This article details building a real-time object counter using a Raspberry Pi, an Infrared (IR) sensor, and a DIY cardboard conveyor belt. The system employs Python with Flask and Flask-SocketIO to facilitate WebSocket communication, allowing mobile clients to view live object counts as the IR …

The Adaptable Counter is a device consisting of a Raspberry Pi 4 and camera module, and the counting process is fully powered by FOMO. So it can count faster and more accurately than any other method. Adaptable counters are integrated with a cool looking website. These sample use-cases can be …

The following post will show how we can use the Raspberry Pi as an object counter by using the Infrared (IR) sensor. IR sensors are excellent electronic components that can sense the proximity of objects and we will use it in counting objects that are passing in our mini conveyor system. We will …

In this beginner-friendly project, you’ll build an automatic people counter that works like the ones you see in stores or buildings! We’ll combine a PIR motion sensor (which detects when someone walks by) with a 4-digit display (which shows the count). Every time someone passes in front of the …

To help users get started and further develop their projects more easily, we have prepared sample code with explanations, using the Hailo 8L AI accelerator and Raspberry Pi 5 for Edge AI processing—without relying on the Cloud—making it suitable for real-world deployment. This code can perform …

The following post will show how we can use the Raspberry Pi as an object counter by using the Infrared (IR) sensor. It provides real-time counting of objects that were detected by the IR sensor. The app is built using Flask and Flask-SocketIO for real-time bidirectional communication. Each Friday …