EEL Core 1.00 architecture summary
EEL Core 1.00 is a native Proof-of-Work cryptocurrency with 0x-compatible account and balance UX. It focuses on mining, native balances, mempool transparency and explorer verification rather than smart contracts or token standards.
Architecture
The node validates configuration, genesis, blocks, transactions, mempool entries, mining work and peer metadata. The web frontend is static and communicates with REST and JSON-RPC endpoints.
Account and transaction model
Accounts use 0x-style addresses and 18-decimal native balances. Native transfers in 1.00 use the EEL signed transfer envelope. Standard Ethereum RLP/EIP transaction submission is outside the 1.00 compatibility boundary.
Block and mining model
Miners request work, search for a nonce satisfying the SHA256 target and submit solutions. Confirming blocks pay the configured block reward plus included transfer fees.
Mempool and fees
The mempool enforces duplicate protection, nonce ordering, fee requirements and replacement rules. Fees are paid to miners and can rise dynamically with traffic.
P2P and explorer
P2P peers validate protocol version, chain ID and computed genesis hash. The explorer exposes blocks, transactions, addresses, mempool state, peer status and network health.
Limitations
EEL Core 1.00 is not a full EVM, does not execute Solidity, does not provide audited security guarantees and has minimal fork/reorg handling compared with mature production chains.