Use ESP32S3 to upload IoT data samples to AWS IoT SiteWise directly with RESTful API and show historical data on the Grafana dashboard.
Explore your world with a variety of sensors using the RISC-V backpack add-on board. Measure temperature, humidity, light, motion and more.
Receive muscle signal data from the Hexabitz Single-Lead EXG Monitor using Arduino. Process and visualize data with LED indicators.
Through temperature and humidity Sensor and air pressure, OLED, LEDs and buzzers indicate possible acute diseases that threaten human healt
Step-by-step guide to interface the DS18B20 temperature sensor with nRF7002DK using Zephyr for accurate digital temperature monitoring
Will guide you to visualize the DHT11 data via voice commands.
If you have ever dreamed about being a super hero, here is your chance to begin the adventure.
Setting up a basic MAX9814-based Clap Sensor.
Adjusted from version 1.0 for outdoor use without the need to expose oneself to the air. Simply view it through a web server
This alarm clock is to help people lead a 1% more healthier lifestyle.
This project aims to GNSS data transfer and display by integrating a GNSS module and an Ethernet module.
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.
Environmental parameters sensing and transmission from Agrumino to Thingspeak platform.
Build a portable IoT node that uses a 4G LTE modem to send sensor data (JSON) via HTTP POST to your cloud PHP/MySQL backend. No Wi-Fi requir
The project was built to provide the history of the Barometric pressure over 19 days on a 10.1inch tft display.
Helps in alerting the staff when the goods are at a low stock, detrimental temperature. Human movement detection to prevent theft.
This ESP32 clock grabs accurate time from the internet and displays it on a crisp OLED screen.
A playful, hardware-free robotics simulator that teaches control, sensing, and decision-making through interactive exploration.
STM32WLE5JC & Raspberry Pi enable low power, local automated predictive actions, based on pattern recognition in senso sensor data streams
🌤️ Our IoT-based system detects real-time weather using sensors & auto-updates your laptop wallpaper to match the ambiance! 💻✨
Detects sound and airborne particulates in the air. If unsafe levels of either are present, warning lights will display.
This IoT project allows for the environmental conditions of two or more places to be compared at any time and chose which study friendly.
Learn how to use the DHT11 sensor with Arduino.
