agent-wallet

You can sign EVM and TRON transactions without private key exposure by using a CLI-mediated cryptographic signing process. This approach enforces help-first verification and strictly blocks irreversible wallet-destruction actions to ensure operational safety.

Yes, blockchain wallet management and address resolution are compatible with Node.js 20+ environments. You can create, inspect, and switch active wallets while resolving network-specific EVM and TRON addresses via CLI operations.

The best way to create and inspect blockchain wallets for AI agents is through CLI-mediated operations that require mandatory YAML frontmatter discovery. This process allows agents to list existing wallets and resolve addresses while preventing mnemonic exposure.

To produce network-specific signatures, you provide a transaction payload and wallet ID to the signing CLI. The system generates the required cryptographic signature for the specified network, such as eip155:1 for EVM, without exposing sensitive keys.

Yes, the transaction signing process includes operational safety guardrails that block agent execution of irreversible wallet-destruction actions. It also enforces running help commands before execution to prevent accidental loss of funds or wallet corruption.

CLI-mediated transaction signing requires mandatory YAML frontmatter discovery and Node.js 20+ compatibility. It restricts agent execution of irreversible destructive wallet commands and mandates help-first verification, limiting fully autonomous destructive workflows.