System Architecture & Consensus Specifications
Technical blueprint of the WINEX Layer-1 cryptographic engine, difficulty retargeting math, non-custodial key derivation, and autonomous peer-to-peer gossip topology.
| Protocol Parameter | Engineering Specification | Verification Invariant |
|---|---|---|
| Native Asset Identifier | WINEX (WNX) | Base-layer native coin |
| Proof-of-Work Algorithm | Double SHA-256 (SHA256d) | Deterministic header nonce search |
| Target Block Cadence | 900 Seconds (15.0 Minutes) | Autonomous difficulty retargeting |
| Initial Block Subsidy | 40.0000 WNX | Era 1 (Blocks 1 → 125,000) |
| Halving Epoch Interval | Every 125,000 Blocks | Deterministic 50% subsidy decay |
| Issuance Model | Algorithmic Halving | 125,000-block halving epochs |
| Asymmetric Cryptography | SECP256k1 ECDSA | Client-side non-custodial signing |
| Embedded Node Bind | http://127.0.0.1:8081 | Auto-started by Wallet & Miner |
Double SHA-256 & Difficulty Retargeting
Every block header commits to the previous block hash, Merkle root of validated transactions, Unix timestamp, target difficulty bits, and a 64-bit nonce. Miners iterate nonces until SHA256(SHA256(BlockHeader)) falls below the active target threshold.
When aggregate network hashrate expands, the protocol proportionally tightens target difficulty so blocks cannot be mined faster than the 15-minute equilibrium.
Zero-Configuration Peer Gossip
Nodes synchronize state via HTTP/JSON peer exchange (PEX) and deterministic longest-chain verification. Every desktop wallet and miner embeds the full node binary, ensuring automatic local validation and resilient multi-peer block propagation.
Burned Administrative Privileges
The protocol contains no privileged administrator keys, no address blacklists, and no central monetary authority capable of altering the algorithmic emission schedule. Consensus validity is enforced strictly by independent node verification.