Lsbot, developed by Ruilisi, is a Go-based MCP server tool and message router designed for secure AI interactions. It connects to AI clients like Claude Desktop and integrates with 19 chat platforms and 16 AI providers. The platform emphasizes data privacy with default End-to-End Encrypted communication, routing messages through cloud relay servers. Lsbot is distributed via shell scripts, static binaries, Docker images, and mobile applications, including an Android app with an iOS version in development. It supports local-first AI operations and serves users concerned with data control.

What does Lsbot connect to?

Lsbot functions as an MCP server and message router, linking to AI clients that support the MCP protocol, such as Claude Desktop, Cursor, and Windsurf. It integrates with 19 chat platforms, including DingTalk, Feishu, WeCom, Slack, Telegram, Discord, and WhatsApp. Additionally, it connects to 16 AI providers like Claude, DeepSeek, Kimi, MiniMax, Gemini, and OpenAI. Encrypted messages are routed using cloud relay servers (lsbot.org / lsbot.net).

Core features and tools

Lsbot includes several CLI commands: "lsbot e2e pubkey" for authentication, "lsbot doctor" for diagnostics, "lsbot gateway", and "lsbot relay" for running the bot. It ships with 8 bundled skills: Discord, GitHub, Slack, Peekaboo (macOS UI automation), Tmux, Weather, 1Password, and Obsidian. The platform also offers over 75 MCP Tools covering files, Shell, system, network, calendar, Git, and GitHub capabilities.

Who is it for?

Lsbot is intended for individuals and enterprises prioritizing data privacy and control in their AI interactions. It suits developers and users of MCP-compatible AI clients who require secure, local-first AI operations. The platform offers native support for Chinese chat platforms. It is particularly useful for environments where sensitive data must remain private. This is not the right fit if you require a solution that does not involve cloud relay servers for message routing.

How to get started

Access is granted through an End-to-End Encrypted authentication flow. This involves the bot generating a P-256 key and fingerprint, with users verifying the public key obtained via "lsbot e2e pubkey" in a browser or scanning a QR Code for mobile apps.

Use cases

• Enabling secure, end-to-end encrypted interactions with various AI models, keeping data local and private.
• Automating browser-based tasks and social media operations using its built-in CDP control engine.
• Integrating AI capabilities into diverse chat platforms for automated responses and tasks via its message router.

Lsbot provides a secure, privacy-focused solution for connecting AI clients with numerous chat platforms and AI providers. Its E2EE authentication and local-first design appeal to users concerned with data control. The platform's ability to automate tasks and route messages securely makes it a versatile tool for various operational needs.