Research Mcp Agent
What is Research Mcp Agent
research-mcp-agent is an MCP server designed for conducting research using the StreamableHttp transport protocol. It operates in a stateless manner, allowing for efficient handling of requests in multi-node environments.
Use cases
Use cases include conducting literature reviews, performing data mining tasks, and supporting research projects that require iterative querying and analysis of information.
How to use
To use research-mcp-agent, start the server with the command ‘uv run research_agent’. You can specify a custom port or logging level, and enable JSON responses if needed. The server accepts three arguments: ‘prompt’ for the research topic, ‘max_search’ for the number of searches per iteration, and ‘iterations’ for the number of iterations.
Key features
Key features include stateless operation with ephemeral connections for each request, no session state maintained, task lifecycle scoped to individual requests, and suitability for deployment in multi-node environments.
Where to use
research-mcp-agent can be used in various fields such as academic research, data analysis, and any application requiring efficient handling of research queries in a distributed system.
Clients Supporting MCP
The following are the main client software that supports the Model Context Protocol. Click the link to visit the official website for more information.
Overview
What is Research Mcp Agent
research-mcp-agent is an MCP server designed for conducting research using the StreamableHttp transport protocol. It operates in a stateless manner, allowing for efficient handling of requests in multi-node environments.
Use cases
Use cases include conducting literature reviews, performing data mining tasks, and supporting research projects that require iterative querying and analysis of information.
How to use
To use research-mcp-agent, start the server with the command ‘uv run research_agent’. You can specify a custom port or logging level, and enable JSON responses if needed. The server accepts three arguments: ‘prompt’ for the research topic, ‘max_search’ for the number of searches per iteration, and ‘iterations’ for the number of iterations.
Key features
Key features include stateless operation with ephemeral connections for each request, no session state maintained, task lifecycle scoped to individual requests, and suitability for deployment in multi-node environments.
Where to use
research-mcp-agent can be used in various fields such as academic research, data analysis, and any application requiring efficient handling of research queries in a distributed system.
Clients Supporting MCP
The following are the main client software that supports the Model Context Protocol. Click the link to visit the official website for more information.
Content
MCP StreamableHttp Research Agent Server Example
A MCP server example demonstrating the StreamableHttp transport to conduct a research. This example is ideal for understanding how to deploy MCP servers in multi-node environments where requests can be routed to any instance.
Features
- Uses the StreamableHTTP transport in stateless mode
- Each request creates a new ephemeral connection
- No session state maintained between requests
- Task lifecycle scoped to individual requests
- Suitable for deployment in multi-node environments
Usage
Start the server:
# Using default port 3000
uv run research_agent
# Using custom port
uv run research_agent --port 3000
# Custom logging level
uv run research_agent --log-level DEBUG
# Enable JSON responses instead of SSE streams
uv run mcp-simple-streamablehttp-stateless --json-response
The server exposes a tool that accepts three arguments:
prompt: Research topicmax_search: Number of searches for each iterations (e.g. 2)iterations: Number of iterations to reflect on (e.g. 3)
Client
You can connect to this server using an HTTP client. For now, only the TypeScript SDK has streamable HTTP client examples, or you can use Inspector for testing.
Dev Tools Supporting MCP
The following are the main code editors that support the Model Context Protocol. Click the link to visit the official website for more information.
