New open-source server connects AI agents directly to Gno.land, positioning the platform at the front of blockchain’s shift toward agent-driven development
Gno.land, a next-generation Go-based smart contract platform developed by NewTendermint, announced the release of gnomcp, an open-source server connecting AI coding agents to the Gno.land blockchain.
The launch marks a significant step in Gno.land’s evolution. For the first time, AI agents can interact directly with the network by reading realms, writing and deploying code, and querying live chain state using the same tools adopted by developers across the industry.
A Natural Fit for the Agentic Shift
Software development is increasingly mediated by AI agents capable of reading codebases, writing new code, and executing tasks with growing independence. Gno.land’s architecture, using the Go based Gno programming language, is well suited for this new paradigm as its smart contracts, called realms, are published entirely as human-readable source code. While agents on many other blockchain platforms contend with unfamiliar syntax or opaque bytecode, agents on Gno.land can read and reason about a realm as they would any ordinary codebase.
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gnomcp is built on the Model Context Protocol (MCP), the emerging open standard that lets AI clients such as Claude Code, Claude Desktop, Cursor, Gemini CLI, and others connect to outside tools and systems. By adopting MCP, Gno.land joins a growing standard for agent interoperability rather than building a proprietary interface, making it straightforward for developers to bring their existing AI tooling directly into the Gno.land ecosystem.
Expanding What’s Possible on Gno.land
With gnomcp, agents can explore live realms, draft and deploy new ones using plain-language descriptions, review existing code for issues, and help developers troubleshoot failed transactions. This changes tasks that once required deep platform-specific knowledge into a more conversational workflow. Gno.land sees this as an early but meaningful expansion of who can build on the network, extending its reach beyond developers fluent in blockchain development to the much larger pool of engineers who work in Go.
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