Control your favourite guitar effect using nothing but awesome guitar poses.

Use Blynk to send a command to Onion Omega2 and use virtual pins to write on your console.

A DHT11 connected to Blynk to read data

Use a LattePanda and Blynk to make a simple but cool IoT control unit.

Getting Started Guide for using Blynk with the Arduino IDE for controlling a small robot chassis using a Bluetooth phone or tablet.

Using PSoC and LinkIt ONE send analog sensor values to Blynk and then, with the power of IFTTT control your smart devices based on the data!

This is an ESP8266-based Neopixel dashboard: it can show current time, a custom message and have up to 41 preset effects.

50 people and 6 robots sumo at IoT meetup.

This system sends alerts to your smartphone when there is movement in the house, also allows monitoring the temperature of the place.

Controlling water and heat of a plantation, using real data as temperature, relative air humidity, and soil moisture.

Use your Android/IoS phone or tablet to control your hardware remotely with the thingSoC ESP32 board.

An I2C interface with Blynk.

Mars Rover that uses Arduino 101 for brains, BLE for communication, and the Blynk app for remote control.

I modified a Blynk-controlled car using Adafruit Feather 32u4 Bluefruit LE. I used the Accelerometer widget of Blynk.

This project is dedicated to my parents, but you can also use it for surprise events for someone special.

Learn how to gain remote control of your DIY constructions with the easy to use Blynk interface.

Building robots shouldn't be hard or laborious. All you need is an Arduino 101 and a Sparkfun chassis.

When you are out of your home for Christmas Holiday you can visualize the Temp and Humidity values by your smartwatch using ArduinoMKR1000.

My vision of IoT medicine packaging.

A system that allows you to detect movement, send alert through your smartphone and turn on and off the lights of your home over internet!

5 DOF robotic arm using an Arduino Yun, Blynk app as the control interface and Matlab to implement the forward kinematics.

Here is how to make an Arduino/Genuino 101 Bluetooth Low Energy thermometer with TMP102 and Blynk.

Using PixyCam and Intel Arduino 101 to drive this rover. Easy Robotic Vision system using PixyCam, rover reacts to the ball using Pan/Tilt.

We will learn how to capture temperature data, upload it to internet with a NodeMCU and monitor it on a Smart device using a Blynk app.