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deBridge launches MCP, enabling AI agents to execute non-custodial cross-chain transactions

2 min read
deBridge launches MCP, enabling AI agents to execute non-custodial cross-chain transactions

deBridge, a prominent player in the blockchain technology space, has announced the launch of its latest feature, the Multi-Chain Protocol (MCP). This innovative development allows artificial intelligence (AI) agents to perform non-custodial cross-chain transactions seamlessly, which includes functionalities like swaps, bridging, and executing complex multi-step transactions.

The newly introduced MCP aims to enhance the efficiency and accessibility of cross-chain operations within the decentralized finance (DeFi) ecosystem. By leveraging AI, users can automate their transactions across different blockchain networks without the need for a central authority to hold their assets. This non-custodial approach ensures that users retain full control of their funds throughout the transaction process, aligning with the core principles of decentralization.

With MCP, deBridge addresses one of the significant challenges faced by users involved in cross-chain activities, which often include slow transaction speeds and high fees. The integration of AI technology is expected to streamline these processes, making it easier for users to execute transactions that require multiple steps or involve various assets across different chains.

The implementation of this protocol is particularly timely as the demand for interoperability among blockchain platforms continues to grow. The ability to conduct cross-chain transactions in a non-custodial manner opens up new possibilities for DeFi applications and can potentially attract a broader user base looking for efficient and secure ways to manage their digital assets.

Overall, deBridge's MCP represents a significant advancement in the realm of blockchain technology, combining the power of AI with the principles of decentralization to enhance user experience in cross-chain transactions.

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This article was inspired by reporting from The Block. · Report an issue

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