software update at the Royal Bank of Scotland Group froze 12 million customer accounts across RBS, NatWest, and Ulster Bank.[^V11] Over 6.5 million customers in the United Kingdom could not access their money for weeks; mortgages went unpaid, wages were delayed, home purchases collapsed, and a backlog of 100 million unprocessed payments accumulated within days.[^V12] The "confirmed" balance on a credit card transaction is a promise, not settlement: the actual funds will not move for days, and the transaction can be reversed for weeks or months through chargeback. Wire transfers can be recalled. Court orders can freeze or redirect funds after they appear settled. In 2024, criminals successfully stole 1.17 billion through banking fraud and scams in the United Kingdom alone.[^V13] "Finality" in centralised finance is not mathematical certainty. It is trust that the institution will get it right, and that someone will fix it when it does not. That trust fails more often than most people realise.
#### How Settlement Works on Groot
@ -1318,7 +1318,7 @@ You pay the travel agent with your GajuMobile wallet.
Within 3 seconds the microblock appears and witnessing looks good. By the time you've slid your phone back into your pocket (usually well under 2 minutes) the next keyblock arrives and finalises the previous keyblock (locking in the leader who produced your microblock).
At this point your transaction has extremely strong mathematical protection — far beyond the credit-card payment you made yesterday, which still won't actually settle for days and can be reversed for months. Here, no bank, no chargeback, no "pending" limbo. The travel agent can start commit your booking immediately - they have been paid with certainty, your money is in their account.
At this point your transaction has extremely strong mathematical protection far beyond the credit-card payment you made yesterday, which still won't actually settle for days and can be reversed for months. Here, no bank, no chargeback, no "pending" limbo. The travel agent can start commit your booking immediately - they have been paid with certainty, your money is in their account.
##### A $50,000 car purchase
@ -1334,9 +1334,9 @@ At 4 minutes, likely still while the dealer is completing the paperwork, the tra
You authorise the transfer.
Within 3 seconds the microblock appears and witnessing signals are strong. After the first keyblock (around 2 minutes) the previous keyblock is finalised (the leader's epoch is locked). After the second keyblock (total around 4 minutes) the chain has advanced far enough that the microblock (and your transaction inside it) is irrevocably sealed — mathematically impossible to evict or reverse.
Within 3 seconds the microblock appears and witnessing signals are strong. After the first keyblock (around 2 minutes) the previous keyblock is finalised (the leader's epoch is locked). After the second keyblock (total around 4 minutes) the chain has advanced far enough that the microblock (and your transaction inside it) is irrevocably sealed mathematically impossible to evict or reverse.
By the time the solicitor or conveyancing agent closes the laptop, the money is as settled as it is ever going to be — far more reliably than traditional conveyancing, where funds can take hours, even days to "clear" and the entire process depends on trust in multiple intermediaries, any one of which can fail.
By the time the solicitor or conveyancing agent closes the laptop, the money is as settled as it is ever going to be far more reliably than traditional conveyancing, where funds can take hours, even days to "clear" and the entire process depends on trust in multiple intermediaries, any one of which can fail.
##### What happens in the rare case of a micro-fork?
@ -1344,7 +1344,7 @@ Very rarely, due to network latency or a slow miner, a new keyblock might be bas
##### At every stage, the value sits on a trustless layer requiring no third party's cooperation.
No bank can freeze it. No intermediary can reverse it. No software update can make it disappear. The certainty is mathematical, not institutional because the maximum possible attack window is only 2–4 minutes instead of an hour or more. Therefore, the computing power needed to even try a reversal is enormous - which is why, in normal operation, it simply doesn't happen.
No bank can freeze it. No intermediary can reverse it. No software update can make it disappear. The certainty is mathematical, not institutional because the maximum possible attack window is only 24 minutes instead of an hour or more. Therefore, the computing power needed to even try a reversal is enormous - which is why, in normal operation, it simply doesn't happen.
That's the difference Groot makes. For low- and medium-value transactions you barely wait at all. For big ones you wait minutes instead of days - and you always know exactly when it's safe, because the traffic light indicator displays a clear visual signal when a transaction has reached a defined threshold of certainty with absolute finality at 4 minutes, regardless.
