96 Overview of the Internet of Things
96.1 Chapter Overview
This chapter provides a comprehensive introduction to the Internet of Things (IoT), covering fundamental concepts, historical evolution, and practical applications. The content has been organized into focused chapters for easier navigation and learning.
96.2 Learning Path
Start with IoT Introduction and progress through the chapters in order, or jump directly to topics of interest using the guide below.
96.3 Chapter Guide
96.3.1 Getting Started (Beginner)
| Chapter | Description | Key Topics |
|---|---|---|
| IoT Introduction | From everyday objects to smart devices | Three Ingredients Test, Five Verbs Framework, Global Impact |
| IoT Requirements | What makes an IoT device | Minimum requirements, Eleven ideal characteristics, Architecture layers |
| IoT Perspectives | How stakeholders view IoT | Security, DIY, Hardware, Architecture, Data Analytics perspectives |
96.3.2 Understanding Evolution (Intermediate)
| Chapter | Description | Key Topics |
|---|---|---|
| Device Evolution | Embedded vs Connected vs IoT | Device classification, ARM Cortex-M, BLE, Wireless paradigms |
| IoT History | Lessons from technology shifts | Paradigm blindness, Innovator’s Dilemma, Emerging use cases |
| Systems Evolution | How computing enabled IoT | 10x technology cycles, Moore’s Law, Dennard Scaling, 2005 inflection |
| Industry 4.0 | Industrial IoT and classification | Four industrial revolutions, Device classification framework |
96.3.3 Practical Applications (Advanced)
| Chapter | Description | Key Topics |
|---|---|---|
| Applications Gallery | Visual tour of IoT domains | Smart cities, homes, agriculture, energy, building automation |
| Worked Examples | Cost-benefit calculations | Smart traffic ROI, Air quality networks, Flood warning, Weather stations |
| Common Pitfalls | Mistakes to avoid | Vendor lock-in, Security neglect, TCO underestimation, Failure modes |
96.4 Key Concepts Summary
96.4.1 The Three Ingredients Test
Every IoT device requires:
- Thing - A physical object you can touch
- Computation - Processing capability (microcontroller, chip)
- Internet - Network connectivity (direct or through gateway)
If ANY ingredient is missing, it’s NOT an IoT device.
96.4.2 The Five Verbs of IoT
IoT applications address five fundamental human activities:
- SUSTAIN - Resource management, environmental protection ($1.1T by 2030)
- MOVE - Transportation and logistics ($950B by 2030)
- HEAL - Healthcare and wellbeing ($650B by 2030)
- FEED - Agriculture and food systems ($420B by 2030)
- MAKE - Manufacturing and production ($870B by 2030)
96.4.3 Device Classification
| Category | Connectivity | Intelligence | Example |
|---|---|---|---|
| Embedded | None | Fixed programs | Microwave timer |
| Connected | Internet | Remote control | Wi-Fi light bulb |
| IoT | Internet | Autonomous decisions | Nest thermostat |
96.5 Quick Start Recommendations
If you’re completely new to IoT: Start with IoT Introduction for a gentle introduction with everyday examples.
If you want to understand the technology: Read Device Evolution and Systems Evolution for the technical foundation.
If you’re evaluating IoT for business: Jump to Worked Examples for ROI calculations and Common Pitfalls for risk awareness.
If you’re building IoT products: Review IoT Requirements for design principles and Industry 4.0 for classification frameworks.