$ loading_
Observe Linux hosts as a read-only graph with status and provenance.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "System Explorer MCP" yet — see the docs or source repo.
Use System Explorer MCP to list all hosts and return a status summary for each host.
A list of hosts with status overviews for quick environment health checks.
Find Docker-related objects on this Linux host and show the object details with provenance/evidence.
A list of relevant objects, their properties, and the supporting provenance or evidence trail.
Use the changes tool to view recent changes on the specified host and group the results by object type.
Recent change records grouped by object type to help identify system changes.
Ops teams can use it to inspect host status and object relationships across multiple Linux machines. Its read-only model is useful for scoping issues before taking action.
When an environment includes Docker, VMs, ZFS, or systemd components, teams can inspect collections, objects, and evidence as a graph. This makes relationships between system parts easier to understand.
When you need to confirm what changed on a host, you can inspect changes and evidence. This fits change review, incident retrospectives, or read-only audit workflows.
It is a read-only MCP server that represents Linux hosts as a graph of objects with provenance. It provides seven tools for listing hosts, viewing status, collections, objects, evidence, lookup, and changes.
The provided description mentions systemd, ZFS, Docker, VMs, network, hardware, and NixOS. For the complete scope, see the source repository.
No installation guide or prerequisite details are provided here. For setup steps, runtime requirements, and configuration, see the source repository.
Diagnose and troubleshoot Linux and macOS systems across hosts via read-only SSH.
Diagnose Linux systems and control desktop hardware with compact, safe JSON output.
Monitor Linux resources, processes, and Docker status in real time.
Interact with Linux systems via MCP for monitoring, diagnostics, and operations.
Monitor system resources, processes, networks, and logs for diagnostics and troubleshooting.
Analyze disk images with AI through MCP for fast forensic investigation.