Sometimes you just need a slice of Pi.

AI on the ESP32 often looks very different to the AI that we often talk about in our home labs or on our computers. Typically, it involves TinyML, squeezing a wake-word model into a few hundred ...

Most people assume object tracking for autonomous flight is very complex, but it doesn’t have to be that way. All you need is a different way of looking at the problem. We built this project to see if ...

Are you not getting caught up in the hype of the term 'Physical AI'? Lately, there isn't a day in the manufacturing industry where you don't hear the term 'Physical AI'. If you go to an exhibition, ...

Modern robotic assembly systems combine robotic arms, machine vision, motion control, and embedded control electronics to ...

There are a lot of ESP32-based development boards out there– and why not? It’s a versatile chip that can be used in all sorts of situations, and people want boards to match them. Not ...

Most cameras detect movement but do not understand whether it matters. Repeated generic alerts create alert fatigue, while cloud-first systems continuously upload more footage than a useful decision ...

After getting his hands on a rope driver module from the Apollo project era that had a big ‘Scrapped Module’ stamped on it, [Mike Stewart] was naturally left curious as to what exactly had failed in ...

This document outlines the procedure for enabling pip in the Python Embeddable Package. Rather than simply following the steps, we will proceed while understanding the 'meaning behind the work' (as ...

v6 is a ground-up rewrite from Arduino onto ESP-IDF + FreeRTOS: independent FreeRTOS tasks for radar read, motion smoothing, LED rendering, web serving, and ESP-NOW peer-mesh — no more cooperative ...