Iot Application Development With The Matter And The Esp32

Mastering Matter: Revolutionize IoT Development with the Ultimate Smart Home Protocol and the ESP32

What you'll learn

Discover Matter, a new protocol for smart devices, enhancing user experience, fostering interoperability across ecosystems, backed by 140+ companies

Follow hands-on practical exercises in developing ESP32 based IoT applications using the ESP-IDF and ESP-Matter libraries.

Learn the core elements of the Matter data model: nodes, endpoints, clusters, attributes, and commands, defining IoT device capabilities

Learn how Matter devices interact within a network, enabling useful automations without intermediaries, utilizing device binding and ACLs

Explore Matter Fabric & Multi-admin: Understand how devices join multiple ecosystems, authenticate, & enforce access control across different Fabrics.

Understand Matter's security model: Learn how PKI, DACs, and NOCs authenticate devices, ensuring trusted communication and protecting data privacy.

Requirements

Knowledge of basic Linux commands

Laptop or PC running Ubuntu 22.04

ESP32 development kit

Basic knowledge of C and C++ programming

Basic knowledge of IP networking

Description

Join our comprehensive course on Matter, the revolutionary protocol reshaping smart home technology. Explore its principles, security, and industry impact. Get practical experience of developing Matter applications for the ESP32.In this course, you'll delve deep into Matter's significance in solving compatibility issues in smart homes. Understand how it unifies smart home ecosystems and has the potential to enhance interoperability and user experience in the IoT market.Discover Matter's functionality and engage in hands-on development with sample applications and learn about scalability considerations.Explore Matter's hardware and software requirements, supported development kits, and SDKs. Get hands-on experience of developing Matter applications on the ESP32 Familiarize yourself with its security model, including Device Attestation Certificates (DACs) and X.509 certificates.Understand the commissioning process, from device authentication to network setup. Explore Matter's multi-admin concept and the role of Node Operational Certificates (NOCs) in identifying nodes across ecosystems.Learn about Access Control, Access Control Lists (ACLs), and permissions for Matter nodes. Gain insights into Matter's Distributed Compliance Ledger (DCL) and its role in securely publishing device information.Whether you're a developer, IoT enthusiast, or industry professional, this course provides a comprehensive understanding of Matter's principles, security, and practical implementation, empowering you to navigate the evolving landscape of smart home technology with confidence.

Overview

Section 1: Introduction

Lecture 1 Why Matter?

Lecture 2 Course Outline

Lecture 3 Requirements

Lecture 4 Exploring the Matter SDK

Section 2: Overview of Matter & Environment Set-Up

Lecture 5 Developer Overview of Matter

Lecture 6 The Functional Layer of the Matter Protocol

Lecture 7 Practical Exercise: Installing the Matter Environment on Linux

Section 3: Matter Data Model

Lecture 8 Matter Data Model

Lecture 9 Practical Exercise: Endpoints, Clusters and Attributes using the Chip-tool

Lecture 10 The Importance of Endpoint 0

Lecture 11 Practical Exercise: Installing a Matter Application on the ESP32

Section 4: Matter Interaction Model

Lecture 12 Matter Clients and Servers

Lecture 13 Practical Exercise - Coding a Matter Light for the ESP32

Lecture 14 Basic Interactions

Lecture 15 Practical Exercise: Binding a light switch to a Matter Light

Section 5: Matter Fabrics

Lecture 16 Understanding Matter Fabrics and Multi-Admin

Lecture 17 Practical Exercise - Matter Fabrics and Multi-Admin

Section 6: Matter Security Model

Lecture 18 Matter Security Model

Lecture 19 Practical Exercise - Over The Air Updates

Lecture 20 Digital Compliance Ledger

Lecture 21 Security in Production

Lecture 22 Certificate Revocation

Lecture 23 The Matter Certification Process

Lecture 24 Practical Exercise - Working with Matter Certificates

Section 7: Matter Bridges and Border Routers

Lecture 25 Matter Bridges

Lecture 26 Matter Border Routers

Lecture 27 Practical Exercise - Building a Border Router

Section 8: End Of Course Test

IoT Application Developers,IoT Operational support,IoT Solution Architects,Educators