Oxideterm, from Analysedecircuit, is a free mcp program built with Rust and GPUI, designed for professional remote server management and terminal emulation. It functions as an AI-native workspace, connecting to diverse systems and services. Distributed as platform-specific binary packages for macOS, Windows, and Linux, it also offers portable archives. Its CLI companion is a standalone binary, providing headless management capabilities. Oxideterm secures credentials using the operating system's keychain, ensuring a protected environment for system administrators, developers, and researchers.

What does Oxideterm connect to?

Oxideterm connects to a variety of systems and services, serving as a professional remote server management and terminal emulation tool. It supports connections to local shells, SSH, Telnet, Serial, RDP/VNC, and SFTP. Additionally, it integrates with Model Context Protocol (MCP) server tools. This broad connectivity allows users to manage diverse environments from a single application, making it a versatile choice for those needing to interact with different remote and local infrastructures. Its design aims to centralize access for various operational needs.

Core features and tools

Oxideterm exposes numerous callable tools and functionalities. For external MCP control, it grants access to connection, terminal, SFTP, transfer, forwarding, remote-desktop, recording, IDE workspace, Quick Command, addon, Cloud Sync, and Host Tools workflows. Other exposed tools include local shells, SSH, Telnet, Serial, RDP/VNC, SFTP, Port Forwards, a built-in IDE, OxideSens AI, Plugins (WASM and process plugins), a CLI Companion (oxideterm for headless management), Session Manager, Cloud Sync, Session Recording & Playback (asciicast v2), and Broadcast Input.

Who is it for?

Oxideterm targets system administrators, network managers, software developers, and academic researchers. These professionals require a capable remote server management and terminal emulation tool. Its AI-native workspace features, combined with secure connection protocols, make it suitable for individuals managing complex server infrastructures or engaging in remote development. The tool's support for various AI providers and secure credential storage addresses the needs of a security-aware technical audience. Skip this if you prefer a tool that does not integrate AI capabilities for session inspection or workspace actions.

How to get started

Stored credentials (passwords, private-key passphrases, API keys) are secured in the operating system's keychain. Setup for AI features involves a "Bring Your Own API Key" (BYOK) model, where users configure their chosen AI provider's API key.

Use cases

• AI-assisted Remote Server Management: Connect to a remote server via SSH, manage files with SFTP, configure port forwarding, and use OxideSens AI to inspect live sessions and execute approved workspace actions.
• Integrated Remote Development: Utilize the built-in IDE for lightweight editing of remote files over SFTP, complete with features like tree-sitter highlighting for various languages and Git status indicators.
• Automated Multi-Target Operations: Employ broadcast input to send commands to multiple selected terminal sessions simultaneously and use the "oxideterm" CLI companion for headless management, automation, and diagnostics of workspace settings and connections.

Oxideterm offers a feature-rich environment for remote server management and terminal emulation, distinguished by its AI integration and secure authentication. Its pure-Rust SSH stack and OS keychain integration provide a secure foundation for managing diverse systems. The tool's support for multiple AI providers and extensive callable workflows makes it a strong contender for technical professionals.