@ -1373,14 +1373,14 @@ The excess requirement is expressed as a ratio: attacker's required power divide
Computing the success probability as the sum, across all possible honest chain lengths, of the probability that the attacker produces strictly more keyblocks than the honest network in the same window - and solving for the attacker fraction where this reaches 80% - the attacker must command approximately 12.45 times the honest network's total computing power.
**The ratio between the ratios**
12.45 / 1.51 ≈ **8.23**.
12.45 / 1.51 **8.23**.
Groot's network achieves the same resistance to double-spend attack at 8.23 times lower cost in mining power than Bitcoin. An attacker who could mount a credible attack on Bitcoin with a given quantity of computing resources would need 8.23 times those resources to mount an equivalent attack on Groot. The same architectural choices that produce 1,846,200-fold transactional efficiency deliver stronger attack resistance. The witnessing protocol serves both purposes simultaneously.
##### The high-value case
For significant transfers, many institutional receivers apply a six-hour settlement window rather than one hour, because Bitcoin's probabilistic certainty only ever approaches but never reaches finality regardless of how long you wait. Over six hours - thirty-six blocks - Bitcoin's attacker excess requirement falls to approximately 1.17: the longer the window, the more sustained superior hashrate is sufficient. Groot's ratio remains fixed at 12.45. Every transaction, regardless of value, achieves absolute protocol closure at two keyblocks.
At the six-hour Bitcoin comparison: 12.45 / 1.17 ≈ **10.6**.
At the six-hour Bitcoin comparison: 12.45 / 1.17 **10.6**.
The higher the value of the transaction - and therefore the longer a prudent receiver must wait on Bitcoin - the larger Groot's security advantage becomes. Groot's finality is not a probability that improves with waiting. It is a protocol guarantee that arrives within four minutes regardless of what is being settled.
@ -1438,7 +1438,7 @@ Bitcoin-NG decouples leader election (key blocks every 120 seconds) from transac
Gajumaru's Groot amortises into one mining cycle at least 300 TPS, so we have more than 36,000 transactions (300 X 120). Over 10 minutes, more than 180,000 can be processed.
On Bitcoin, a mining cycle is ≈10 minutes = 600 seconds, amortised over ≈3.25 TPS, so we have 1,950 transactions (600 X 3.25).
On Bitcoin, a mining cycle is 10 minutes = 600 seconds, amortised over 3.25 TPS, so we have 1,950 transactions (600 X 3.25).
(180,000 / 1,950) = 92.31x
Test - TPS ratio - 300/3.25 = 92.31x
@ -1447,7 +1447,7 @@ Test - TPS ratio - 300/3.25 = 92.31x
**Step 2: Blockchain Inclusion Latency (200x)**
Settlement: Bitcoin inclusion is 1 block, ≈600 seconds, Gajumaru inclusion is 1 microblock, ≈3 seconds. Inclusion is not settlement. Bitcoin convention treats six blocks - one hour - as the minimum settlement threshold for low-value transactions; for higher values, prudent receivers wait longer, with no finality endpoint at any value. On Groot, Gajumaru's innovative witnessing-based finality makes a microblock confirmation a very strong indicator that the transaction will shortly be fully secured on-chain. In the vast majority of use-cases, a user will be content to wait for microblock confirmation and verify that witnessing is working normally.
Settlement: Bitcoin inclusion is 1 block, 600 seconds, Gajumaru inclusion is 1 microblock, 3 seconds. Inclusion is not settlement. Bitcoin convention treats six blocks - one hour - as the minimum settlement threshold for low-value transactions; for higher values, prudent receivers wait longer, with no finality endpoint at any value. On Groot, Gajumaru's innovative witnessing-based finality makes a microblock confirmation a very strong indicator that the transaction will shortly be fully secured on-chain. In the vast majority of use-cases, a user will be content to wait for microblock confirmation and verify that witnessing is working normally.
(600 / 3) = 200
- **Multiplier**: 200x
@ -1501,7 +1501,7 @@ A Bitcoin miner runs purpose-built ASIC hardware drawing approximately 3,500 wat
The Gajumaru miner contributes to network security while barely registering on their electricity bill. The Bitcoin miner contributes to network security while consuming more energy than many small towns.
