Key Highlights
- deBridge’s MCP server lets AI systems process transactions directly across various blockchains.
- The protocol currently supports 24 blockchains, including Ethereum, TRON, and Base.
Cross-chain protocol deBridge today introduced a Model Context Protocol (MCP) server designed to allow AI systems to initiate and complete transactions directly across multiple blockchain networks.
The protocol currently supports 24 blockchains, including Ethereum, TRON, and Base.
Connecting AI agents to on-chain infrastructure
According to deBridge, the MCP server allows AI agents and developers tools, including GitHub, Copilot, Claude, and Cursor, to execute swaps, bridge assets, and manage multi-step transaction flows. The integration spans EVM-compatible chains as well as Solana.
Rather than requiring manual wallet approvals, network switching, or repeated transaction submissions, the system consolidates this process into a single execution layer. The structure is intended to address operational bottlenecks that have limited automated strategies across fragmented blockchain environments.
Predefined parameters and MEV-aware routing
The MCP server is built around deterministic execution, meaning transactions are configured to settle according to predefined parameters. Routing is described as MEV-aware, with quoted pricing structured to show expected execution outcomes.
Through the process, users retain custody of their assets. Wallet coordination, retries, and chain interactions are handled within the protocol’s infrastructure, reducing the need for continuous user input while maintaining non-custodial control.
Expanding intent-based infrastructure
The launch builds on deBridge’s earlier release of “Bundles,” an intent-based execution model introduced in December. Bundles allow users to define an outcome, such as completing a sequence of cross-chain actions, while the protocol manages the underlying transaction logic.
The MCP server extends that framework by enabling AI-driven systems to trigger and manage those actions programmatically. This moves the protocol further toward chain abstraction, where execution can occur across networks without requiring direct interaction with each blockchain’s interface.
Coverage and architecture
deBridge operates as a zero-TVL, solver-driven architecture designed to transfer liquidity directly between networks without issuing wrapped assets. Moreover, the protocol has recently raised $5.5 million in funding from investors such as ParaFi Capital and Animoca Brands.
With the MCP server now live, the protocol is placing its infrastructure to support AI-based transaction execution across a broad set of blockchain networks, integrating automation directly into cross-chain activity.
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