Humidity Sensor
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How to Build an IoT Indoor Weather Station Using CircuitDigest Cloud "Is it going to rain, or should I leave the windows open?" we would have asked ourselves numerous times. Now the weather is clear, but sometimes the rain will suddenly start pouring. The standard weather forecast application may give you accurate forecasts near the airport or other places, which are kilometres away from us, but it will not give us accurate forecasts… |
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Smart Wellness Clock By Shekhar Nandanwar The rapid advancement of Internet of Things (IoT) technology has made smart home and smart environment monitoring systems increasingly accessible and affordable. Embedded systems powered by low-cost, high-performance microcontrollers such as the ESP32 series now allow developers to create feature-rich, user… |
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CM³ Centralised Mode Management Machine By shiva shankar P Most existing home automation systems emphasize remote access rather than intelligent automation. Users are required to manually select modes, configure schedules, or control devices individually through applications. This approach makes the system reactive and increases operational effort. From a system design… |
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How to Build an IoT-based Weather Monitoring System Using Arduino? Have you ever wanted to build your own IoT-based Weather Monitoring Station? Imagine monitoring real-time temperature, humidity levels, atmospheric pressure, rainfall detection, air quality index (AQI), and more—right from your local network. With the power of the Arduino UNO R4 WiFi, you can create a dynamic weather dashboard web page that displays all your environmental data in real-time… |
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How to use nRF24L01 module with Arduino? If you're looking to add wireless communication to your project, the Arduino nRF24L01 module combo is one of the most reliable and cost-effective solutions available. Whether you're building a DIY spy bug, a long-range walkie-talkie, or just want to control stuff wirelessly, the Arduino nRF24L01 setup gives you the flexibility to send and receive data wirelessly over long distances using the 2… |
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Rugged Outdoor Fitness Tracker This project aims to empower users to lead a healthier and safer lifestyle. Next, let's look at the connections used in this project. The sensor SHT21 and OLED display use an I2C bus, the GPS sensor uses UART and the accelerometer sensors use analog pins. The connections are done in that manner… |
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PlantSense - Smart Indoor Plant Care System The Smart Indoor Plant Care System is an IoT-based solution that automates plant care by monitoring soil moisture, temperature, humidity, and light intensity. The system uses these sensor inputs to automatically water the plant and control lighting, ensuring optimal conditions for growth. Additionally, it provides real-time feedback to users through a mobile/web… |
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Smart Home Using Arduino Uno R4 WiFi Our Smart Home Using Arduino Uno R4 WiFi project is designed for home safety and convenience, integrating temperature, humidity, light, and gas monitoring. Using sensors like DHT11/DHT22, LDR, and MQ-2 gas sensor, the system detects environmental changes and alerts users through LEDs and a piezo buzzer when thresholds are exceeded, such as harmful gas levels or… |
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IIot Test Bed Using Maixduino The main idea of this project is to develop a test bed for Industrial Internet of Things to monitor parameters like temperature, humidity, light level, DC motor RPM and its power consumption. Sipeed Maixduino board act as the processing unit to measure, process and display the parameters in the LCD. Further the data is transferred to a host PC to feed the data to… |
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The Smart PanelIntroduction
The idea is to use the Sipeed Maxduino Board and an ESP8266 (Nodemcu) With the help of Platform IO and Ardunio Cloud/EspHome. The basics are to attach a four-channel relay and touch sensors hooked up to the NodeMCU board, making it a smart switch unlike other smart switches, which look and feel the same. This switch has some extra features that make it… |
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IoT Weather StationProject Explanation
This project showcases an IoT Weather Station built using the Arduino Uno R4 Wi-Fi, designed to monitor and report various environmental parameters. Utilizing multiple sensors—including the DHT22 for temperature and humidity, the BMP180 for atmospheric pressure, an anemometer for wind speed, a wind vane for wind direction, and a rain gauge for… |
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New RRH62000 Sensor Module from Renesas for Indoor Air Quality Monitoring Renesas Electronics Corporation has introduced the RRH62000, a compact and advanced all-in-one sensor module designed specifically for indoor air quality monitoring. Measuring 46.6 x 34.8 x 12 mm, the RRH62000 integrates several key sensors, making it highly efficient for various applications such as air purifiers, HVAC systems, and smart home devices. At the core of… |
