Untrace Documentation
Every data breach in history had one thing in common — the data existed in one place. AI can hack any server on the planet, given enough time. We are making data breaches architecturally impossible — not by securing the data, but by making sure it never exists in one place.
AI agents now scan vulnerabilities in codebases around the clock — autonomously identifying and exploiting vulnerabilities faster than any human team can respond. The old model of "build a wall and defend it" is over. Even if your defenses are perfect — your data still lives in one place. One breach from a new API endpoint or SDK and it's all gone. You cannot patch your way out of a broken architecture.
One breach, and everything is exposed. It doesn't matter how advanced your firewall is. Centralization is the vulnerability. And no patch, no firewall, no AI-powered SOC team solves centralization. The solution is not better security software. The solution is to make the breach meaningless — because the data never exists in one place.
Sharding Data Layer
How Untrace splits data into cryptographically independent fragments and distributes them so no single node can breach anything.
Wallet-Gated Data Vaults
The fundamental storage unit of Untrace - encrypted, sharded containers whose nodes release shards only after wallet-signed authorization.
Crypto Escrow Payments Layer
Programmable on-chain escrow with stablecoins — native, machine-readable payment flows for humans and AI agents alike.
Private Blockchain Transactions
Support for public or private transaction workflows using selective disclosure proofs, wallet signatures, and peer-to-peer encryption.
New to Web3?
Untrace is designed to be accessible to everyone, regardless of technical background. All you need to know is that in Web3 there are no usernames, no passwords, and no centralized servers. Your identity is your wallet, and it holds all your assets and data.