simply-telegram-bridge

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Problem

You want to check on Claude Code from your phone without exposing a full remote shell or copying your private automation stack into a public repo.

This template gives you a small local Telegram control surface for Claude Code. It keeps the bot local, requires an explicit allowlist by default, and leaves deployment choices to you.

Install

One command. Takes 60 seconds.

curl -fsSL https://raw.githubusercontent.com/nardovibecoding/simply-telegram-bridge/main/install.sh | bash

Clones the repo, installs dependencies, prompts for bot token + settings, writes .env. Just run python3 bot.py after. The installer requires ALLOWED_USERS unless you explicitly opt into ALLOW_ALL_USERS=true.

Prerequisites:

• Python 3.10+
• Claude Code CLI installed and authenticated
• A Telegram bot token (from @BotFather)

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Quickstart

export BOT_TOKEN="000000000:FAKE_TELEGRAM_BOT_TOKEN_FOR_LOCAL_TESTS"
export ALLOWED_USERS="123456789"   # your Telegram user ID
export WORKING_DIR="/path/to/project"
export MODEL="sonnet"              # haiku | sonnet | opus

python bot.py

Then open your bot in Telegram and start messaging:

You:  What's the git status?

Bot:  Working...
        $ git status
        Read README.md

Bot:  Clean — on branch main, 3 commits ahead of origin.
      Last commit: "fix: handle edge case in parser"
      (4.2s, 2 tool calls)

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How It Works

Telegram message
      │
      ▼
  Bot (bot.py)
      │   auth check → allowed users only
      │
      ▼
Claude Code SDK (sdk_client.py)
      │   persistent connection, auto-reconnect
      │
      ├──▶ Bash      $ git status, pytest, npm run build …
      ├──▶ Read      open any file in the working directory
      ├──▶ Write     create new files
      ├──▶ Edit      patch existing files
      ├──▶ Grep      search file contents
      ├──▶ Glob      find files by pattern
      ├──▶ WebSearch research from the web
      ├──▶ WebFetch  fetch a URL
      └──▶ Agent     spawn sub-agents for complex tasks
             │
             ▼
      streaming response
      (tool calls shown live as they happen)
             │
             ▼
      Telegram reply with timing stats

Cold start: ~6 s once. Subsequent messages: 2–3 s.

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Features

Capability	Detail
Full tool access	Bash, Read, Write, Edit, Grep, Glob, WebSearch, WebFetch, Agent
Live tool progress	Each tool call shown in real-time as Claude works
Streaming text	Response text updates as it arrives, not just at the end
Long message splitting	Responses >4096 chars split automatically
Task cancellation	/cancel stops a running task mid-execution
Auto-reconnect	Persistent SDK connection restarts transparently on crash
Multi-model	Switch between Haiku, Sonnet, and Opus via env var
Allowlist auth	Restrict access to specific Telegram user IDs
Custom working dir	Point Claude at any directory on the host machine
Custom system prompt	Override the default assistant persona
Markdown rendering	Bot responses rendered as HTML — bold, code, links preserved
Rate limiting	Configurable per-user message rate limit (default: 5 req/min)
File/image input	Send photos or documents — bot passes them to Claude as input
Multi-session	Per-chat working directories via JSON mapping
3-file footprint	bot.py + sdk_client.py + requirements.txt — ~300 lines total

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Setup Guide

1. Create a Telegram Bot

1. Open @BotFather in Telegram
2. Send /newbot and follow the prompts
3. Copy the token. Public examples in this repo use fake token placeholders.

2. Find Your Telegram User ID

Message @userinfobot — it replies with your numeric user ID.

3. Configure Environment

export BOT_TOKEN="000000000:FAKE_TELEGRAM_BOT_TOKEN_FOR_LOCAL_TESTS"
export ALLOWED_USERS="111222333"          # your user ID (comma-separated for multiple)
export WORKING_DIR="$HOME/myproject"      # directory Claude operates in
export MODEL="sonnet"                     # haiku | sonnet | opus
export SYSTEM_PROMPT="You are a helpful coding assistant."  # optional

4. Run

python bot.py

To keep it running in the background:

nohup python bot.py > bridge.log 2>&1 &

Or as a systemd service (Linux):

[Unit]
Description=Claude Telegram Bridge

[Service]
ExecStart=/usr/bin/python3 /opt/simply-telegram-bridge/bot.py
EnvironmentFile=/opt/simply-telegram-bridge/.env
Restart=always

[Install]
WantedBy=multi-user.target

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Configuration Reference

Variable	Required	Default	Description
BOT_TOKEN	Yes	—	Telegram bot token from BotFather
ALLOWED_USERS	Yes by default	empty	Comma-separated Telegram user IDs
ALLOW_ALL_USERS	No	false	Set true only for a private test bot
WORKING_DIR	No	~	Directory Claude operates in
MODEL	No	sonnet	haiku, sonnet, or opus
SYSTEM_PROMPT	No	"You are a helpful coding assistant."	System prompt for the session
RATE_LIMIT	No	5	Max messages per user per minute
CHAT_DIRS	No	—	JSON mapping of chat ID → working dir, e.g. {"123456": "/projects/foo"}

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Commands

Command	What it does
(any text)	Sent to Claude Code — full tool access
/cancel	Cancel the currently running task

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Security

ALLOWED_USERS is your first line of defense. Set it to your Telegram user ID. If it is empty, this template denies all users unless ALLOW_ALL_USERS=true.

# Single user
export ALLOWED_USERS="111222333"

# Multiple users
export ALLOWED_USERS="111222333,444555666"

What Claude can do: The bot can execute Claude Code tools from the configured working directory. Only grant access to users you trust completely.

Credentials: BOT_TOKEN and ALLOWED_USERS are env vars — never committed to git. Use a .env file locally and EnvironmentFile in systemd.

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Architecture

3 files, ~300 lines:

File	Lines	Responsibility
bot.py	~160	Telegram bot — auth, message handling, progress display, cancellation
sdk_client.py	~130	Claude SDK wrapper — persistent connection, streaming, auto-reconnect
requirements.txt	2	python-telegram-bot + claude-agent-sdk

The SDK client maintains a single persistent connection per process. On disconnect or crash, it reconnects transparently before the next query. The lock ensures concurrent Telegram messages are serialized to the same session.

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Battle-Tested

This public template is intentionally smaller than a private production bot stack. It omits private deployment wiring, logs, runtime state, and operational workflows.

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Star History

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License

AGPL-3.0 — see NOTICE for attribution.