Zero-Knowledge
Architecture
How we protect your most sensitive data using next-generation cryptographic orchestration.
Key Derivation
When you enter your master key, we use PBKDF2 with 100,000 iterations to derive a secure cryptographic seed. This seed stays in your browser's RAM.
Client-Side AES
Your secrets are encrypted using AES-256-GCM before transmission. This happens entirely on your hardware. We only see the cipher-text.
Neural Distribution
The encrypted payloads are distributed across the matrix. Only an operator with your derived key can reconstruct and decrypt the pulses.
The RAM Persistence Logic
Decryption keys are NEVER written to disk. They solely exist in your browser's heap memory and are destroyed the moment you close the tab or logout.
// NEURAL_LINK_INIT const salt = crypto.getRandomValues(32); const key = await PBKDF2(master, salt); // CLIENT_SIDE_CIPHER const encrypted = await AES_GCM.encrypt(secret, key); // TERMINATE_PULSE memory.wipe(key); link.transmit(encrypted);
Project Node Isolation
Each project operates as a distinct cryptographic node. Secrets for Project A are encrypted with keys that are mathematically isolated from Project B.
Versioned Pulses
Every injection creates a new immutable pulse in the matrix. Rollback to any previous state without compromising integrity.