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Enable TEE-based non-custodial key management and multi-chain signing for AI agents.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "keygenix-mcp" yet — see the docs or source repo.
Use keygenix-mcp to set up a non-custodial wallet signing workflow for my AI agent with TEE support for Ethereum and Solana. Explain key generation, access control, signing calls, and audit log design.
A multi-chain agent signing architecture with key lifecycle, invocation flow, and security control recommendations.
I am building an AI assistant that performs automated on-chain actions. Using keygenix-mcp, design a secure transaction signing flow including pre-checks, policy approval, in-TEE signing, and failure rollback.
An end-to-end signing workflow detailing risk controls, approval steps, and error handling.
Using keygenix-mcp, define a key management policy for an AI application supporting multiple blockchains, covering environment isolation, rotation policy, least privilege, chain-specific boundaries, and operational monitoring metrics.
An actionable key governance policy suitable for production multi-chain AI applications.
Securely manage API credentials and proxy requests without exposing secrets to agents.
Securely manage credentials for AI agents authenticating with external services.
Discover crypto and onchain tools for AI agents with trust metadata.
Retrieves company context and presents it as rules, reasoning, skills, and commands.
Securely authorize AI agents to sign up for SaaS dev tools within budget limits.
Encrypt and manage local secrets for safe AI agent access via MCP.