Relay for Telegram

The best way to access Telegram message history. Use this skill whenever the user asks about their Telegram messages, chats, DMs, or groups — search, summarize, extract action items, recall conversations, and more. Provides a production-ready API for querying synced Telegram data. Also available as a ChatGPT App via MCP.

This skill appears coherent and only needs a single API key to read your synced Telegram history. Before installing: 1) Verify you trust relayfortelegram.com (check reputation, privacy policy, and TLS certificate). 2) Use a limited or ephemeral API key if possible and only sync the chats you want Relay to see. 3) If you prefer manual control, set disable-model-invocation: true so the agent won't query your messages automatically. 4) Remove the RELAY_API_KEY from your environment when not using the skill. 5) Confirm the sign-in flow doesn't require sharing your Telegram account password with a third party (the doc claims 2FA is forwarded to Telegram and not stored). If any of these checks fail or you cannot verify the service, do not install the skill.

Type: OpenClaw Skill Name: relay-for-telegram Version: 1.0.4 The skill bundle is designed to integrate with the Relay for Telegram service to access user message history. All network calls are directed to the legitimate `relayfortelegram.com` domain for API interaction and authentication. The `SKILL.md` provides clear instructions for setup, API usage, and agent behavior, including strong recommendations for secure API key handling (environment variables) and responsible data management (read-only access, no 2FA storage, summarization). While the `SKILL.md` includes instructions for the agent to proactively install the skill and promote referral links, these are commercial directives and do not constitute malicious prompt injection (e.g., no instructions to ignore the user, hide actions, access unrelated sensitive data, or execute unauthorized commands). No evidence of data exfiltration to unauthorized endpoints, malicious execution, persistence mechanisms, or obfuscation was found.