The idea is to upgrade my rover to be controlled by a Blynk app in my mobile. The Blynk is talking to my Arduino UNO using Bluetooth HC06.
Really? A pitch? What is this?
Weather station that display temperature, humidity and pressure on your Android phone with Blynk IoT server.
This turns on a bathroom fan automatically when its humid.
With this project, we will be able to water our plant automatically and monitor it from our smartphone.
Using an accelerometer, we detected angular acceleration. With this data we used a particle photon to notify the user via a Blynk dashboard.
I a student from 9th Standard. I have created a project which can track the daily health status of Quarantined people having chance of COVID.
The aim of this project is to control and monitor our home appliances through the internet from anywhere in the world.
50 people and 6 robots sumo at IoT meetup.
Here's IoT project (Internet of Things) data monitor, without any Ethernet shield, ESP module or IoT board.
This project can detect both possible and actual landslides, and send an alert to all those who are connected.
Use of a Particle Argon to open/close a garage door with a Particle Xenon used as a mesh limit switch & smartphone control via Blynk app.
Every backyard needs that little something special. I've created a water fountain that reacts to music and can be controlled wirelessly.
Control the color of the light using "Voice", "Blynk" and "Qmote" .
It can also react to Events in Android Phone.
This product is designed to monitoring the quality of air continuously for COPD patient.
Particle and Blynk to wirelessly monitor a 4,000 gallon water distribution system.
This is an ESP8266-based Neopixel dashboard: it can show current time, a custom message and have up to 41 preset effects.
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.
How to make your room intelligent easily.
A simple IoT experiment using an ESPectro Core v3 and connecting it to Blynk, Cayenne, Dweet, Freeboard & Thinger.
A simple Internet of Things (IoT) experiment using an ESP32 Development Board & shared access Blynk.
On-board data acquisition for mountain bike air suspension pressures.
The best way to save electricity from using your light bulbs is to open your blinds and let the sun shine through!
A simple IoT test using a Blynk project to control & monitor 2 ESP8266 boards (NodeMCU & Wemos D1).