MCPtrace exposes eBPF-based kernel tracing for AI agents to debug Linux kernel issues. It provides tools to attach eBPF programs to kernel functions, collect trace data, and analyze performance bottlenecks. The server connects to the Linux kernel via eBPF and integrates with existing tracing tools. Developers use it to automate kernel debugging, performance analysis, and root cause identification of system issues.
MCPtrace exposes eBPF-based kernel tracing for AI agents to debug Linux kernel issues. It provides tools to attach eBPF programs to kernel functions, collect trace data, and analyze performance bottlenecks. The server connects to the Linux kernel via eBPF and integrates with existing tracing tools. Developers use it to automate kernel debugging, performance analysis, and root cause identification of system issues.
pip install MCPtraceAdd this configuration to your claude_desktop_config.json:
{
"mcpServers": {
"eunomia-bpf-mcptrace-github": {
"command": "uvx",
"args": [
"pip install MCPtrace"
]
}
}
}Restart Claude Desktop, then ask:
"What tools do you have available from MCPtrace?"
No configuration required. This server works out of the box.
"What resources are available in MCPtrace?"
Claude will query available resources and return a list of what you can access.
"Show me details about [specific item] in MCPtrace"
Claude will fetch and display detailed information about the requested item.
"Create a new [item] in MCPtrace with [details]"
Claude will use the appropriate tool to create the resource and confirm success.
We build custom MCP integrations for B2B companies. From simple connections to complex multi-tool setups.