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Securely diagnose remote servers over SSH with guarded read and write access.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "ssh-remote-mcp" yet — see the docs or source repo.
Connect to the remote Linux server and perform a read-only check of CPU, memory, disk, recent system logs, and nginx logs. Identify likely causes of the slowdown and suggest next steps; do not perform any write operations.
A summary of key system metrics, relevant log findings, likely root causes, and non-invasive troubleshooting recommendations.
Log into the remote server, read the application config files, systemd service status, current environment variables, and recent deployment directory structure. Check whether the configuration matches expectations and point out potential risks.
A report of configuration differences, service status, directory and environment checks, plus risks that need human confirmation.
First analyze abnormal disk usage on the remote server and identify the largest log or cache directories. If cleanup or configuration changes are needed, explicitly list the planned write operations and wait for my confirmation.
First provide disk usage analysis and suggested cleanup targets, then separately list deletion or modification actions pending approval.
Connect AI to remote servers via SSH for commands and secure file transfer.
Securely let AI assistants run remote server commands over SSH.
Manage SSH sessions, run remote commands, transfer files, and diagnose servers.
Enable AI to access remote hosts via SSH for commands and file transfer.
Give AI persistent SSH access for remote commands, file transfer, and port forwarding.
Manage remote Linux machines over SSH directly from an AI chat.