Make IoT-based Smart Home Automation using Multiple ESP32 & NodeMCU network to control all the home appliances from the Switches & Blynk App
I wanted to create a device that could spin spools of thread when I pressed a button so I could just cut the thread and continue sewing.
Too lazy to turn on your speakers? Too forgetful to turn them off? Look no further, as this project will automate all of your worries away!
Make IoT-based Smart Home Automation using Multiple NodeMCU ESP8266 network to control all the home appliances from the pushbuttons & Blynk.
Learn how to use Blynk.
Control 8 relays with WiFI + Bluetooth + Manual Switch using ESP32 and Blynk App. Explained with circuit & source code.
An easy to build simple weather station that connects to your smartphone via WiFi and Blynk.
First step towards Home automation
A monitoring station for my off-grid greenhouse. Multiple environmental parameters, WiFi, solar-powered, cloud connectivity.
How to make IoT based Smart Home Automation Using Blynk & ESP32 to control an 8-channel relay module from the manual switch & smartphone.
IOT Controlled 4Bit NeoPixel Desk lamp is operated using the very simple Blynk platform and Esp8266 based nodemcu.
Have you ever dreamed to turn on or off your Christmas tree lights with just your voice? if the answer is "yes", just read this article.
Sending The Data From The LoRa Modules To Blynk Servers Using Ai-Thinker LoRa Modules
Many IoT based Home Automation projects crashes when the Internet speed goes down. So, within this project, I tried to solve this issue.
Hello everyone this is Rohan Barnwal here welcome back with another project as we all know that whole world is fighting with COVID19........
Control lights and music for a Christmas wreath using a Beaglebone Black and a Blynk application!
How to make an IOT Weather Reporting System using Arduino and Node MCU
I bought a GE smart outlet because it was on sale @Lowes really cheap. Well their app stinks and its not HomeKit compatible. I fixed that!
Control 5 home appliances from the manual switches, smartphone, IR remote. Also, control relays with room temperature and ambient light.
An LED that will be on or off, using a button from Blynk.
In Manual Mode, control the relay module from Touch Switch & Blynk App. In Auto Mode, DHT11 & LDR will control the Relays Automatically.
The autonomous device will send the vehicle position to the android app with time and will show the location on google maps.
In this IoT project, I have made a WiFi and IR remote control relay module using an ESP8266 (ESP01) and Arduino with Real-time Feedback.
Simple and easy build of Arpeture MC Mini at a fraction of cost!
