MCP System Monitor
A system monitoring tool that exposes system metrics via the Model Context Protocol (MCP). This tool allows LLMs to retrieve real-time system information through an MCP-compatible interface.
What is MCP Monitor?
MCP Monitor is a system monitoring tool that exposes system metrics via the Model Context Protocol (MCP), allowing LLMs to retrieve real-time system information through an MCP-compatible interface.
How to use MCP Monitor?
To use MCP Monitor, clone the repository from GitHub, build the project, and run the compiled binary. The server will start in stdio mode, ready to communicate with an MCP-compatible LLM client.
Key features of MCP Monitor?
- Real-time CPU, memory, disk, network, host, and process information.
- Detailed metrics including usage percentages, core counts, and I/O statistics.
- Ability to query specific metrics through various tools provided in the system.
Use cases of MCP Monitor?
- Monitoring system performance in real-time for optimization.
- Integrating with LLMs to provide contextual system information.
- Analyzing resource usage for troubleshooting and capacity planning.
FAQ from MCP Monitor?
- What metrics can MCP Monitor provide?
MCP Monitor provides metrics for CPU, memory, disk, network, host, and processes.
- How do I install MCP Monitor?
You can install MCP Monitor by cloning the repository and building the project using the provided commands.
- Is MCP Monitor compatible with all LLMs?
MCP Monitor is designed to be compatible with any LLM that supports the Model Context Protocol.
MCP System Monitor
A system monitoring tool that exposes system metrics via the Model Context Protocol (MCP). This tool allows LLMs to retrieve real-time system information through an MCP-compatible interface.
Features
This tool provides the following monitoring capabilities:
- CPU Information: Usage percentage, core count, and detailed CPU info
- Memory Information: Virtual and swap memory usage
- Disk Information: Disk usage, partitions, and I/O statistics
- Network Information: Network interfaces, connections, and traffic statistics
- Host Information: System details, uptime, boot time, and users
- Process Information: Process listing, sorting, and detailed per-process statistics
Available Tools
1. CPU Information
Tool: get_cpu_info
Description: Get CPU information and usage
Parameters:
- per_cpu (boolean, default: false): Whether to return data for each core
2. Memory Information
Tool: get_memory_info
Description: Get system memory usage information
Parameters: None
3. Disk Information
Tool: get_disk_info
Description: Get disk usage information
Parameters:
- path (string, default: "/"): Specify the disk path to query
- all_partitions (boolean, default: false): Whether to return information for all partitions
4. Network Information
Tool: get_network_info
Description: Get network interface and traffic information
Parameters:
- interface (string, optional): Specify the network interface name to query
5. Host Information
Tool: get_host_info
Description: Get host system information
Parameters: None
6. Process Information
Tool: get_process_info
Description: Get process information
Parameters:
- pid (number, optional): Process ID to get detailed information for a specific process
- limit (number, default: 10): Limit the number of processes returned
- sort_by (string, default: "cpu"): Sort field (cpu, memory, pid, name)
Installation
git clone https://github.com/seekrays/mcp-monitor.git
cd mcp-monitor
make build
Usage
Run the compiled binary:
./mcp-monitor
The server starts in stdio mode, ready to communicate with an MCP-compatible LLM client.
Contributing
Contributions are welcome! Please feel free to submit a Pull Request.
