EVMORE
Digital Gold on Ethereum

A fair-launch proof-of-work cryptocurrency with ASIC-resistant KeccakCollision mining, a 21 million supply cap, and Bitcoin-style halving. No premine. No ICO.

Token Economics

21M

Max Supply

50

Initial Block Reward

210K

Blocks per Halving

10min

Target Block Time

Why EVMORE?

ASIC-Resistant Mining

KeccakCollision is memory-hard, preventing ASIC dominance and keeping mining accessible to everyone with a CPU or GPU.

Fair Launch

Zero premine, zero ICO, zero venture funding. Every token is earned through proof-of-work mining by the community.

On-Chain Verification

Mining solutions are verified directly on-chain by smart contracts, enabling trustless integration with DeFi and other protocols.

Cross-Chain Vision

A staged architecture progressively expands from Ethereum-only to federated cross-chain mining across Polygon, Arbitrum, and Base.

Frequently Asked Questions

What is EVMORE?

EVMORE is a fair-launch ERC-20 digital gold cryptocurrency on Ethereum that uses KeccakCollision proof-of-work mining. It has a fixed 21 million supply cap with Bitcoin-style halving.

How do I mine EVMORE?

EVMORE uses the KeccakCollision algorithm, which is memory-hard and ASIC-resistant. You can mine using a CPU or GPU by finding collision patterns that satisfy the current difficulty requirement.

What makes EVMORE different from Bitcoin?

EVMORE is an ERC-20 token on Ethereum with ASIC-resistant mining, smart contract programmability, and a staged cross-chain architecture. Unlike Bitcoin, mining solutions are verified on-chain.

Is EVMORE a fair launch?

Yes. EVMORE has zero premine, no ICO, and no venture capital funding. All tokens are mined by the community through proof-of-work.

What is the EVMORE halving schedule?

The initial block reward is 50 EVMORE. Rewards halve every 210,000 blocks, identical to Bitcoin's scarcity model, until the 21 million supply cap is reached.

What is KeccakCollision mining?

KeccakCollision is a memory-hard proof-of-work algorithm where miners must find multiple values whose keccak256 hashes share matching bit patterns. This resists ASIC optimization and keeps mining accessible.

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