The transactional efficiency translates just as concretely. A single, simple spend transaction on Groot costs 0.0000169 Gaju. At full capacity, the network processes over 30 million transactions per day. At a Gaju price of $1, sending a payment costs $0.0000169: less than two thousandths of a cent. Settlement arrives in seconds, not the three to five business days that a bank wire requires or the hour that Bitcoin convention treats as a minimum for low-value transactions - let alone the days or weeks it demands for transfers of any real economic weight, with no finality available at any point. The person sending €500 from Berlin to Nairobi pays less than two thousands of a cent rather than €40-80 in correspondent banking fees, and the full value arrives before they put their phone down.
The transactional efficiency translates just as concretely. A single, simple spend transaction on Groot costs 0.0000169 Gaju. At full capacity, the network processes over 30 million transactions per day. At a Gaju price of $1, sending a payment costs $0.0000169: less than two thousandths of a cent. Settlement arrives in seconds, not the three to five business days that a bank wire requires or the hour that Bitcoin convention treats as a minimum for low-value transactions - let alone the days or weeks it demands for transfers of any real economic weight, with no finality available at any point. The person sending 500 from Berlin to Nairobi pays less than two thousands of a cent rather than 40-80 in correspondent banking fees, and the full value arrives before they put their phone down.
### Sources - Chapter V
@ -1516,11 +1516,11 @@ The transactional efficiency translates just as concretely. A single, simple spe
[64]: Ogbonmwan, S.E. et al., "The impact of seat-belts in limiting the severity of injuries in patients presenting to a university hospital in the developing world," PMC3644739. Seat belts reduce probability of being killed by 40-50% for front-seat occupants. https://pmc.ncbi.nlm.nih.gov/articles/PMC3644739/
[65]: NHTSA, "Seat Belts Save Lives," National Highway Traffic Safety Administration. In 2017, seat belts saved nearly 15,000 lives; nearly 2,500 more could have been saved with universal use. https://www.nhtsa.gov/seat-belts/seat-belts-save-lives
[66]: World Health Organization, "Global Status Report on Road Safety," 2023. Approximately 1.19 million road traffic deaths globally per year.
[67]: FCA, "FCA fines RBS, NatWest and Ulster Bank Ltd £42 million for IT failures," 20 November 2014. The software update occurred on 17 June 2012; 12 million accounts frozen. https://www.fca.org.uk/news/press-releases/fca-fines-rbs-natwest-and-ulster-bank-ltd-%C2%A342-million-it-failures
[67]: FCA, "FCA fines RBS, NatWest and Ulster Bank Ltd 42 million for IT failures," 20 November 2014. The software update occurred on 17 June 2012; 12 million accounts frozen. https://www.fca.org.uk/news/press-releases/fca-fines-rbs-natwest-and-ulster-bank-ltd-%C2%A342-million-it-failures
[68]: The Global Treasurer, "Royal Bank of Scotland fined for 2012 IT system failure," 20 November 2014. 6.5 million UK customers affected; backlog of 100 million unprocessed payments. https://www.theglobaltreasurer.com/2014/11/20/royal-bank-of-scotland-fined-for-2012-it-system-failure/
[69]: UK Parliament, House of Commons Library, "Banking fraud," updated 2025, citing UK Finance data. £1.17 billion stolen through banking fraud and scams in 2024. https://commonslibrary.parliament.uk/research-briefings/cbp-8545/
[69]: UK Parliament, House of Commons Library, "Banking fraud," updated 2025, citing UK Finance data. 1.17 billion stolen through banking fraud and scams in 2024. https://commonslibrary.parliament.uk/research-briefings/cbp-8545/
[151]: John Tromp, "Cuckoo Cycle: a memory bound graph-theoretic proof-of-work," *Cryptology ePrint Archive*, 2014. https://eprint.iacr.org/2014/059
[152]: Itzik Eyal, Adem Efe Gencer, Emin Gün Sirer, and Robbert van Renesse, "Bitcoin-NG: A Scalable Blockchain Protocol," *13th USENIX Symposium on Networked Systems Design and Implementation (NSDI '16)*, 2016. https://www.usenix.org/system/files/conference/nsdi16/nsdi16-paper-eyal.pdf
[152]: Itzik Eyal, Adem Efe Gencer, Emin Gn Sirer, and Robbert van Renesse, "Bitcoin-NG: A Scalable Blockchain Protocol," *13th USENIX Symposium on Networked Systems Design and Implementation (NSDI '16)*, 2016. https://www.usenix.org/system/files/conference/nsdi16/nsdi16-paper-eyal.pdf
[153]: Cambridge Centre for Alternative Finance, Cambridge Bitcoin Electricity Consumption Index (CBECI), 2025. Estimates range from 138-175 TWh annually, ranking Bitcoin's consumption above approximately 160 sovereign nations. https://ccaf.io/cbnsi/cbeci
[154]: Bitmain, Antminer S21 Pro specifications, 2024. 3,531W rated wall power at 234 TH/s. Representative of current-generation SHA-256 ASIC mining hardware. 3,500W is a conservative mid-range figure for 2024-2025 hardware.
