Modern Iot Product Development Using Ai
Published 7/2026
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 1h 54m | Size: 1.89 GB
Master IoT Product Development by resolving real-world problems featuring MQTT, device provisioning, OTA, auto-discovery
What you'll learn
Build a complete Wi-Fi-enabled IoT product from scratch using the ESP8266, including firmware development, hardware integration, and browser-based control.
Develop a modern IoT backend using Node.js, NestJS, PostgreSQL, and MQTT to manage device provisioning, authentication, configuration, and real-time communicati
Implement production-inspired IoT features such as captive portal provisioning, persistent device configuration, mDNS discovery, WebSockets, OTA firmware update
Create responsive web applications that control and monitor IoT devices in real time using REST APIs and WebSockets without exposing MQTT directly to the browse
Design scalable IoT system architectures that support multiple users, shared device access, backend-managed command routing, firmware management, and secure aut
Understand the engineering trade-offs behind common IoT technologies, including HTTP vs. WebSockets, MQTT, mDNS, captive portals, EEPROM storage, OTA updates, a
Requirements
Basic knowledge of programming in C++ and JavaScript.
Familiarity with HTML, CSS, and basic web development concepts.
Basic understanding of computer networking concepts such as IP addresses, Wi-Fi, and HTTP is helpful but not required.
A computer running Windows, macOS, or Linux with administrator access for installing development tools.
An ESP8266 development board (such as NodeMCU or ESP-12E) and a USB cable for programming it.
A stable Wi-Fi network for testing IoT applications.
Willingness to build projects by writing code and experimenting with hardware.
No prior IoT experience is required. The course starts by building a simple prototype and progressively introduces advanced topics such as WebSockets, MQTT, captive portals, mDNS, OTA firmware updates, backend development with NestJS, device provisioning, and scalable IoT architecture.
Description
Build real-world Internet of Things (IoT) products from scratch and master the complete development lifecycle-from embedded firmware and web applications to backend services and scalable IoT architecture. This hands-on course teaches you how to design, develop, and deploy modern IoT systems using theESP8266,Node.js,NestJS,MQTT,WebSockets,REST APIs, andPostgreSQL.
Unlike courses that focus only on blinking LEDs or isolated examples, this course follows an iterative, product-driven approach. You will start by creating a simple Wi-Fi-enabled IoT device and progressively transform it into a production-inspired platform with secure user authentication, device provisioning, real-time communication, backend-managed command routing, OTA (Over-the-Air) firmware updates, and multi-user device management.
Throughout the course, you will learn how to build an embedded firmware application for the ESP8266, develop responsive browser-based control panels, implement captive portal Wi-Fi provisioning, configure mDNS for device discovery, use EEPROM for persistent storage, and enable secure OTA firmware updates. You will also build a professional backend usingNestJS that handles user accounts, device registration, authentication with JWT, firmware management, MQTT communication, WebSocket-based real-time updates, and scalable device ownership.
Beyond coding, this course emphasizes software architecture and engineering best practices. You will understand the trade-offs betweenHTTP vs. MQTT,REST APIs vs. WebSockets, browser-to-device communication vs. backend-mediated communication, and learn how commercial IoT platforms are designed for security, scalability, and maintainability.
By the end of the course, you will have built a complete end-to-end IoT ecosystem consisting of embedded firmware, a web client, a backend service, a database, an MQTT broker, and OTA update infrastructure. More importantly, you will possess the practical skills and architectural knowledge needed to build your own smart home devices, industrial IoT solutions, connected products, or commercial IoT platforms.
Whether you are a software developer, embedded systems engineer, electronics enthusiast, computer science student, or aspiring IoT entrepreneur, this course will provide the knowledge and hands-on experience to confidently build modern, cloud-connected IoT products using industry-relevant technologies and best practices.
Who this course is for
Software developers who want to expand into IoT product development.
Embedded systems and electronics enthusiasts interested in building connected devices using the ESP8266.
Backend and full-stack developers who want to learn how IoT devices communicate with modern backend services using NestJS, MQTT, REST APIs, and WebSockets.
Engineering and computer science students looking for practical, project-based experience in designing complete IoT systems.
Makers, hobbyists, and entrepreneurs who want to turn IoT ideas into real, scalable products.
Professionals who want to understand how commercial IoT platforms implement device provisioning, authentication, OTA firmware updates, real-time communication, and multi-user device management.
Anyone interested in learning not only how to build an IoT product, but also why different architectural decisions are made and the trade-offs involved.
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