Quantum Encryption. Absolute Privacy.
Securing Solana with Post-quantum privacy infrastructure engineered to withstand 120-qubit–class and higher computational attacks
QVault Protocol by Vault-120
Step 1
Secure Entry & Adaptive Key Initialization
Your data enters the QVault node, where a new quantum-resilient key pair is generated for every session. Each keyset self-terminates on completion, ensuring no reusable signatures and zero exposure, even under 120-qubit-class analysis.
Step 2
Quantum-Class Encryption Layer
Within the node, every payload is sealed using multi-lattice encryption algorithms resistant to 120-qubit-class and higher computational attacks. Cipher layers rotate dynamically, making even adaptive qubit solvers statistically blind.
Step 3
Zero-Knowledge + Quantum Integrity Layer
Each transaction is verified through a hybrid PQ-zkProof system that remains trustless even against 120-qubit-class solvers. Verification is completed without revealing payload data, preserving anonymity while ensuring mathematical certainty.
Step 4
Solana Storage & Recovery Layer
Encrypted packets are indexed across Solana nodes using post-quantum-secured replication. Each packet is recoverable through layered key shards while remaining opaque to both validators and external quantum-assisted analysis.
