Ambur MCP Server

Ambur MCP Server

The Ambur MCP server is a Rust‑based bridge that exposes the full query and transaction surface of the Ambur marketplace and its associated NFT collections to AI assistants. By wrapping all core contract entry points—both for the marketplace itself and for individual NFT contracts such as Archies, Derpies, Foresight, and Ghouls—developers can let Claude or other assistants fetch market data, construct signed messages, and orchestrate on‑chain actions without writing custom integration code.

Solving a common pain point

Interacting with CosmWasm contracts typically requires deep knowledge of the contract’s query and execute schemas, as well as a wallet that can sign and broadcast messages. The Ambur MCP server abstracts these details behind a uniform set of tools: each tool knows the exact JSON structure, required parameters, and network endpoints. This removes boilerplate, eliminates repetitive manual message construction, and guarantees that the generated payloads are valid for the target chain. For developers building AI‑driven workflows, this means they can focus on higher‑level business logic rather than low‑level contract plumbing.

What the server does

• Discovery: Tools such as , , and provide metadata about available contracts, their addresses on mainnet or testnet, and the operations they support.
• Query construction: , , and generate fully‑formed query messages that can be sent via an RPC wallet, enabling assistants to retrieve real‑time market listings, token ownership, or minter status.
• Transaction construction: , , and produce signed‑ready transaction payloads. These can be broadcast by any RPC‑connected wallet, allowing AI assistants to perform trades, mint new NFTs, or update listings.
• Unified tooling: All 15 tools share a consistent interface, making it straightforward for the MCP client to enumerate available actions and invoke them programmatically.

Key features in plain language

• Multi‑contract support: Handles the core marketplace, multiple NFT collections, and their minters in a single server instance.
• Network awareness: Automatically references mainnet or testnet addresses, reducing the risk of mis‑routing queries.
• Extensibility: Written in Rust with a modular architecture, developers can add new contract types or entry points without touching the core logic.
• Open‑source template: The repository includes a reference implementation () that can be forked and customized for other CosmWasm ecosystems.

Real‑world use cases

• AI market research bots: Claude can query current listings, aggregate prices, and surface trends for a portfolio of Ambur NFTs.
• Automated trading assistants: An AI can build and sign execute messages to buy or sell NFTs on behalf of a user, integrating with an external wallet for final authorization.
• NFT minting workflows: Developers can expose a “mint” tool that lets users generate minter queries and execute minting transactions through an AI interface.
• Portfolio management: By querying token data and minter status, assistants can provide up‑to‑date ownership reports or rarity calculations.

Integration with AI workflows

Once the MCP server is running, an AI assistant can list available tools, prompt a user for desired actions (e.g., “Show me the top 10 Archies listings”), and then invoke to construct the query. The assistant can submit the message via an RPC wallet, parse the response, and present it in natural language. For write operations, the assistant can generate a signed transaction with and hand it off to a wallet for confirmation, thereby completing the full read‑modify‑write cycle.

Standout advantages

• Zero manual JSON: All message schemas are baked into the server, eliminating human error.
• Rust performance and safety: The implementation leverages Rust’s compile‑time guarantees, ensuring reliable operation in production.
• Community support: Built on top of the widely used , it benefits from an active ecosystem of CosmWasm developers.

In summary, the Ambur MCP server transforms complex on‑chain interactions into a set of high‑level, AI‑friendly tools. It empowers developers to build sophisticated, conversational interfaces that can read from and write to the Ambur marketplace with minimal friction.