remote-ssh-mcp
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- AlicenseNot gradedqualityDmaintenanceEnables AI coding agents to securely execute shell commands on remote SSH servers with granular per-host permission controls. Automatically discovers hosts from ~/.ssh/config and exposes dedicated tools for each allowed host to ensure proper authorization before remote execution.1,420 npmApache 2.0
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- AlicenseNot gradedqualityCmaintenanceEnables AI agents to manage remote servers via SSH, including command execution, multi-host batch operations, SFTP file transfer, background job handling, DevOps diagnostics, port tunneling, and safety guardrails like high-risk command blocking and read-only mode.MIT
TDQS
Scored across 11 tools
Each dedicated tool has a clearly bounded purpose (docker_ps vs docker_logs vs docker_exec, sys_snapshot vs service_status vs http_probe), and exec explicitly instructs the agent to prefer a specialized tool. Minor overlaps remain: exec can do anything its peers do, docker_exec mirrors exec semantics on a container, and backup_file duplicates the automatic backup that file_write already performs on overwrite.
The dominant pattern is domain_action (file_read, file_write, docker_ps, docker_exec, docker_logs, http_probe, xui_api), which reads predictably and groups related tools by prefix. Deviations are small but real: exec is a bare verb, and backup_file inverts the order (verb_resource) relative to the rest.
Eleven tools is squarely in the well-scoped band for a remote-ops server, and each one maps to a recurring day-to-day task rather than a redundant variation. The broad exec escape hatch keeps the specialized set from needing to grow further.
Read/write/backup for files, container inspection and exec, system and service diagnostics, egress probing, and panel API access cover the core remote-ops lifecycle with no dead ends. Gaps are minor: no directory listing, file copy/move, or container lifecycle controls (restart/stop), all of which must fall back to exec.