@ -1530,7 +1530,7 @@ The transactional efficiency translates just as concretely. A single, simple spe
## VI. The Gaju: Sound Money
### The 木Gaju Currency
### The Gaju Currency
Every government in history has claimed the right to define money. Every government in history has been wrong. Carl Menger demonstrated in 1871 what five thousand years of practice had already shown: money emerges when a commodity becomes the most saleable good in a market, the thing people accept not because they want it for its own sake, but because they know others will accept it in turn. [^VI1] Gold did not become money because a pharaoh decreed it. Gold became money because it was durable, divisible, portable, scarce, and verifiable. People chose it. States adopted it afterward, and then spent the next several millennia debasing it: clipping coins, reducing silver content, printing paper claims against reserves that shrank and eventually vanished altogether.
@ -1622,7 +1622,7 @@ If the government's offering is fair and functional, citizens will use it becaus
#### Case Study: El Salvador
El Salvador illustrates both the need and the failure. In 2001, the country abandoned its national currency, the colón, and adopted the US dollar.[^VI7] Dollarisation stabilised prices but surrendered all monetary sovereignty to the Federal Reserve. El Salvador cannot set interest rates, cannot respond to local economic conditions, and cannot control the currency in which 24% of its GDP arrives as remittances from abroad.[^VI8] Roughly 70% of the population had no bank account.[^VI9]
El Salvador illustrates both the need and the failure. In 2001, the country abandoned its national currency, the coln, and adopted the US dollar.[^VI7] Dollarisation stabilised prices but surrendered all monetary sovereignty to the Federal Reserve. El Salvador cannot set interest rates, cannot respond to local economic conditions, and cannot control the currency in which 24% of its GDP arrives as remittances from abroad.[^VI8] Roughly 70% of the population had no bank account.[^VI9]
In September 2021, President Bukele made El Salvador the first country to adopt Bitcoin as legal tender,[^VI10] aiming to solve both problems: financial inclusion for the unbanked and cheaper remittance transfers. The objectives were legitimate. The instrument was not.
@ -1666,17 +1666,17 @@ The result is a self-sustaining economic model. Mining remains profitable indefi
### Sources - Chapter VI
[70]: Carl Menger, *Grundsätze der Volkswirtschaftslehre* (*Principles of Economics*), 1871. Chapter VIII, "The Theory of Money." Menger's account of the emergence of money as the most marketable commodity remains the foundation of Austrian monetary theory.
[70]: Carl Menger, *Grundstze der Volkswirtschaftslehre* (*Principles of Economics*), 1871. Chapter VIII, "The Theory of Money." Menger's account of the emergence of money as the most marketable commodity remains the foundation of Austrian monetary theory.
[71]: Ludwig von Mises, *The Theory of Money and Credit*, 1912. Part Two, Chapter 1. The regression theorem demonstrates that the purchasing power of money can be traced back to the point where the monetary good was first valued as a commodity.
