Layer-1 proof-of-work (BlockDAG)
High-throughput PoW DAG -- on its own chain.
Kaspa is a modern fair-launch proof-of-work asset using the GHOSTDAG protocol. It markets itself, like EVMORE, as a Bitcoin alternative with no premine and no token sale. The difference is again the environment: Kaspa is a standalone Layer-1 with its own consensus and its own ecosystem of wallets and tools. EVMORE is an ERC-20 that inherits Ethereum's consensus and Ethereum's tooling.
Zero new infrastructure required
every Ethereum wallet, block explorer, indexer, and node provider already speaks EVMORE. Kaspa requires its own node software, its own wallet support, and its own indexer ecosystem.
On-chain verification of mining proofs means DeFi protocols can build mining-aware contracts (yield from mining, derivatives on hashrate, etc.) -- impossible against an external Layer-1.
Composability with the entire Ethereum DeFi stack
Uniswap, Aave, Curve, Lido, Pendle. Kaspa's DeFi ecosystem is in early bootstrap and requires bridges.
KeccakCollision is memory-hard against ASICs by design. Kaspa's kHeavyHash has already attracted purpose-built FPGA and ASIC miners.
EVMORE pays gas in the same asset everyone else on Ethereum does (ETH), so the operating cost surface is well-understood; Kaspa requires holding KAS for activity.
EVMORE's self-funding roadmap is gated by mining treasury, not by a separate foundation -- audit-friendly and visible on-chain.
Kaspa is faster per-second and has its own monetary policy. EVMORE's slower 10-minute block time is a deliberate choice for verification cost on Ethereum.
We do not pretend EVMORE is strictly better on every axis. Pick the asset that matches the property you are buying for.
The verifier is 62 lines. The token is 627. The cap is enforced in Vyper. Nothing about this is hidden.
