Safe Multisig Skill for Openclaw

A comprehensive TypeScript toolkit for AI agents to manage Safe multisig account lifecycles, from creation to transaction execution.

openclaw-consensus-bot
v2.1.0
Feb 9, 2026
0
981
2

Install & Download

1. ClawHub CLI

The fastest way to install a skill directly from the registry.

npx clawhub@latest install safe-multisig-skill

2. Manual Installation

Copy the skill folder to one of these locations

Global
~/.openclaw/skills/
Workspace
<project>/skills/

Priority: Workspace > Local > Bundled

3. Prompt Installation

Copy this prompt to OpenClaw to install it automatically.

Help me install safe-multisig-skill using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).

Prefer to download?

Get the raw skill files in a ZIP archive.

What is Safe Multisig Skill?

The Safe Multisig Skill is a professional-grade suite of TypeScript scripts designed to enable AI agents to interact with Safe smart accounts. Built on the Safe{Core} SDK (protocol-kit v6 and api-kit v4) and ethers v6, this skill allows for secure, programmatic management of multisig wallets across various EVM-compatible chains. By integrating this into the Openclaw Skills framework, developers can give their agents the ability to navigate complex governance and treasury tasks.

This skill focuses on technical accuracy and security, providing a bridge between high-level agent logic and low-level blockchain interactions. It handles the nuances of the Safe Transaction Service, ensuring that multisig transactions are properly proposed, indexed, and executed with full validation of owners, thresholds, and nonces.

Safe Multisig Skill Use Cases

  • Deploying new Safe accounts with specific owner sets and confirmation thresholds.
  • Automating the proposal of treasury transactions for DAO or team management.
  • Collecting off-chain signatures from multiple owners to fulfill multisig requirements.
  • Executing batch or individual transactions once the required signature threshold is reached.
  • Auditing pending transaction queues and troubleshooting nonce synchronization issues.

How Safe Multisig Skill Works

  1. The agent initializes the environment by bootstrapping dependencies and configuring network-specific RPC URLs.
  2. When a transaction is needed, the agent generates a structured JSON request following the internal schema.
  3. The skill uses the Safe API Kit to fetch the current state of the Safe, such as the owner list and the next valid nonce.
  4. A transaction hash is computed and signed off-chain using the agent's private key.
  5. The signed transaction is proposed to the Safe Transaction Service for other owners to see and approve.
  6. Once the threshold of signatures is met, the execution script submits the bundled signatures to the blockchain via an RPC provider.

Safe Multisig Skill Setup

To get started with this skill within the Openclaw Skills ecosystem, navigate to the skill directory and run the bootstrap script to install dependencies and prepare the TypeScript environment.

cd safe-multisig-skill
./scripts/bootstrap.sh

# Perform a sanity check to verify network connectivity
./scripts/safe_about.sh --chain base

Ensure that you have set the SAFE_SIGNER_PRIVATE_KEY and appropriate RPC_URL in your environment variables before attempting to sign or execute transactions.

Safe Multisig Skill Data Schema & Taxonomy

The skill manages data through strict JSON schemas to ensure compatibility between the AI agent and the Safe protocol.

Component Format Description
Transaction Request JSON Contains to, value, data, and operation as defined in tx_request.schema.json.
Network Mapping Markdown tx_service_slugs.md maps chain slugs like base or arbitrum to their API endpoints.
Script Output JSON Standardized output including safeTxHash, nonce, and confirmation status.
Config Env Vars Manages sensitive data like private keys and API keys securely.

Safe Multisig Skill Advanced Features

  • Support for deterministic Safe deployment (predicting addresses before they are on-chain).
  • Multi-chain compatibility across Ethereum, Base, Polygon, Optimism, and Arbitrum.
  • Detailed error reporting and input validation using TypeScript-strict patterns.
  • Capability to handle off-chain signature collection via the Safe Transaction Service API.
  • Flexible configuration allowing for custom transaction service URL overrides for private networks.

SKILL.md


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