$ loading_
Enable AI clients to perform secure SSH and SFTP operations via aliases.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "AI Ops MCP" yet — see the docs or source repo.
Use AI Ops MCP to connect to the server with server_id prod-web-1, run uname -a and df -h, and return a summary of the results.
Command output from the target host accessed through a stable server_id, plus a brief summary of system and disk status.
Use AI Ops MCP to upload local ./build/app.tar.gz via SFTP to /tmp/ on the server with server_id staging-api, then confirm whether the upload succeeded.
A completed file transfer with a success confirmation, without exposing passwords, private keys, or passphrases.
Connect through AI Ops MCP to the server with server_id logs-node, list files and directories under /var/log, and organize the output by name.
A remote directory listing that the AI can use for follow-up analysis or operations work.
DevOps engineers or developers can let an AI connect to remote hosts through stable server_id aliases and run SSH commands without directly exposing credentials. It fits routine inspection and diagnostic tasks.
When files need to be uploaded to or downloaded from servers, this MCP tool lets AI operate on target hosts over SFTP. It is suitable for deployment package transfers, log retrieval, and similar remote file access tasks.
Teams can encapsulate server access behind a local SSH credential broker and expose it to AI clients through MCP. This reduces the risk of passwords, private keys, and passphrases appearing in prompts or sessions.
It is a local SSH credential broker and a stdio-based MCP server. It lets AI clients perform SSH and SFTP operations through stable server_id aliases without exposing passwords, private keys, or passphrases.
Known prerequisites include usable local SSH credentials and an AI client that supports MCP. For exact installation steps, runtime requirements, or configuration details, see the source repository.
Its key difference is that the AI accesses servers through a credential broker and server_id aliases instead of directly receiving passwords, private keys, or passphrases. This makes it better suited to AI operations workflows with security boundaries.
Let AI securely access remote machines for ops, transfer, and tunneling.
Let AI handle secure remote SSH commands, transfers, and port forwarding.
Provide AI agents with persistent SSH sessions, port forwarding, and file writes.
Securely diagnose remote servers over SSH with guarded read and write access.
Let AI SSH into servers, run commands, and handle deployment tasks.
Connect AI to remote servers via SSH for commands and secure file transfer.