QRYPTA introduces a new security model where protection is built into every transaction — without adding complexity for the user.
Future computing power could break today's cryptography.
Reusing transactions to exploit systems.
Sensitive information revealed on-chain.
Transactions reused across different networks.
No proprietary ciphers, no security through obscurity. Every primitive in the stack is a published, peer-reviewed standard — chosen for the exact role it plays, with a documented migration path if it ever needs replacing.
Module-lattice signatures are the NIST primary recommendation for post-quantum signing. Level 2 keeps public keys and signatures small enough for mobile wallets and on-chain anchoring while remaining secure against Shor's algorithm. The signature is generated off-chain and never verified with heavy logic in Solidity.
STARKs rely only on collision-resistant hashes — no elliptic-curve pairings and no ceremony whose toxic waste could be leaked. The proof states that a valid ML-DSA-44 signature exists over the exact transfer (amount, recipient, nonce, chain domain, deadline) without exposing anything else. The EVM contract verifies the proof and executes.
Protects validator and gossip traffic from harvest-now-decrypt-later: an adversary recording encrypted traffic today cannot open it with a future quantum computer. Sessions rotate keys per epoch.
For the few keys that must survive a century — genesis, protocol upgrade authority, crypto-suite migration — NEUROCHAIN pairs ML-DSA with SLH-DSA. If lattice assumptions ever weaken, the hash-based signature still holds. Two independent mathematical foundations, one authority.
The wallet's .qrypta recovery pack is encrypted twice, with two independent AEAD ciphers from two different design families. Keys are derived with PBKDF2-SHA512 at 80,000 iterations from your master password; a compromised device image is useless without it.
The seed produces only one of the two required signatures. The second key never leaves the phone's secure hardware and is released only after biometrics and master password. On BTC, SOL and TRON the Guardian server co-signs with an enrolled device key, TOTP and a time-lock for large amounts.
Hashing & integrity: SHA-256 / Keccak-256 on-chain, SHA-512 in key derivation, ISO 20022 references hashed and anchored on-chain while the sensitive payload stays encrypted off-ledger.
Most of the industry is still discussing quantum migration. QRYPTA® has a PQC + ZK transfer flow live on BNB Chain and Ethereum mainnet, a CertiK-audited wallet that never signs alone, and a Layer 1 designed post-quantum from Genesis.
NIST publishes FIPS 203 / 204 / 205 — the first post-quantum standards. QRYPTA® builds on exactly these three.
NIST IR 8547 sets the path to deprecate 112-bit classical schemes (ECDSA, RSA-2048) by 2030 and disallow them by 2035.
"Harvest now, decrypt later": traffic and keys recorded today can be opened by a future quantum computer. Only data protected post-quantum now stays safe.
QRYPTA® is not a testnet demo: the PQC transfer contract with ZK verification, the burn token and the staking contracts are live on BNB Chain.
BNB · ETH QRYPTA® · 0.1% burn 
CertiK Skynet · 0 findings BNB DappBay NNIST FIPS 203 · 204 · 205 ISOISO 20022 QRYPTA never reveals your private keys or sensitive data on-chain.
Only a proof is verified.
Pause / unpause system
Wallet-level restrictions
Policy-based controls
Compliance-ready architecture
Security is not assumed. It is validated.
Security is no longer optional.
It is foundational.
