An outdoor rover, capable of autonomous navigation (using GPS and sonar sensors) or controlled over WiFi.
In this simple tutorial, we will explore how to control a servo motor over the internet, using a smartphone.
Automate your curtains and add safety to your room, using the Arduino 101, WIZ750SR and Blynk, along with sensors and actuators!
An opensource 3D printed aquarium controller with IOT capabilities.
How to merge different IoT devices and services? Node-RED provides an elegant solution.
How to make an IoT-based Smart Home with Blynk 2.0 using NodeMCU ESP8266 to control 4 home appliances with real-time feedback.
A four-legged robot on roller skates.
In this project, we're going to make a keyless door lock system that uses a 4X4 keypad to enter the keys and a servo motor to open or close.
We show how to connect Pico to WiFi while maintaining low power and running it directly on AAA batteries.
LM35 data or temperature can be shown on phone from anywhere. An Example of how can we read data through the virtual pin.
In Manual Mode, control the relay module from Touch Switch & Blynk App. In Auto Mode, DHT11 & LDR will control the Relays Automatically.
Very reliable (multiple mice-live catch) mouse trap. Mice *cannot* escape if they trigger the IR beam! **NEW*: IoT version with phone app!
It is an IOT based door lock system which consists of a NodeMCU board. It is interfaced with a Sg90 which shows open and close of a door lock
Lock your door from anywhere
This project shows you how to change an ordinary remote control car to a Bluetooth control car with a Wombatics SAM01 Arduino board.
Monitor your blood oxygen level with this ESP32 based Oximeter. This Oximeter costs less than 10$.
In this easy project we'll connect a temperature and humidity sensor to an Arduino Uno with an Ethernet Shield and we'll use Blynk.
Controlling a robot via WiFi, using Arduino and Blynk application.
In this tutorial we're going to learn how to use Blynk app & Arduino in order to control a lamp; the combination will be through USB serial.
Monitor the surrounding dust and large particle (>0.5µm) for long time using Blynk IOT and plot the data for further research.
The simplest project in Arduino that one could learn is to control the on-board LED via Blynk app.
With this tutorial, we will learn how to handle this fantastic little device, the NodeMCU ESP-12E and Blynk platform.
Ever wanted your whole room to be lit in sync with the music? Or to be able to control it with your voice? Then this might be for you!
This is an iot based smart energy meter that I made it can monitor power, current, watt hour and unit energy consumed by the device
