MNEMOX
Confidential AI · Verifiable memory

Privacy you can measure.
Memory you can prove.

Encrypted on your device. Answered in an enclave. Signed, anchored on Solana mainnet — and deletable with proof.

Your key, your deviceSigned answersProvable deletionLive on mainnet
$MNEMOX · Contract
01The product

Don't trust us. Verify us.

Every guarantee is enforced by the code path your data travels — not a policy page.

Your key never leaves

Everything is encrypted in your browser. The server only ever sees ciphertext.

Answers in an enclave

Your context decrypts only inside the session — never on disk, never in logs.

Every answer, signed

10 cryptographic checks run in your browser. No trust in us required.

Delete means delete

“Forget” returns a Merkle proof the memory is gone — not a hidden flag.

Private retrieval

What’s relevant to you is found inside the enclave — and never leaks out.

Anchored on Solana

Build registry and receipt anchors are real mainnet transactions.

02How it works

Write. Ask. Verify.

From your device to a provable answer in three moves.

01

Write

Notes encrypt in your browser. Your key stays on your device.

02

Ask

Retrieval + the model run over your memory inside the enclave.

03

Verify

A signed receipt proves what happened. Anchor it on mainnet.

03The upgrade

Same agent. New superpowers.

Put MNEMOX under any assistant and here's what changes.

Agent without MNEMOX
Agent + MNEMOX layer
Memory
Forgets you between sessions
Memory
Persistent memory, every fact a commitment
Privacy
Provider reads every prompt
Privacy
Ciphertext only — key never leaves your device
Deletion
“Deleted” = a hidden flag
Deletion
Merkle proof the memory is gone
Trust
A policy page you believe
Trust
Signed receipt, 10 checks in your browser
Audit trail
Nothing to show anyone
Audit trail
Receipts anchored on Solana mainnet
One query through the layer
Your device
encrypts the question + memory
Enclave
retrieval + model, no logs
Receipt
ed25519-signed, browser-verified
Solana
anchored on mainnet
04Verifiable memory

Memory you can hold to account

Three capabilities no mainstream assistant has.

Not hidden in a UI — revoked and proven gone.

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.

Provable use

See exactly which memories shaped each answer — revealed to you, no one else.

Provable deletion

Forget a fact and get a Merkle proof it’s gone from the new root — not hidden.

Boundary control

The memory policy is baked into the measured build and echoed in every receipt.

05Architecture

Five layers. Zero plaintext exposure.

Your data never leaves your control in the clear.

01

Client encryption

X25519 + XChaCha20. The key never leaves your device.

02

Encrypted storage

The operator holds ciphertext only. No keys, no reading.

03

Enclave inference

Context decrypts only inside the session. No logs kept.

04

Solana mainnet

Build registry, receipt anchors, SOL/USDC billing — live.

05

Verifiable memory

Add, use, delete — every operation is a provable event.

MNEMOX

Your second brain is live on mainnet

Free to start. No signup — a key is generated on your device. Verify everything yourself.