First Look: Hands-On with Claude Code’s New Telegram and Discord Integrations
Anthropic has introduced messaging support for Claude Code, enabling users to remotely interact with a Claude Code session running on a Mac via Telegram and Discord bots. This new capability, released as a research preview, allows for controlling agentic workflows and executing commands directly from mobile devices. It signifies a move towards more flexible and accessible management of local AI agents.
The technical setup involves creating a bot through Telegram's @BotFather, obtaining a bot key, and then installing a specific Telegram plugin within Claude Code on the Mac. Initiating a session requires launching Claude Code with the `claude --channels plugin:telegram@claude-plugins-official` command, and users must ensure Bun is installed for the plugin to function correctly. A notable operational detail is the frequent need to use the `--dangerously-skip-permissions` flag to prevent interactive prompts that are inaccessible from the messaging interface, streamlining remote execution.
This integration holds significant implications for the OpenClaw ecosystem, particularly as it demonstrates the potential to reimplement complex agentic setups using core LLM tools like Claude Code and standard messaging platforms. It fosters a paradigm where agent orchestration can be managed conversationally, potentially simplifying the development and deployment of multi-agent systems. The ability to control agents remotely via widely used communication apps could accelerate the adoption of distributed agentic workflows and enhance collaborative AI environments.
This signal is highly relevant for developers looking to build or integrate agentic AI with common communication platforms, offering a practical pathway for headless agent control and custom workflow automation. Researchers focused on human-agent interaction and distributed AI systems should examine the user experience and security implications of such remote interfaces. Operators deploying Claude Code will find value in the enhanced flexibility for remote task execution and monitoring, provided they carefully consider the security trade-offs associated with permission skipping.