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Shows all available eth-agents skills with trigger phrases and usage examples.
Install with Codex or Claude Copy this prompt, paste it into Codex, Claude, or another assistant, and let it review the skill page and install it for you.
Based on SOC occupation classification
| name | help |
| description | Shows all available eth-agents skills with trigger phrases and usage examples. |
| triggers | ["help","what can you do","list skills","how do I","show me the skills","what skills are available","eth-agents help"] |
| agent | orchestrator |
| model | haiku |
Returns a formatted guide of all available skills with their trigger phrases and example invocations. No agents are spawned — this is a direct orchestrator response.
"help"
"what can you do?"
"show me all skills"
"how do I audit a contract?"
# Output (inline, no files):
Formatted table of all skills with triggers and examples
# eth-agents — Available Skills
| Skill | What it does | Example |
|---|---|---|
| audit | Security analysis | "audit this contract" |
| tdd | Test-driven development | "write tests first for an ERC20" |
| build-contract | Write → test → audit → optimize | "build a staking contract" |
| deploy | Multichain deploy + verify | "deploy to Arbitrum" |
| gas-optimize | Reduce gas costs | "optimize gas for the Vault" |
| fork-test | Mainnet fork tests | "test against mainnet" |
| full-protocol | End-to-end build | "build the full protocol" |
| learn | Save a reusable pattern | "remember this pattern" |
| help | This guide | "help" |
## Quick Start
- Describe what you want in plain English — no commands to memorize
- eth-agents auto-detects Foundry vs Hardhat, your frontend framework, and your package manager
- All agents follow checks-effects-interactions and never hardcode addresses
No configuration. Static response only.
End-to-end protocol build pipeline — contract development, testing, auditing, gas optimization, deployment, and dApp integration. Hybrid sequential/parallel execution.
Extracts a reusable skill pattern from the current session and saves it to user scope for automatic activation in future sessions.
Security vulnerability analysis for Solidity smart contracts. Runs static analysis, optional dynamic testing and formal verification.
Full contract build pipeline — write → TDD loop → static audit → gas optimization. Produces a production-ready contract.
Multichain smart contract deployment with Etherscan verification. Requires explicit user confirmation before mainnet execution.
Mainnet fork testing for smart contracts. Tests against real on-chain state at a pinned block number.