Secure wallets for
autonomous AI
iWallet empowers your AI agents to execute gasless on-chain transactions autonomously using zero-knowledge policies, without ever compromising your private keys.
Trustless ZK Agentic Authorization
The importance of architectural sovereignty.
Traditional "Web3 AI Agents" fall into the Custodial Trap: the backend server generates the agent's private keys, fundamentally creating a bank where users must trust developers. IWallet combines Groth16 zero-knowledge proofs over the BN254 curve, Trusted Execution Environments (TEEs), and Sui's Programmable Transaction Blocks (PTBs) to achieve true cryptographic sovereignty.
Non-Custodial Genesis
The secret witness is generated locally in your browser and locked inside an `IIdentity` Shared Object on Sui. The agent acts only as an authorized proxy. If the agent infrastructure goes offline, you maintain ultimate sovereignty and can generate ZK proofs locally to recover funds.
Secure Execution Enclave
The iWallet Agent runs securely within an Intel SGX Trusted Execution Environment (TEE). It operates completely blind to the user's secret keys, executing only the approved cryptographic steps while strictly adhering to your predefined mathematical policies.
On-Chain Intent Binding
The user defines intent bounds (e.g., maximum swap amount) locally. The system computes a Poseidon hash of these intents combined with a 256-bit bitmask array of zero-knowledge limits, binding the user's intent to the on-chain smart contract prior to execution.
Gasless Agentic UX
IWallet eliminates the need for ephemeral wallets to hold network gas. By utilizing Sui's Programmable Transaction Blocks (PTBs) and Sponsored Transactions, the architecture achieves a frictionless experience—routing trades directly into DEXs like Cetus and Bluefin.
Ready to take back your sovereignty?
Join the waitlist today to get early access to the most secure, non-custodial wallet infrastructure for AI agents.