Turn it, feel it. A BLDC motor on PSOC™ 6 creates programmable clicks, detents, end stops, and keeps the knob in sync with Home Assistant.
One embedded OS, many boards, any module. System services, a web console and an SDK for Wi-Fi microcontrollers.
Two LED Matrices that can display 5 different animations, time and date using NTP, and scrolling text that you can set yourself!
RT-Spark streams motion data over MQTT; a Flask + CNN backend classifies walking or running, shown live in an Android app.
Problems...
DIY voice input system for ESP32-S3 connected to an AI voice model. Integrates Wake Word, local scripts exec, MQTT, and direct GPIO control.
A fully open-source, DIN-rail mounted home automation system built around ESP32-S3 and ESPHome — no cloud, no vendor lock-in.
CO monitoring, 0–10V ventilation control, expanded sensor compatibility, and two new enclosures. Open-source, local-first, no cloud.
Smart IoT irrigation monitor automates watering using real-time soil data, improving crop yield and reducing water wastage efficiently.
Deploy a low-power edge AI camera 1 km from the nearest router — no SIM card, no wired power
Upgrade your Bambu P1S with smart WiFi-controlled LEDs powered by ESP32-S3. Clean install, custom PCB, fully open source.
BeeGuard is an edge AI system that monitors beehive audio to detect stress conditions in real time and publishes alerts globally using MQTT.
Design custom control panels on Android and connect to Arduino, ESP32, and IoT devices via Bluetooth, MQTT, or HTTP — fully offline, no codi
STM32WLE5JC & Raspberry Pi enable low power, local automated predictive actions, based on pattern recognition in senso sensor data streams
Android-like platform for edge devices. App Store, Edge AI, OTA updates. Runtime. No Docker. No SSH.
Learn how to build a smart weather device using the Raspberry Pi 4 Model, utilizing ThingsBoard for real-time data.
I digitalised a simple Slotcar Track using a TRCT5000 sensor, ESP32 and MQTT. All with the help of AI doing the programming parts.
This project demonstrates a smart Industrial IoT edge node built using the STM32L475 IoT Node that continuously reads onboard environmental
A very simple program to demonstrate the ability to use MQTT and HTTP to control peripherals on the WIZio-RTU using MicroPython
A prototype of a smart wall clock which uses a stylish segment 7 display. It features a range of sensors and a control touchscreen.
ESP32-C3 & GC9A01 & SCD41 CO2 monitor. Smooth TFT animations, effortless Wi-Fi setup, native MQTT smart home integration
Auto-adjusting wind turbine with MQTT dashboard, wildlife & storm alerts, and real-time email notifications via IFTTT.
This project is an embedded microclimate control system for indoor plant care. It uses an ESP32 and a Raspberry Pi to care for your plants.
The Curb cloud is gone. Here's how to save your hardware from becoming a very expensive paperweight — and make it better than before.
