Persistent Agent

Immortal Docker-in-TEE

Stateful agents with memory, heartbeat, automatic revival via dead-man switch.

0x0000000000000000000000000000000000000820Explorer

Service primitive. Long-lived monitored agent — DKMS-derived wallet, encrypted memory on DA, heartbeat-revival via dead-man switch. NOTE: provider must be enum 0..4 (no "ritual" here, unlike Sovereign Agent).

Executor addressclick 'auto'

LLM provider

Runtime

Model

LLM API key refkey name in encrypted secrets

Restore from CIDempty = fresh spawn, else revival

TTL

Max spawn block

min escrow: 0.5000 RITUALyou have: — RITUAL

Connect your wallet to submit a real transaction.

to: 0x0000000000000000000000000000000000000820chainId 1979 · two-phase · 26 fields

Output

Click Validate to encode the 26-field persistent agent spawn.

// SPDX-License-Identifier: MIT
pragma solidity ^0.8.24;

import {PrecompileConsumer} from "./utils/PrecompileConsumer.sol";

contract PersistentAgentSpawn is PrecompileConsumer {
    address constant PERSISTENT_AGENT = address(0x820);
    address constant ASYNC_DELIVERY = 0x5A16214fF555848411544b005f7Ac063742f39F6;
    address constant HEARTBEAT = 0xEF505E801f1Db392B5289690E2ffc20e840A3aCa;

    bytes32 public agentCid;
    address public agentWallet;

    event AgentSpawned(bytes32 indexed jobId);
    event AgentCheckpoint(bytes32 indexed jobId, bytes32 newCid);

    function spawn(address executor) external {
        // 26-field encoded input — see /playground/persistent-agent
        // Storage refs (8): daConfig, soulRef, agentsRef, userRef,
        //   memoryRef, identityRef, toolsRef, openclawConfigRef
        // LLM: provider enum + model + apiKeyRef
        // Runtime: 0=ZeroClaw, 2=Hermes
        bytes memory encoded = bytes("...26 fields...");
        (bool ok,) = PERSISTENT_AGENT.call(encoded);
        require(ok, "persistent agent spawn failed");
    }

    function onPersistentAgentResult(bytes32 jobId, bytes calldata result) external {
        require(msg.sender == ASYNC_DELIVERY, "unauth");
        // Decode: (bytes32 newCid, address derivedWallet, ...)
        emit AgentCheckpoint(jobId, bytes32(result[:32]));
    }
}