- Discussion
- Useful Resources
- Quick Guide
- Next steps for you as a developer
- Applications of ESP32
- Performing the (OTA) update of ESP32 firmware
- Getting current time using NTP Client
- Transmitting data over Bluetooth
- Transmitting data over WiFi using MQTT
- Transmitting data over WiFi using HTTPS
- Transmitting data over WiFi using HTTP
- WiFi on ESP32
- Interfacing OLED Display with ESP32
- ESP32 SPIFFS storage (A mini-SD Card in the chip itself)
- ESP32 Preferences
- Interfacing ESP32 with Analog sensors
- Interfacing ESP32 with MPU6050
- Setting up RTOS for dual-core and multi-threaded operation
- Installing the ESP32 Board in Arduino IDE
- Introduction to ESP32
- Brief Overview of IoT
- Home
Selected Reading
- Who is Who
- Computer Glossary
- HR Interview Questions
- Effective Resume Writing
- Questions and Answers
- UPSC IAS Exams Notes
ESP32 for IoT Tutorial
This tutorial, as the title suggests, enables you to get started with ESP32. ESP32 is a System on Chip (SoC) microcontroller that has gained prominence in the Internet of Things (IoT) space. This tutorial gives you a brief overview of IoT, before introducing you to ESP32. We discuss why ESP32 has gained prominence, and why it makes sense to be famipar with ESP32 if you are working in the IoT domain. The chapters specific to ESP32 have been structured such that you get a flavor of all the major areas specific to IoT: sensing data, processing, storing and displaying data, and transmitting data. We also discuss some firmware features that are essential for IoT devices: RTC (Realtime Clock) and OTA (Over The Air) updates. Finally, we discuss the apppcations of ESP32, focusing specifically on the problem of scale (i.e., how should you decide whether to use ESP32 or not if you are producing thousands or lakhs of devices). In the end, we look at areas not covered in this tutorial, that you can take up for future exploration.
All the non−theory chapters contain a code walkthrough. All the code sketches are uploaded on GitHub and pnks are provided in the corresponding chapters. This will allow you to download/ clone the sketches on your local machine. Also, code snippets are provided in the chapters to ensure continuity and longevity. You will not have to open multiple tabs just to understand the code.
Audience
This tutorial is ideal for students/ professionals of an engineering background who are working in IoT or wish to make inroads in IoT or are enthusiastic about IoT in general. People who are not from an engineering background can also benefit from this tutorial, provided they have programming experience.
Prerequisites
It is necessary to have some programming experience (preferably in C/ C++) to fully benefit from this tutorial. Experience of working with a microcontroller, especially using the Arduino IDE, will be beneficial but is not mandatory.
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