Learn how to use Blynk app with an ESP8266.
saving water smartly.
Here's IoT project (Internet of Things) data monitor, without any Ethernet shield, ESP module or IoT board.
Monitor pressure, humidity, and temperature over WiFi with an AA battery-sized device.
A method in which waste management is automated. An innovative system that will help keep the city clean and healthy.
A smartphone garage door remote and status sensor using Blynk and Photon.
Easy way to unlock and Lock door with Blynk app. Also, I will add code for to Lock & Unlock door by RFID and fingerprint sensor. 3 in 1.
Level Monitor for extremely dusty environments or where other distance sensors don’t work.
Control your robot from a Wi-Fi network using an ESP8266 Wemos D1, Arduino IDE and Blynk App!
This system will water your plants automatically, monitor the level of the water reservoir and will keep your plants happy on many aspects.
In this project, I'm using a Kortex A1 IoT-sensor microcontroller in order to monitor temperature/humidity/pressure/altitude via WiFi.
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!
The idea is to basically monitor our rooms continuously and if no one is present in the room, the system will turn off the lights and fans.
Cheap and easy way to feed the dog from anywhere via your phone.
Water is essential for life. Save water is saving Earth. So, why not use Blynk Board to save Earth?
farmMinder monitors soil moisture level and scares away squirrels! Using the Blynk platform, you can monitor your farm remotely.
Really? A pitch? What is this?
In this opportunity we will integrate our active power meter or electric consumption, Peacefair Pzem-004 with the IoT Blynk app platform
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!
Read temperature, humidity and air quality control using DHT22 and MQ - 135 and monitoring with Blynk using ESP8266.
Adjust your blinds from the comfort of your seat without having to go through the effort of standing up.
This project was part of the Lane Tech HS Physical Computing Lab course. I created this project as part of the Home Automation/IoT project.
It is a lamp or desk lamp that is controlled by your phone for when you need the light to get to your bed, but not once you are in bed.
