1.0Platform
Overview
Kibora is a post-quantum security toolkit for crypto wallets, starting on Robinhood Chain. It answers one question about any address (is its public key already exposed?) and gives you working NIST post-quantum cryptography in the browser.
What you can do today
- Check exposure. Exposure Scan reads public nodes and tells you whether an address has already revealed its public key on Robinhood Chain, Ethereum, Base, Bitcoin or Solana.
- Use the new algorithms. Key Forge creates lattice and hash-based key pairs, derives shared secrets and produces or checks signatures, reporting byte sizes and your device's timings.
- Encrypt your own data. Seal encrypts text or files to an ML-KEM key with AES-256-GCM, in the browser, in a documented format.
- Keep watch. Watch re-reads a list of addresses and flags the first time a quiet one signs.
- Share keys and add a delay. Commons holds the Lattice Book (public post-quantum keys) and Ward (a safe where withdrawals wait and a guardian can stop them). Both run as a labelled practice until their contracts are deployed.
What it never does
Recovery words, key exports and token allowances are never requested. It never claims a wallet is quantum-proof, and it never reports a future risk as a present breach.
The server's job is small: it passes along chain reads that change nothing, checks sign-in signatures, issues beta codes and counts finished scans. It never receives a private key or a plaintext.
Launch chain
$KIBORA, the access check and the two contracts live on Robinhood Chain (chain id 4663), an Ethereum layer 2. An account there is an ordinary secp256k1 account, so what holds for Ethereum exposure holds here as well, and a key revealed on one EVM network is revealed on all of them.