A Monero fork adding post-quantum transaction attestations. Privacy-first. CPU-mineable. Open source.
Winternitz One-Time Signatures added to every transaction after the quantum resistance hard fork. Hash-based, stateless, quantum-safe.
Inherited from Monero — CLSAG ring signatures and RingCT hide sender, receiver, and amount in every transaction by default.
Range proofs verify transaction validity without revealing amounts. Smaller and faster than original Bulletproofs.
Two-minute block times with a tighter difficulty retarget window (120 blocks) — tuned for low-hashrate CPU mining without stale difficulty.
Experimental post-quantum private transfer and payment channel payloads embedded in tx_extra — building toward full PQ privacy.
Privacy is not optional. Every transaction is shielded by default. No transparent mode. No opt-in. Just private.
Winternitz One-Time Signatures in tx_extra provide a hash-based quantum-safe attestation layer. Required after HF v17.
Experimental note-based private transfer system with nullifier trees, spend bindings, and payment channels — the path to full PQ privacy.
Range proofs inherited from Monero's latest protocol. Verify transaction amounts are valid without revealing them.
Stem-phase transaction routing plus native SOCKS v5 proxy support for daemon and wallet. Network-level privacy built in.
ASIC-resistant proof-of-work with a tighter 120-block difficulty window — designed for small miners on CPUs and ARM boards.
Forked from Monero — the gold standard of on-chain privacy. Ring signatures, stealth addresses, and RingCT shield every transaction by default. Unacoin layers quantum-resistant attestations on top, with a full post-quantum protocol rewrite on the roadmap. Privacy today, quantum-safe tomorrow.
Unacoin is building in the open. Follow for updates on testnet, mining, and the quantum roadmap.