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Get live Linux host signals for monitoring and troubleshooting.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "sysmcp" yet — see the docs or source repo.
Read this Linux host’s CPU, memory, processes, and network status, and flag anomalies.
A host health overview with key metrics and anomaly flags.
Use the current host signals to determine whether there is a resource bottleneck and suggest next checks.
Likely CPU, memory, process, or network bottlenecks.
If available, combine eBPF with deeper Linux host observability.
More granular system behavior and runtime signals.
Ops engineers can quickly inspect CPU, memory, process, and network signals when a Linux host becomes slow, overloaded, or network-problematic.
Developers can connect live Linux host signals to an MCP-enabled client for automated diagnosis and status display.
When basic metrics are not enough, optional eBPF can provide deeper observability clues if supported.
It provides MCP clients with live Linux host signals, including CPU, memory, processes, and network information, with optional eBPF observability. It is best suited for monitoring and troubleshooting.
The description explicitly targets Linux hosts. Support for other systems is not documented; see the source repository.
Known prerequisites are access to a Linux host and an MCP-capable client. eBPF is optional; see the source repository for setup details.
Monitor Linux resources, processes, and Docker status in real time.
Interact with Linux systems via MCP for monitoring, diagnostics, and operations.
Diagnose and troubleshoot Linux and macOS systems across hosts via read-only SSH.
Manage interactive TCP connections, forwarding, proxying, and session logging from MCP hosts.
Test MCP client-server integration with ping and echo demo tools.
Draft and propose Signal messages with explicit human approval before sending.