Open Multi-Agent Canvas
@CopilotKit
About Open Multi-Agent Canvas
The open-source multi-agent chat interface that lets you manage multiple agents in one dynamic conversation and add MCP servers for deep research
Basic information
Config
No standard config provided
This server doesn't expose a parseable MCP config block in its README. See the repository for install instructions.
RepositoryTools
No tools detected
We auto-extract tools from the README. The maintainer can list them under a ## Tools heading to populate this section.
Overview
What is Open Multi-Agent Canvas?
Open Multi-Agent Canvas is an open-source multi-agent chat interface that lets you manage multiple agents in one dynamic conversation. Built with Next.js, LangGraph, and CopilotKit, it supports travel planning, research, and general-purpose tasks through MCP servers.
How to use Open Multi-Agent Canvas?
Clone the repository, rename example.env to .env in the frontend folder and set NEXT_PUBLIC_CPK_PUBLIC_API_KEY from Copilot Cloud, install dependencies with pnpm i, then build and start with pnpm run build && pnpm run start. Optionally run the MCP Agent backend using Poetry and LangGraph.
Key features of Open Multi-Agent Canvas
- Manage multiple agents in one dynamic conversation
- Built-in MCP Agent for general-purpose tasks
- Connect to custom MCP servers via Stdio or SSE
- Public MCP server integration (e.g., mcp.composio.dev)
- Supports travel planning and AI research agents
- Open-source under MIT License
Use cases of Open Multi-Agent Canvas
- Run multiple AI agents simultaneously for travel planning
- Conduct web research with specialized researcher agents
- Integrate custom MCP tools for task automation
- Deploy in collaborative environments for multi-agent workflows
FAQ from Open Multi-Agent Canvas
What is Open Multi-Agent Canvas and how does it differ from single-agent chats?
Open Multi-Agent Canvas allows multiple agents to interact in one conversation, enabling complex multi-step workflows that a single agent cannot handle.
What are the runtime requirements?
You need Node.js, pnpm, and a Copilot Cloud API key. The optional MCP Agent backend requires Python, Poetry, and an OpenAI API key.
Where does my data live?
Data is processed through Copilot Cloud and the configured MCP servers; refer to CopilotKit and MCP documentation for data handling details.
What transport and authentication methods are supported?
MCP servers can be connected via Standard IO (local commands) or SSE (Server-Sent Events). Authentication uses API keys for Copilot Cloud, OpenAI, and LangSmith.
Can I use existing agents with Open Multi-Agent Canvas?
Yes, the project includes reference agents for travel and AI research, and you can add custom agents through the MCP Agent configuration.
More AI & Agents MCP servers
欢迎来到 智言平台
Shy2593666979AgentChat 是一个基于 LLM 的智能体交流平台,内置默认 Agent 并支持用户自定义 Agent。通过多轮对话和任务协作,Agent 可以理解并协助完成复杂任务。项目集成 LangChain、Function Call、MCP 协议、RAG、Memory、HITL、Skill、Milvus 和 ElasticSearch 等技术,实现高效的知识检索与工具调用,使用 FastAPI 构建高性能后端服务。
LinkedIn MCP Server
stickerdanielOpen-source MCP server for LinkedIn. Give Claude and any MCP-compatible AI agent access to profiles, companies, jobs, and messages.
Gemini MCP Server
aliargunMCP server implementation for Google's Gemini API
Shell and Coding agent for Claude and other mcp clients
rusiaamanShell and coding agent on mcp clients
Sequential Thinking Multi-Agent System (MAS)
FradSerAn advanced sequential thinking process using a Multi-Agent System (MAS) built with the Agno framework and served via MCP.
Comments