Avoids obstacle and pits at the same time
Create an ESP32-based environmental monitoring node with real-time data acquisition, threshold alerts, and advanced dashboard visualization.
A handy tool for any home brewer, capable of monitoring temp, pH, and specific gravity. Displaying all to a 2.4" touchscreen.
Keyboard and display for an interactivity console, a DOS for SD, an updater, a sensor section. A project I am still working on...
A full-stack IoT system using RT-Spark and ML to classify motion data in real-time, delivering activity insights to a custom Android app.
Capture HDMI footage remotely using a battery-powered PiKVM.
This project aims to GNSS data transfer and display by integrating a GNSS module and an Ethernet module.
Low cost spectrophotometer with edge-AI on Arduino Uno Q. Detects contamination real-time, scores quality autonomously & generates reports
This project lets you ask your ESP32 “How bright is it right now?” and get real-time readings straight to your phone. It’s simple, elegant.
Utilize sensors to monitor sound disturbances and temperature levels in a gaming environment. If thresholds are reached, alerts are sent.
Use MATLAB to analyze IoT Device Data🔢, and monitor on a visual graph 📊. Use trigger to perform actions, like webhooks 🕸
Build a smart system that sends email alerts from Arduino using IoT cloud integration.
We’ve built a smart crop monitoring and irrigation system using LoRaWAN for long-range, low-power communication. It collects real-time data
This is a IoT based environmental monitoring system for University Cafeteria.
I made a robotic arm using M5stack and Arduino. It uses SG90 servomotors to operate.
We aim to revolutionize daily health tracking with a simple, non-invasive device for constant personal wellness monitoring.
Smart Energy Meter uses ESP32 for data collection and WiFi, and Raspberry Pi Pico for calculations, with LCD display and Blynk app access.
LCD equipped device showing the time in HH:MM:SS that a person sits without getting up in its proximity (0 - 1, 5 M).
Learn how to measure air pressure with an STM32 by integrating the MPX4250AP analog sensor and its ADC interface.
Max energy saving. Device connect to WiFi and send message ONLY if is necessary after by incoming critical data read (battery level and soil
The project is about the design of a digital tachometer, a device used in the measurement of speeds of rotating bodies.
Python-based beginner-friendly TCP/UDP port scanner with multithreading, optional banner grabbing, JSON output, and unittest coverage.
This way of checking the quality of lighting in our home, or anywhere else, is extremely simple, cheap, and mobile
Learn how to build a home automation model using Arduino and cardboard.
