Project Synapse
Showcases Agent Communication Protocol (ACP), Agent-to-Agent (A2A), and Model Context Protocol (MCP) capabilities through a collaborative research swarm.
About
Project Synapse is a comprehensive engineering blueprint for multi-agent systems, demonstrating advanced concepts like Agent Communication Protocol (ACP), Agent-to-Agent (A2A) interaction patterns, and Model Context Protocol (MCP). It features a collaborative research swarm of seven specialized agents that work together to execute complex workflows, offering an educational showcase for secure, observable, and extensible AI agent architectures.
Key Features
- Implements Agent Communication Protocol (ACP) for type-safe, structured messaging between agents.
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- Demonstrates various Agent-to-Agent (A2A) patterns including command & control, peer review, and pub/sub broadcasting.
- Showcases Model Context Protocol (MCP) features like real-time progress notifications and secure tool integration.
- Features a swarm of 7 specialized agents collaboratively executing a complex research workflow.
- Enforces MCP Roots security to prevent unauthorized filesystem access for agents.
Use Cases
- Educating on and demonstrating advanced multi-agent system patterns and communication protocols.
- Implementing secure and observable AI-assisted tool integrations for intelligent agents.
- Coordinating complex research or data processing workflows using specialized AI agents.
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