Arc Security - Agent Trust Protocol

Chain-agnostic security infrastructure for OpenClaw skills. Auditors stake USDC to vouch for skill safety, users pay micro-fees to access verified skills, and malicious skills get slashed through decentralized governance -- all powered by CCTP on Arc.

Installation

clawhub install arc-security

Configuration

Set the following environment variables:

Commands

check -- Check skill trust status

Query on-chain bond status, auditor count, usage stats, and computed trust score for any skill.

clawhub arc-security check \x3Cskill_id>

Example output:

Skill: youtube-downloader
├─ Bonded: 100.00 USDC by 3 auditors
├─ Used: 1,250 times
├─ Trust Score: 75/100
├─ Status: Safe to use
└─ Created: 2025-06-15 14:30:00

Trust Score is calculated as:

• 40% from bond amount (capped at 100 USDC = full weight)
• 40% from usage count (capped at 1,000 uses = full weight)
• 20% from auditor count (5 points per auditor)
• Flagged skills receive a -50 penalty

use -- Pay and download a skill

Pays the 0.10 USDC usage fee via x402 and downloads the skill package. Automatically selects the cheapest payment path based on your wallet balances.

clawhub arc-security use \x3Cskill_id>

Payment chain selection priority:

1. Arc Testnet (direct -- no bridging fees)
2. Base Sepolia (via CCTP)
3. Arbitrum Sepolia (via CCTP)
4. Ethereum Sepolia (via CCTP)

bond -- Stake USDC to vouch for a skill

Stake USDC as a security bond to vouch for a skill's safety. If the skill is found malicious, 50% of your stake is slashed.

clawhub arc-security bond \x3Cskill_id> \x3Camount> \x3Csource_chain>

Arguments:

• skill_id -- Skill identifier
• amount -- Amount of USDC to stake (e.g. 50)
• source_chain -- Chain to pay from (ethereum-sepolia, base-sepolia, arbitrum-sepolia, arc-testnet)

Example:

clawhub arc-security bond youtube-downloader 50 base-sepolia

report -- Report a malicious skill

Submit a claim that a skill is malicious. Requires a 1 USDC anti-spam deposit (refunded if the claim is validated).

clawhub arc-security report \x3Cskill_id> --evidence \x3Cipfs_hash>

Example:

clawhub arc-security report bad-skill --evidence QmXyz123...

Opens a 72-hour voting window for auditors.

vote-claim -- Vote on a pending claim

Cast a vote on whether a reported skill is malicious. Only wallets that have staked on any skill are eligible to vote. Vote weight is based on total stake and audit track record.

clawhub arc-security vote-claim \x3Cclaim_id> \x3Csupport|oppose>

Vote weight formula: sqrt(totalStaked) * (successfulAudits / totalAudits)

claim-earnings -- Withdraw accumulated fees

Withdraw your share of usage fees earned as an auditor. Fees are split 70% to auditors (proportional to stake) and 30% to the insurance pool.

clawhub arc-security claim-earnings \x3Cdestination_chain>

Supported destination chains:

• arc-testnet (direct transfer)
• ethereum-sepolia, base-sepolia, arbitrum-sepolia (via CCTP)

Supported Chains

Fee Structure

Architecture

User (any chain)
  │
  ├── CCTP burn ──► Arc Testnet ──► SkillSecurityRegistry (bonds, fees, claims)
  │                                        │
  └── x402 GET ──► Payment Server ◄────────┘ (verifies payment on-chain)
                       │
                       └──► Skill package (ZIP)

1. SkillSecurityRegistry (Solidity on Arc) -- Holds bonds, processes fees, manages claims/votes/slashing
2. x402 Payment Server (Node.js) -- Serves skill packages behind HTTP 402 paywall, verifies on-chain payments
3. This skill (Python CLI) -- User-facing commands that orchestrate CCTP transfers and contract calls

License

MIT