This post explains how to install and create a web application using Flask and deploy it to your Raspberry Pi. We used it to control our WS2812b Neopixels effects using our mobile phones.
This post discusses the wiring of our WS2812B Neopixels to your Raspberry Pi. It also explains the luma.led_matrix library on how we can control the effects on each addressable LEDs
In this project we will control our WS2812B Neopixel effect using our mobile phone and raspberry pi.
This project tutorial series will discussed how to create your own ESP8266 Web Server using the NodeMCU module. The web server application that we are gonna be creating is used to control our electronic components.
In this post we are going to show how you can install the ESP8266 File Uploader in your Arduino IDE so that you can use SPIFFS in your web server Internet of Things application.
This post discusses how we can make our NodeMCU ESP8266 Web Server more responsive and reduce the page refresh or flickering using the AJAX or XMLHttpRequest API.
In this post we are going to discuss how we can control our electronic components using our mobile phone thru the use of the ESP8266 NodeMCU Web Server. We connect to our web server thru our mobile phones browser and control whatever components we like.
In this post we are going to show how to install the Add On (ESP8266 Core) developed by the ESP8266 community so that you can program this chip using your Arduino IDE.
In this article we are going to program our Arduino RFID Database Security System. We will configure the Arduino to read the MFRC522 RFID Reader and retrieve the RFID code. The RFID code is then sent thru the ESP8266 ESP-01 through serial communication.
This post discusses how to create an Application that will connect to our database to retrieve valid RFID Codes. This is part of our Arduino RFID Database Security System