Your key never leaves
Everything is encrypted in your browser. The server only ever sees ciphertext.
Every guarantee is enforced by the code path your data travels — not a policy page.
Everything is encrypted in your browser. The server only ever sees ciphertext.
Your context decrypts only inside the session — never on disk, never in logs.
10 cryptographic checks run in your browser. No trust in us required.
“Forget” returns a Merkle proof the memory is gone — not a hidden flag.
What’s relevant to you is found inside the enclave — and never leaks out.
Build registry and receipt anchors are real mainnet transactions.
From your device to a provable answer in three moves.
Notes encrypt in your browser. Your key stays on your device.
Retrieval + the model run over your memory inside the enclave.
A signed receipt proves what happened. Anchor it on mainnet.
Put MNEMOX under any assistant and here's what changes.
Three capabilities no mainstream assistant has.
Every add, use and forget is a Merkle-commitment transition you can recompute yourself, so the “forget” button comes with a proof instead of a promise.
See exactly which memories shaped each answer — revealed to you, no one else.
Forget a fact and get a Merkle proof it’s gone from the new root — not hidden.
The memory policy is baked into the measured build and echoed in every receipt.
Your data never leaves your control in the clear.
X25519 + XChaCha20. The key never leaves your device.
The operator holds ciphertext only. No keys, no reading.
Context decrypts only inside the session. No logs kept.
Build registry, receipt anchors, SOL/USDC billing — live.
Add, use, delete — every operation is a provable event.