TL;DR:
- The MCP server allows AI agents to execute complex operations on Injective using natural language.
- The tool is open-source and integrates advanced security with AES-256-GCM encryption to protect private keys.
- The system automates technical tasks such as margin calculations and signing, simplifying the workflow for developers.
Injective has announced the launch of its Model Context Protocol (MCP) server, a pioneering tool created to facilitate AI-driven perpetual futures trading in a native and efficient manner.
This new tool allows intelligent agents, including Anthropic’s Claude, to connect to the network’s financial modules without the need for complex custom integrations. With this innovation, any user can turn a simple conversation into a signed transaction on the blockchain in a matter of seconds.
Advanced Infrastructure for an Autonomous Agent Economy
Injective’s MCP server is more than just a chat interface; it is a full-execution backend that includes 22 specialized tools. Its functions range from real-time market data queries to managing leveraged positions and bridging assets across various networks such as Ethereum, Solana, and Arbitrum.
Furthermore, security was a determining factor in its development, ensuring that private keys are stored locally and never exposed to the AI model. The server automatically handles price quantization and ticket sizes, eliminating the technical barriers that traditionally delayed the creation of trading applications.
Injective is positioning itself as the base infrastructure for the next generation of market participants: autonomous agents. These agents will not only be able to trade but also deploy protocols and optimize smart contracts independently, operating 24/7 without constant human intervention.
In summary, the integration of the MCP protocol marks the beginning of an on-chain economy where AI serves as the primary interface. Injective continues to lead this space, providing the necessary rails for machine intelligence and programmable capital to coexist in a fully decentralized environment.
