Creates or restores one address, encrypts recovery material, signs locally, and speaks to a loopback bridge.
Electron · React · secp256k1Luracoin is a compact educational blockchain project: not a token sale, not an investment, and not a finished monetary network.
The idea
Many blockchain tutorials stop at a hash-linked list. Production networks, meanwhile, are too large to understand in one sitting. Luracoin sits between those extremes.
It implements real signed bytes, account state, proof of work, persistence, a mempool, peer handshakes, synchronization, a local wallet boundary, and read-only exploration—while keeping the source approachable.
One coherent stack
Creates or restores one address, encrypts recovery material, signs locally, and speaks to a loopback bridge.
Electron · React · secp256k1Validates blocks and account transitions, persists the chain, exposes private operations, and coordinates peers.
Python · RocksDB · RedisPerforms a chain-aware v2 handshake, announces inventory, relays transactions, and downloads sequential blocks.
TCP · 24-byte envelopeReads canonical state from one node through a separate public API, with optional SQLite feeds and aggregates.
Astro · Read-only APIProject state
The implemented path is suitable for development, tests, and controlled peer experiments. It is not a safe public economy.
Project principles
“Alpha”, “accepted”, “confirmed”, “ready”, and “connected” mean different things. The interfaces should never collapse them into a false promise.
The wallet RPC stays on loopback with a bearer. Public exploration is read-only and separately designed.
Binary vectors, tests, and source define interoperability. Marketing copy follows implementation, not the other way around.
Mainnet cannot be activated accidentally. Wrong networks, invalid bytes, unsafe RPC binds, and incompatible data are rejected.
Source publication
The earlier Python prototype is public. The current reference alpha, wallet, and website source are still being prepared for publication.