mezo

name	mezo
description	Mezo integration workflows for apps, autonomous agents, and Mezo Earn operations.
metadata	{"oa":{"project":"mezo","identifier":"mezo","version":"0.2.0","expires_at_unix":1798761600,"capabilities":["http:outbound","filesystem:read"]}}

Mezo

Overview

Integrate applications and agent workflows with the Mezo protocol. Use this skill when a task requires Mezo network setup (testnet/mainnet), Hardhat or Foundry configuration, Mezo Passport wallet connection, mezod/validator-kit operations, Mezo Earn automation (lock/vote/claim/poke/incentives), contract deployment verification, or Mezo-specific dApp requirements such as BTC gas and MUSD integration expectations.

Environment

• Requires bash and curl.
• Node.js is needed for Hardhat/Passport workflows.
• Go is needed for mezod workflows.

Execute this workflow when the user needs practical Mezo integration work, not generic blockchain advice.

Workflow

1. Pick the integration target first:

• App-level EVM integration (Hardhat/Foundry + RPC + deploy flow).
• Wallet UX integration (standard EVM wallet vs Mezo Passport).
• Node/operator path (mezod and validator-kit).
• Mezo Earn operations (veBTC lifecycle, gauge voting, rewards claims, and incentive posting).

2. Configure network and toolchain from network-and-env:

• Set correct chain (31611 testnet or 31612 mainnet).
• Apply Hardhat/Foundry configuration.
• Verify RPC health and chain id with scripts/check-rpc.sh or full preflight with scripts/preflight.sh.

3. Implement wallet connection path from passport-and-wallet:

• If app needs BTC-native + EVM wallet options, use Mezo Passport.
• If Passport is not required, use standard EVM wallet flow and manual network config.

4. If task is Mezo Earn-related, follow mezo-earn-automation:

• Use canonical mainnet/testnet contracts from Mezo docs + tigris deployments.
• Build an epoch-aware automation loop around vote, poke, and claims.
• Apply safety limits for lock updates, votes, and incentive posting.

5. Complete deployment sanity checks:

• Confirm RPC responds with expected chain id.
• Deploy contract using configured signer/provider.
• Confirm tx on correct explorer (explorer.test.mezo.org or explorer.mezo.org).

6. Apply Mezo-specific constraints before shipping:

• BTC is the gas asset.
• If user asks about Mezo Market feature readiness, enforce requirements in references (MUSD integration, audit report, mainnet functionality).

7. If task is node/validator-related, follow mezod-and-validator-kit:

• Choose deployment mode (docker/native/helm/manual).
• Follow sync and operational requirements.
• Include PoA submission command only when validator onboarding is requested.

Quick Commands

# Testnet RPC health + chain id check
scripts/check-rpc.sh https://rpc.test.mezo.org 31611

# Mainnet provider check
scripts/check-rpc.sh https://rpc-http.mezo.boar.network 31612

# Preflight with signer + RPC failover
scripts/preflight.sh testnet ~/.config/openagents/mezo-agent.env
scripts/preflight.sh mainnet ~/.config/openagents/mezo-agent.env

Reference Files

• network-and-env: chain params, RPC endpoints, Hardhat/Foundry config, deployment verification.
• passport-and-wallet: Mezo Passport setup and wallet path decisioning.
• mezo-earn-automation: contract map, ABI methods, and agent automation loop for Mezo Earn.
• mezod-and-validator-kit: mezod prerequisites, validator-kit modes, sync/PoA operations.