Your Token Economy Is Post-Quantum Secure
RevMine is the first loyalty platform with post-quantum cryptographic protection. Powered by H33's NIST-standard PQ encryption, your token data is protected against both today's threats and tomorrow's quantum computers.
Three Layers of Cryptographic Protection
Every piece of token data, every wallet key, and every credential in RevMine is protected by a defense-in-depth architecture that combines classical and post-quantum cryptography.
AES-256-GCM Encryption
- All token data, wallet keys, and credentials encrypted at rest
- Authenticated encryption prevents tampering
- Random salt + IV per operation (no key reuse)
H33 Post-Quantum Key Wrapping
- Wallet private keys double-encrypted with H33-Key
- NIST FIPS 203 Kyber (ML-KEM) key encapsulation
- Server-side key lifecycle: revocation, expiration, audit trail
Dilithium Digital Signatures
- NIST FIPS 204 ML-DSA post-quantum signatures
- Oracle attestations signed with Dilithium
- Triple-signature pattern: Ed25519 + Dilithium + FALCON
- Quantum-resistant audit logs
Double-Layer Encryption Flow
Your data is never stored in a single encryption envelope. RevMine uses a two-layer approach: classical AES on the inside, post-quantum H33 wrapping on the outside.
Your data enters RevMine
Token balances, wallet keys, user credentials, and transaction records arrive via TLS 1.3 encrypted channels.
AES-256-GCM encrypts with scrypt-derived key
The inner encryption layer uses authenticated encryption with a unique salt and IV. This is the classical cryptographic foundation.
H33 wraps with post-quantum encryption
The inner ciphertext is wrapped with a second layer using H33's Kyber (ML-KEM) key encapsulation. This is the quantum-resistant outer shell.
Double-encrypted data stored securely
Neither layer can be decrypted independently. Both keys are required, and they are managed by separate systems with independent access controls.
On access: verify, unwrap, decrypt
H33 verifies key status and decrypts the outer post-quantum layer. The inner AES layer is then decrypted locally. Every access is logged with a Dilithium-signed audit entry.
Built on Recognized Frameworks
RevMine's security infrastructure meets or exceeds the requirements of major compliance frameworks and cryptographic standards.
Why Post-Quantum Security Matters Now
The quantum threat is not theoretical. Preparing today is the only way to protect data that needs to remain confidential for years to come.
NIST Finalized PQ Standards in 2024
The National Institute of Standards and Technology published final standards for post-quantum cryptographic algorithms. These are not drafts or proposals. They are production-ready specifications that RevMine already implements.
"Harvest Now, Decrypt Later" Is Real
Adversaries are collecting encrypted data today with the expectation of decrypting it once quantum computers mature. If your data has long-term value, it is already at risk from this strategy.
Quantum Computers Could Break RSA/ECDSA
Current estimates suggest that within 10-15 years, quantum computers could break RSA and ECDSA, the cryptographic algorithms that protect most internet traffic today. Migration takes years, not weeks.
Token Economies Hold Valuable Data
Wallet keys, token balances, transaction histories, and user identities are high-value targets. This data needs protection that outlasts the current generation of encryption algorithms.
RevMine Is Ahead of the Curve
While most platforms are still evaluating post-quantum migration, RevMine has already deployed NIST-standard PQ cryptography in production. Your token economy is protected today and tomorrow.
Powered by H33
H33 provides military-grade post-quantum cryptographic services including FHE (Fully Homomorphic Encryption), Dilithium signatures, Kyber key exchange, and STARK zero-knowledge proofs.
RevMine is an H33-secured platform. Every cryptographic operation that protects your token economy is powered by H33's infrastructure, running on dedicated hardware with verified post-quantum algorithms.