We have built a home automation system using NodeMCU here. In this post we will try to replicate same system using ESP32. We will connect couple of LEDs
Most of the applications involved with ESP32 requires some sort of data transport, means the device should be able to send data over network to some other device/system.
In IoT, there are are two components – Embedded device (edge) and application on cloud. Normally server components are hosted in cloud to have better performance as explained
Introduction: In IoT, it is important to connect two components using server. Typical way is to use HTTP protocol, because it is easy and became defacto standard. However
We had fun controlling the servo position from computer in the previous post, but my friend Siva says this is mobile era, everything has to be controlled by mobile
ESP32 has many features/APIs that are not available with ESP8266. Few my favorites are timers API and LED control API. It can do lot fun stuff with servos.
Objective : In this blog we will demonstrate how to build end to end IoT application using ESP32 board and MicroPython as language. What is required: ESP32 development
Timers are very important peripherals in embedded systems. If your application depends on precise timing, then timers are only thing that are up for that job. ESP32 provides
