Simplifies configuration. It can either contain the camera’s RTSP credentials so a mobile app can instantly scan and connect to it, or contain a Telegram bot token to rapidly link a new camera to your messaging account. Step 1: Preparing Your IP Camera

There are two primary ways to approach the QR code setup depending on your camera’s brand and software ecosystem. Method A: Using Manufacturer App Native Integration

The most reliable approach uses a lightweight Python script running on your local server. This script listens for a motion trigger from the camera (or an NVR) and executes an API call to Telegram. Example Automation Script (Python)

Single snapshots can occasionally miss context due to shutter lag. Instead of an image, configure your server to cache a 5-second video buffer when motion occurs. Use Telegram's /sendVideo API endpoint to push an MP4 file directly to your screen. This lets you review activity from your lock screen using Telegram’s inline video player. 2. Isolate Camera Networks (VLANs)

If you are using a standard generic IP camera, a custom Raspberry Pi setup, or a platform like Home Assistant, you can create a custom setup QR code using an online QR generator or text encoder.

The bot needs to know exactly where to send the alerts. You can send alerts to a private chat with the bot, or to a dedicated group.

Scan the QR code displayed in the camera's management app with the Telegram integration software to auto-configure settings. Step 4: Setup Alert Rules Enable motion detection within the camera software.

Hold your phone 6 to 12 inches in front of the IP camera lens. Wait for a beep or voice prompt confirming the network connection. Step 4: Configure the Telegram Bridge

= Call service telegram_bot.send_photo using the camera's live image entity.

Place your IP cameras on a dedicated IoT VLAN (Virtual Local Area Network) with firewall rules that restrict them from talking to your primary computers, allowing outbound traffic only to verified endpoints like Telegram's servers.