A multi-protocol intelligent agent unified gateway system based on asynchronous programming

By using a unified gateway system for multi-protocol intelligent agents based on asynchronous programming, the problems of inconsistent protocols and fragmented management on intelligent agent platforms are solved, achieving efficient multi-protocol processing and management, and improving system performance and scalability.

CN122457415APending Publication Date: 2026-07-24TIANFU JIANGXI LAB
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
TIANFU JIANGXI LAB
Filing Date
2026-06-04
Publication Date
2026-07-24

AI Technical Summary

Technical Problem

In existing technologies, the lack of unified protocols for intelligent agent platforms leads to complex development and difficult integration. Synchronous programming models are inefficient at handling high-concurrency requests, streaming transmissions are inconsistent, and management is decentralized and lacks scalability.

Method used

The system adopts a multi-protocol intelligent agent unified gateway system based on asynchronous programming. It realizes protocol adaptation and unified data model through a layered asynchronous architecture, including a unified service interface layer, an asynchronous task processing layer, a protocol adaptation layer, an intelligent agent management layer, and a data persistence layer. It supports the conversion and management of Coze, Dify, and A2A protocols.

Benefits of technology

It enables unified access, efficient processing, and convenient management of multi-protocol intelligent agents, significantly improving the system's concurrent processing capabilities, scalability, and development and maintenance efficiency, while reducing development costs and system latency.

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Abstract

The application discloses a multi-protocol intelligent agent unified gateway system based on asynchronous programming, a unified service interface layer provides a standardized application programming interface as an entrance for interaction with a client, receives a task request of the client and returns a response, an asynchronous task processing layer provides a full-asynchronous event loop for managing an asynchronous connection pool, controlling a task concurrency number, scheduling asynchronous tasks and processing streaming data, a protocol adaptation layer is used for realizing bidirectional conversion between an external protocol and a unified data model inside the system, an intelligent agent management layer performs full-life cycle management on intelligent agents registered in the system, and a data persistence layer stores structured data of the system, hot spot data and semantic vectors of the intelligent agents. Through the layered asynchronous architecture and the protocol adaptation mechanism, unified access, efficient processing and unified management of multi-protocol intelligent agents are realized, and the concurrent processing capability, the expandability and the development and operation efficiency of the system are significantly improved.
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