[72]: US Bureau of Labor Statistics, CPI Inflation Calculator. $1 in 1913 has the purchasing power of approximately $32 in 2025, representing a decline of roughly 97%. The Roman denarius debasement is documented in Kenneth W. Harl, *Coinage in the Roman Economy, 300 B.C. to A.D. 700* (Johns Hopkins University Press, 1996).
[73]: Friedrich A. Hayek, *Denationalisation of Money: The Argument Refined*, Institute of Economic Affairs, 1976 (third edition 1990).
[74]: Bank for International Settlements, "Triennial Central Bank Survey: OTC Foreign Exchange Turnover in April 2022," October 2022. Average daily turnover of $7.5 trillion. https://www.bis.org/statistics/rpfx22.htm
[75]: CLS Group, "About CLS: What We Do," accessed 2025. CLS settles payment instructions for FX transactions on a payment-versus-payment (PvP) basis with a standard T+2 settlement cycle. https://www.cls-group.com/about/
[76]: Ley de Integración Monetaria (Monetary Integration Law), Decreto Legislativo No. 201, 30 November 2000, effective 1 January 2001. El Salvador adopted the US dollar as legal tender alongside the colón; the colón ceased circulating within months.
[76]: Ley de Integracin Monetaria (Monetary Integration Law), Decreto Legislativo No. 201, 30 November 2000, effective 1 January 2001. El Salvador adopted the US dollar as legal tender alongside the coln; the coln ceased circulating within months.
[77]: World Bank, "Personal remittances, received (% of GDP) - El Salvador," World Development Indicators, 2024. Remittances constituted approximately 24% of GDP. https://data.worldbank.org/indicator/BX.TRF.PWKR.DT.GD.ZS?locations=SV
[78]: World Bank, Global Findex Database 2021, Chapter 2: "The Unbanked." Approximately 70% of Salvadoran adults lacked a bank account prior to the Bitcoin law. See also IMF, "El Salvador: 2024 Article IV Consultation," Country Report No. 25/68, January 2025; and NBER Digest, "Cryptoeconomics and El Salvador's Experiment with Bitcoin."
[79]: Decreto Legislativo No. 57, "Ley Bitcoin" (Bitcoin Law), 8 June 2021, effective 7 September 2021. Published in Diario Oficial, Tomo No. 431, No. 110. El Salvador became the first country to adopt Bitcoin as legal tender.
[80]: Multiple sources document Chivo wallet failures: Reuters, "El Salvador's bitcoin rollout beset by technical glitches," 8 September 2021; Rest of World, "Inside El Salvador's war on bitcoin critics," 2022; José Miguel Cruz et al., "Bitcoin in El Salvador," IUDOP/CentroGrupo surveys, 2022-2024. Identity theft via the Chivo wallet was widely reported in Salvadoran media.
[80]: Multiple sources document Chivo wallet failures: Reuters, "El Salvador's bitcoin rollout beset by technical glitches," 8 September 2021; Rest of World, "Inside El Salvador's war on bitcoin critics," 2022; Jos Miguel Cruz et al., "Bitcoin in El Salvador," IUDOP/CentroGrupo surveys, 2022-2024. Identity theft via the Chivo wallet was widely reported in Salvadoran media.
[81]: CentroGrupo (formerly CameraBureau), "Encuesta sobre uso de Bitcoin en El Salvador," 2024: 92% of respondents did not use Bitcoin for transactions. Central Reserve Bank of El Salvador data and NBER analysis: only 1.3% of remittances were transferred via cryptocurrency as of 2024.
[82]: Fernando Alvarez, David Argente, and Diana Van Patten, "Are Cryptocurrencies Currencies? Bitcoin as Legal Tender in El Salvador," NBER Working Paper 29968, April 2022, subsequently published in *Science*, vol. 382, no. 6671, 2023. Found that Bitcoin adoption concentrated among the already banked, educated, young, and male; 20% of those who downloaded the Chivo wallet used it after spending the $30 government bonus.
