Octopod, a uniquely shaped full automation system that allows you to monitor your industry and keep security with AI and smart RFID locks.
Smart Garden is a plant environmental monitoring system.
A project that speaks on behalf of mother nature. It is real time air quality monitoring device.
saving water smartly.
Create your Blynk mobile app to monitor your garden and activate the irrigation.
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.
A cube with all the necessary sensors, suitable for a wide range of applications like agriculture. Know the land beneath you!
Monitor pressure, humidity, and temperature over WiFi with an AA battery-sized device.
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!
A system that warns for unexpected rains to help out your garden. The system displays real time values on mobile.
Particle Photon circuit allowing the display of environmental conditions (light, temperature, humidity, pressure) using the Blynk app.
A simple 4 channel design/program for monitoring orchid and plant moisture levels.
Collecting multiple data from multiple sensors connected to the same 1-wire bus and monitoring them from the internet with Blynk.
Fidget Spinners are everywhere - one of the challenges is to get the fastest spinning and longest running Spinner...build a sensor!
Use the Arduino101 Bluetooth wireless interface to read the Intertial Measurement Unit (IMU) with your phone or tablet using Blynk !
Controlling water and heat of a plantation, using real data as temperature, relative air humidity, and soil moisture.
Every time a movement is detected by the sensor, a message is sent to a smartphone anywhere in the world!
Display sensor values (DHT11 in example) on the Smartphone using Blynk App.
Water is essential for life. Save water is saving Earth. So, why not use Blynk Board to save Earth?
Save time by knowing whether the Faculty is in his chamber or not.
Turn on a fan automatically with a Particle Photon using temperature sensing and the Blynk app.
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!
How can scientists model and predict the formation of sink holes using IoT?
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