The $QRYP Token
Dual-mode token: normal transfers compatible with DEX/CEX + a PQC rail (post-quantum signatures + ZK verification) for bank-grade transfers with ISO 20022 traceability.
Ethereum + BNB Chain
Leading EVM rails for liquidity, adoption, and institutional standard.
First ZK transfers
Direct buttons to Etherscan and BscScan.
Banking integration & rails
Traceability, reconciliation, and financial messaging.
Why Ethereum and BNB Chain?
We chose two leading EVM networks because QRYPTA is designed to integrate with real liquidity and payment rails: mature tooling, deep markets, and compatibility with existing infrastructure. Ethereum brings institutional standards and a security/composability ecosystem; BNB Chain brings reach, cost-efficiency, and mass adoption. This lets us validate the PQC+ZK rail in different environments without losing compatibility.
Ethereum
Institutional base and security/research ecosystem. Ideal to demonstrate a verifiable “bank-grade” standard in the most scrutinized environment.
BNB Chain
Scalability, adoption, and low fees: perfect for frequent usage, smooth UX, and volume. Validating PQC+ZK here proves it works under real demand.
First verifiable ZK transfers
These transactions validate the PQC+ZK flow: the wallet produces a post-quantum signature and a Groth16 proof attesting validity; the contract verifies the proof and executes the transfer. This delivers post-quantum security without heavy PQC verification inside Solidity.
What this proves
- • PQC provable without prohibitive on-chain cost.
- • Anti-replay via nonce + domain (chainId/token) + deadline.
- • ISO-style reference for reconciliation/audit.
Banking integration: ISO 20022 as the context layer
ISO 20022 is the global standard for payment messaging and reporting. In QRYPTA, we use an ISO 20022-style reference to attach enterprise context to each transfer (reconciliation, purpose, memo, internal identifier). On-chain, it’s emitted as a hash/event: auditable and verifiable without exposing sensitive data.