EVMORE

Scarce. Mineable. Programmable.
A 21-million-supply proof-of-work token on Ethereum, powered by KeccakCollision mining.

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Overview

EVMORE is a digital gold token that combines Bitcoin's proven scarcity model (21M fixed supply, halving schedule) with Ethereum's programmability (ERC-20, DeFi composability). Instead of SHA-256 or proof-of-stake, EVMORE introduces KeccakCollision -- a memory-hard proof-of-work algorithm where miners must find four values whose Keccak-256 hashes collide on the lowest N bits.

The result is a token that is ASIC-resistant, GPU/CPU accessible, and verified entirely on-chain. No premine. No ICO. No team allocation. Every EVMORE in circulation was mined through computational work.

At a Glance

Parameter	Value
Max Supply	21,000,000 EVMORE
Token Standard	ERC-20
Mining Algorithm	KeccakCollision (memory-hard)
Block Reward	50 EVMORE (halves every ~4 years)
Block Time	~10 minutes
Difficulty Adjustment	Every 2,016 blocks
Decimals	18
Premine	None -- 100% fair launch
Smart Contract Language	Vyper 0.4.0

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For Investors and Token Holders

Digital Scarcity

Property	Physical Gold	Bitcoin	EVMORE
Max supply	~200K tonnes	21M BTC	21M EVMORE
New supply	~1.5%/year	Halving schedule	Halving schedule
Mining hardware	Industrial	ASIC-dominated	GPU/CPU accessible
Verification	Assaying	Off-chain nodes	On-chain smart contract
Programmability	None	Limited	Full ERC-20 + DeFi
Storage cost	0.5-1%/year	~0.1% custody	Self-custody, free
Divisibility	~1 gram	8 decimals	18 decimals

Halving Schedule

Era	Years	Block Reward	Cumulative Supply	% Mined
1	0-4	50 EVMORE	10.5M	50%
2	4-8	25 EVMORE	15.75M	75%
3	8-12	12.5 EVMORE	18.375M	87.5%
4	12-16	6.25 EVMORE	19.69M	93.75%
5+	16+	Continues halving	Approaches 21M	~100%

Self-Funding Roadmap

EVMORE uses a 4-stage deployment model funded entirely by mining treasury accumulation:

Stage	Trigger	What Unlocks
1. Ethereum Launch	~$500 deployment	Mining + ERC-20 token
2. Polygon Bridge	1,000 EVMORE treasury	Ethereum-Polygon bridging
3. Multi-Chain	10,000 EVMORE treasury	Arbitrum, Base, Optimism, Avalanche
4. Federated Mining	100,000 EVMORE treasury	Native mining on all chains

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For Developers

Tech Stack

Component	Technology
Smart contracts	Vyper 0.4.0
Framework	Ape + Hardhat
Package manager	uv (Python), npm (Node)
Frontend	Vue 3 + TypeScript + Tailwind CSS
Web3	ethers.js v6
Testing	pytest via Ape

Quick Start

# Clone and install
git clone https://github.com/evmore/evmore-contracts
cd evmore-contracts
uv sync && npm install

# Compile contracts
uv run ape compile

# Run tests
uv run ape test

# Deploy to local testnet
uv run python scripts/deploy_testnet.py

Smart Contracts

Contract	Lines	Purpose
EvmoreToken.vy	627	ERC-20 token with integrated mining, halving, difficulty adjustment
KeccakCollisionVerifier.vy	62	On-chain mining proof verification
EVMOREBridge.vy	482	Multi-chain hub-and-spoke bridge (Stage 3)
EVMOREBridgeStage2.vy	338	Manual Ethereum-Polygon bridge (Stage 2)
wEVMOREPolygon.vy	236	Wrapped EVMORE on Polygon

Architecture

                     DeFi Protocols / dApp / Wallets
                                 |
                          ERC-20 Interface
                                 |
              +------------------+------------------+
              |                  |                  |
      EvmoreToken.vy    KeccakCollision     EVMOREBridge.vy
      (Token + Mining)   Verifier.vy       (Cross-Chain Hub)
              |                  |                  |
              +--------+---------+         +--------+--------+
                       |                   |        |        |
                 Proof Submission     Polygon  Arbitrum   Base
                       |
            +----------+----------+
            |          |          |
        Solo       Mining     Enterprise
        Miners     Pools      Mining

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Documentation

Full documentation is available in the documentation/ directory, built with MkDocs Material.

Section	Description
What is EVMORE?	Introduction for newcomers
Quick Start	Wallet setup and first steps
Token Economics	Supply model, halving, value proposition
Mining Guide	Hardware, setup, solo vs pool, profitability
KeccakCollision Algorithm	Deep dive into the mining algorithm
Architecture Overview	Smart contract design and interaction flows
Staged Deployment	4-stage self-funding model
Cross-Chain Bridge	Hub-and-spoke bridge design
Federated Mining	Stage 4 multi-chain native mining
Contract Reference	Full smart contract API
Developer Guide	Environment setup, compile, test, deploy
Contributing	How to contribute
FAQ	Frequently asked questions

To serve the documentation locally:

cd documentation
uv run mkdocs serve

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Security

EVMORE contracts have undergone comprehensive security hardening:

• All critical and high-priority vulnerabilities resolved (5/5 fixed)
• Reentrancy protection on all state-changing functions
• Global solution uniqueness prevents replay attacks across epochs
• Two-step ownership transfer prevents accidental loss
• 90% test coverage across 3 test suites (718 lines)
• External audit ready

See Security Assessment for details.

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Community

• GitHub: evmore/evmore-contracts
• Discord: EVMORE Community
• Twitter: @EVMOREGold

Contributing

We welcome contributions across smart contracts, mining software, the Vue 3 frontend, documentation, and security review. See the Contributing Guide to get started.

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License

MIT License. See LICENSE for details.

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Where 5,000 years of gold meets 21st century cryptography.