A monitoring station for my off-grid greenhouse. Multiple environmental parameters, WiFi, solar-powered, cloud connectivity.

A new way to connect sensors! Connect up to five sensors to the particle powered WiSor and obtain real-time data on your mobile phone!

Micro Gear Motor based small robot powered by a Wemos D32 Pro and controlled by Blynk app.

Control temperature, humidity, CO2, and light with an automated open-source mushroom fruiting chamber using ESP32 and Blynk 2.0.

Monitor the conditions (Hum, Temp, Soil Moisture & Light) in which your plant in growing & take necessary actions from anywhere, anytime.

Monitor the surrounding dust and large particle (>0.5µm) for long time using Blynk IOT and plot the data for further research.

We show how to connect Pico to WiFi while maintaining low power and running it directly on AAA batteries.

A smart scarecrow on the field to keep a track of climatic condition. For need of irrigation/pesticides a drone will be sent to the field.

This tutorial will help you to learn DHT11/DHT22 interfacing with nodeMCU and sending its data to Blynk Application.

How to build a smart monitoring system (temperature, soil moisture, light level, humidity and air pressure sensors) for your plants.

Automatic and smart care of plants by proper watering and their monitoring.

IoT-based Smart Home Automation using the new Blynk 2.0, ESP32 LDR & DHT11 sensor to control 8 relays from mobile, IR remote & switches.

Make your own IoT based home/office security system using the Nodemcu ESP8266 Wifi module, PIR Sensor and Blynk application.

Using Ultrasonic sensor and Esp-32 to measure distance and obtaining result on blynk cloud.

This is a short tutorial for connecting and setting up the MH-Z14A carbon dioxide sensor in Arduino w/OTA updates and Blynk.

Use the Arduino101 Bluetooth wireless interface to read the Intertial Measurement Unit (IMU) with your phone or tablet using Blynk !

We will learn how to make a fire alarm system using NodeMCUESP8266. This IoT based project detects the nearby flame & informs us.

Here I have made prototype of smart home. In this Smart home project I have used Arduino and Node Mcu to control the Hardware parts.

Simple yet effective

The device utilizes the Pyroelectric Infrared Sensor to automatically power down the electric power to the tools at the work bench if idle.

We are going to build a simple IoT dog feeder that costs less than $30 and can be controlled remotely via an IoT software!

Make IoT-based Home Automation using ESP32 Blynk with the Fan Speed control, sensor, and IR remote control relay with real-time feedback.

In this tutorial you will learn how to set up a weather station based on ESP32, and how to monitor its readings remotely, via the Blynk app.

In this project, you can view the temperature and humidity in your room wherever you are.