Aomi Transact

Build AI-driven crypto agents that simulate and execute transactions on any EVM chain via natural language.

Install
cmdop skills install agensi-aomi-transact

Aomi Transact is a skill that lets an AI agent translate natural-language prompts into wallet-signed transactions across six EVM-compatible chains: Ethereum, Base, Arbitrum, Optimism, Polygon, and Linea. Every action goes through fork-chain simulation before any signature is requested, so the agent can detect failures before anything reaches the network. Transactions are signed exclusively by the end-user wallet — private keys never leave the user.

The skill exposes low-level EVM primitives that agents can compose: ABI encoding via encode_and_call, batched fork simulation via simulate_batch, staged calldata queuing via stage_tx, and wallet handoff using EIP-712 via commit_tx and commit_eip712. These primitives cover multi-step flows such as approve-swap-execute routing without custom contract deployment.

Aomi Transact ships with support for more than 40 protocol integrations, covering DeFi venues such as Uniswap, Aave, Lido, Morpho, GMX, and Hyperliquid, as well as bridges and aggregators including Across and 1inch, and prediction markets such as Polymarket. Agents can also reach centralised exchange APIs from Binance and OKX through the same interface.

This skill is classified at OWASP AST risk tier L2 because it signs and broadcasts on-chain transactions. Captured scanner reports from Cisco AI Defense, pors/skill-audit, NMitchem/SkillScan, and Snyk are available in the source repository. It is non-custodial and does not require a hosted wallet provider.

Use cases

  • Build a natural-language DeFi agent that swaps tokens or supplies liquidity on Uniswap or Aave from a user prompt
  • Create an AI trading assistant that opens leveraged positions on GMX or Hyperliquid via plain-text instructions
  • Wrap any EVM protocol as MCP tools so other agents can call on-chain functions without writing ABI code
  • Add cross-chain bridging to an agent stack using the Across integration
  • Build a prediction-market bot that places bets on Polymarket from natural-language instructions
  • Scaffold a wallet assistant that simulates multi-step transactions on a forked chain before prompting the user to sign

When to use it

  • The agent needs to read or write state on Ethereum, Base, Arbitrum, Optimism, Polygon, or Linea
  • Transaction safety via fork-chain simulation before signature is a requirement
  • The workflow requires multi-step DeFi sequences such as approve-swap-execute
  • The agent must interact with one or more of the 40+ pre-integrated DeFi, bridge, or exchange protocols
  • The project needs non-custodial execution where the user retains signing keys at all times

When not to use it

  • The target chain is not one of the six supported EVM networks (e.g. Solana, Bitcoin, Cosmos)
  • The use case requires custodial key management where the agent holds and signs with its own private key
  • No end-user wallet is available to sign transactions at runtime
  • The task is purely read-only data retrieval from a non-EVM source with no transaction requirement