A2A Protocol

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Explore the latest insights, tutorials, and best practices in the A2A Protocol ecosystem. Stay updated with our technical articles and community updates.

AgentMaster Multi-Agent Conversational Framework - Multimodal Information Retrieval System Based on A2A and MCP Protocols
July 31, 2025

AgentMaster Multi-Agent Conversational Framework - Multimodal Information Retrieval System Based on A2A and MCP Protocols

AgentMaster is a next-generation multi-agent conversational framework jointly developed by Stanford University and George Mason University, pioneering the integration of A2A and MCP protocols in a single system. It supports multimodal inputs including text, images, and audio, automatically decomposes complex tasks through coordinator agents, and implements various functions such as SQL queries, information retrieval, and image analysis with excellent performance and user-friendliness.

MCP
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2025 Complete Guide: Agent2Agent (A2A) Protocol - The New Standard for AI Agent Collaboration
July 22, 2025

2025 Complete Guide: Agent2Agent (A2A) Protocol - The New Standard for AI Agent Collaboration

A2A (Agent2Agent Protocol) is the first open standard protocol designed specifically for communication between AI agents, solving the collaboration challenges of AI agents developed by different organizations. This guide covers A2A protocol core concepts, technical implementation, practical application scenarios, and hands-on examples in Python, JavaScript, Java and other languages to help you quickly master agent collaboration development.

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A2A vs ACP Protocol Comparison Analysis Report
July 5, 2025

A2A vs ACP Protocol Comparison Analysis Report

A2A (Agent2Agent Protocol) and ACP (Agent Communication Protocol) represent two mainstream technical approaches in AI multi-agent system communication: 'cross-platform interoperability' and 'local/edge autonomy' respectively. A2A, with its powerful cross-vendor interconnection capabilities and rich task collaboration mechanisms, has become the preferred choice for cloud-based and distributed multi-agent scenarios; while ACP, with its low-latency, local-first, cloud-independent characteristics, is suitable for privacy-sensitive, bandwidth-constrained, or edge computing environments. Both protocols have their own focus in protocol design, ecosystem construction, and standardization governance, and are expected to further converge in openness in the future. Developers are advised to choose the most suitable protocol stack based on actual business needs.

ACP
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