[83]: IMF, "IMF Executive Board Approves US$1.4 Billion Extended Fund Facility for El Salvador," Press Release No. 25/36, 3 February 2025. The Salvadoran Legislative Assembly voted 55-2 on 29 January 2025 to amend the Bitcoin Law, removing legal tender status and eliminating the requirement for businesses to accept Bitcoin. See also Reuters, "El Salvador strips bitcoin of legal tender status as part of IMF deal," 30 January 2025.
@ -1911,7 +1911,7 @@ The EU's MiCA regulation[^VII5] (Markets in Crypto-Assets, the EU's comprehensiv
The Gajumaru turns disclosure into competitive advantage. Where Bitcoin requires approximately 1,335 kWh per transaction,[^VII6] a single Gajumaru transaction requires approximately 0.0024 kWh: less energy than running a household lightbulb for three minutes.
Mining can run on ordinary consumer hardware distributed across the existing power grid, not industrial facilities concentrated where cheap electricity is available. Consider what already exists: millions of home computers idle during the working day. Millions of office computers idle overnight. University labs, internet cafés, small businesses; all with hardware doing nothing for hours at a stretch. The mining capacity is already deployed. It is already powered. It is already paid for. It simply needs software. That is massive, sustainable decentralisation without a single new facility, a single new power contract, or a single new piece of hardware. The architecture makes MiCA compliance straightforward and positions the Gajumaru as the environmentally responsible proof-of-work chain that MiCA's drafters hoped might emerge.
Mining can run on ordinary consumer hardware distributed across the existing power grid, not industrial facilities concentrated where cheap electricity is available. Consider what already exists: millions of home computers idle during the working day. Millions of office computers idle overnight. University labs, internet cafs, small businesses; all with hardware doing nothing for hours at a stretch. The mining capacity is already deployed. It is already powered. It is already paid for. It simply needs software. That is massive, sustainable decentralisation without a single new facility, a single new power contract, or a single new piece of hardware. The architecture makes MiCA compliance straightforward and positions the Gajumaru as the environmentally responsible proof-of-work chain that MiCA's drafters hoped might emerge.
The regulatory convergence extends beyond Europe. In the United States, the GENIUS Act (signed July 2025) established the first comprehensive federal stablecoin framework, while the CLARITY Act (passed the House, July 2025) proposes to divide digital asset oversight between the CFTC and SEC based on decentralisation criteria.[^VII14] In the United Kingdom, the Financial Services and Markets Act 2000 (Cryptoassets) Regulations 2025 were laid before Parliament in December 2025, establishing a comprehensive regime for trading platforms, custody, stablecoins, staking, and market abuse, with full enforcement from October 2027.[^VII15] All three jurisdictions are converging on the same principle: crypto-asset activities should meet the same standards as traditional financial services. The Gajumaru's position is distinctive across each. As the only operational proof-of-work system with an energy profile that satisfies MiCA's sustainability disclosures, a resource layer architecture that eliminates the bridges and intermediaries regulators are increasingly scrutinising, and a fixed-supply currency that falls outside the stablecoin frameworks requiring reserve backing, the Gajumaru passes every regulatory test these frameworks impose. Bitcoin fails the energy test. Proof-of-stake systems pass the energy test but fail the trustlessness test: they cannot serve as a resource layer regardless of their energy profile. The Gajumaru is the only system that passes both.
@ -2062,7 +2062,7 @@ The user experience is modelled on established patterns that hundreds of million
#### What it Feels Like to Make a Payment:
You are at a coffee shop. The merchant's terminal displays a QR code. You scan it with your phone. Your wallet shows: "Pay 木0.50 to CoffeeShop.chain." You approve. The payment settles on-chain in 3 seconds: the merchant has the money. Your private keys never left your phone. The merchant received payment, not your credit card number. There is no data to breach.
You are at a coffee shop. The merchant's terminal displays a QR code. You scan it with your phone. Your wallet shows: "Pay 0.50 to CoffeeShop.chain." You approve. The payment settles on-chain in 3 seconds: the merchant has the money. Your private keys never left your phone. The merchant received payment, not your credit card number. There is no data to breach.
GRIDS ensures that private keys never exist on a connected device. But keys must exist somewhere. The device that holds them, the signing device itself, determines the ceiling of the system's security. How much should you trust that device?