Multithreading Node.js Websocket ESP32-CAM

In this tutorial, we’ll show you how to optimize your IoT system by implementing Node.js clustering for enhanced performance. You’ll learn how to efficiently distribute sensor processing across multiple CPU cores, enabling your system to handle real-time data from various sensors effectively. This tutorial is perfect for those looking to improve the performance of their existing IoT projects by leveraging the power of Node.js clustering. By the end of this video, you’ll be equipped with the knowledge needed to build a high-performance IoT system that can adapt to your project’s growing needs.

Chapters:
0:00 – Presentation
0:40 – Introduction
2:22 – Techniques and concepts
5:00 – Code changes for microcontrollers
5:52 – Code changes for Node.js server
16:38 – The sensor.js code (workers)
22:31 – Testing everything out

Projects github repo:
Node.js server: https://github.com/NomadicGeek369/node.js-websocket-sensor-server
AZ-Envy code: https://github.com/NomadicGeek369/az-envy-multithreading-tutor
ESP32-CAM code: https://github.com/NomadicGeek369/esp32-cam-multithreading-tutor
Freenove code: https://github.com/NomadicGeek369/freenove-multithreading-tutor