Applications and Use Cases Module Guide
Follow Physics Phoebe as one connected idea becomes a testable application story.
A learner brings a connected product idea.
Who needs it, and why?
Follow the evidence and test the real value.
Check the cost, risk, trust, and upkeep.
Start With the Module
This guide maps the current learning path for Applications & Use Cases. The module contains 107 chapters, linked below in the order learners can study them.
Chapters by Part
Overview
- 2 What IoT Delivers: Closed-Loop Value
- 3 IoT Value: Qualification Tests
- 4 IoT Value: Delivery Frameworks
- 5 IoT History: Early Lessons
- 6 IoT History: Forecast Boundaries
- 7 IoT History: Paradigm Evidence
- 8 IoT History: Adoption and Cost
- 9 IoT History: SHIFT and Resistance
- 10 Device Evolution: Claims and Evidence
- 11 Device Evolution: Boundaries and Connected Products
- 12 Device Evolution: IoT Products and Enablers
- 13 Device Evolution: Wireless and Classification
- 14 Applied: Device Evolution Operating Limits
- 15 IoT Evolution: Systems Foundations
- 16 IoT Evolution: Technology Cycles and Convergence
- 17 IoT Systems Evolution: Computing and Placement
- 18 IoT Perspectives: Role Lenses
- 19 IoT Perspectives: Shared Definitions and Decisions
- 20 IoT Requirements: Classification and Connectivity
- 21 IoT Requirements: Definition and Value Flow
- 22 IoT Requirements: Connectivity Costs and Trade-Offs
- 23 IoT Requirements: Five-Layer and Seven-Layer Models
- 24 IoT Project Failure: Promise and Context Risks
- 25 IoT Project Failure: Cost and Resilience Risks
- 26 Why IoT Projects Fail: Security and Redesign
- 27 IoT Deployment Economics: Budget Models
- 28 IoT Deployment Economics: Rollout and ROI Evidence
- 29 IoT Worked Examples: Coverage and Decision Tools
Application Domains
- 30 IoT Domains: Shared Patterns
- 31 IoT Domains: Constraints and Collection Paths
- 32 IoT Application Domains: Requirements and Navigation
- 33 IoT Domain Requirements: Latency, Scale, and Power
- 34 IoT Domain Requirements: Data, Regulation, and Selection
- 35 Domain Requirements Contracts
- 36 Smart Home: Needs, Protocols, and Boundaries
- 37 Smart Home: Design, Energy, and Reliability
- 38 Smart Cities: Service Foundations
- 39 Smart Cities: Service Envelopes and Initiatives
- 40 Smart Cities: Parking and Governance
- 41 Smart Cities: Shared Infrastructure and Deployment
- 42 Smart Grid: Measurement and Architecture
- 43 Smart Grid: Communications and Operations
- 44 Healthcare IoT: Care Workflows and Device Roles
- 45 Healthcare IoT: Safety and Clinical Integration
- 46 Healthcare IoT: Value, Alerts, and Adoption
- 47 Retail IoT: Store Value and Smart Shelves
- 48 Retail IoT: Engagement and Inventory
- 49 Retail IoT: Loss Prevention and Operations
- 50 Smart Agriculture: Irrigation Systems and Evidence
- 51 Smart Agriculture: Deployment and Resilience
- 52 Manufacturing IoT: Connected Factory Systems
- 53 Manufacturing IoT: OT Integration Boundaries
- 54 Manufacturing IoT: Maintenance and Supply Chains
- 55 Transportation and Vehicles
- 56 Wearable IoT: Placement and Adoption Evidence
- 57 Wearable IoT: Privacy and Power Constraints
- 58 Wearable IoT: Validation and Design Trade-offs
Use Cases
- 59 IoT Case Studies: Transferable Evidence
- 60 IoT Case Studies: Smart Parking Design
- 61 Smart Parking Sensor Contracts
- 62 Lessons from Real Deployments: Volkswagen Predictive Maintenance and Cross-Case Lessons
- 63 Medication IoT: Device and Workflow Boundaries
- 64 Medication IoT: Adherence Evidence and Verification
- 65 Medication IoT: Integration, Evidence, and Safety
- 66 Fall Detection: Motion Thresholds
- 67 Fall Detection: Alert Reliability
- 68 Elderly Care IoT: Monitoring, Economics, and Autonomy
- 69 Nursery Monitoring: Care Workflow
- 70 Nursery Monitoring: Reliability and Validation
- 71 Baby Monitoring: Diapers, Privacy, and Trade-offs
- 72 Smart Contact Lenses: Sensing Constraints
- 73 Smart Contact Lenses: Power and Architecture
- 74 Smart Contact Lenses: Power, Data, and Safety
Business Models
- 75 IoT Business Models: Value Loops
- 76 IoT Business Models: Revenue and Benefits
- 77 IoT Business Models: Canvas and Entitlements
- 78 IoT Business Models: Platforms and Revenue Strategy
- 79 IoT Pricing: Value Metrics
- 80 IoT Pricing: Revenue Models
- 81 IoT Pricing: Revenue Models and Selection
- 82 IoT Financial Metrics: Unit Economics
- 83 IoT Financial Metrics: Forecasting and TCO
- 84 IoT Unit Economics Metrics Contracts
- 85 IoT Go-to-Market: Deployment Strategy
- 86 IoT Go-to-Market: Pricing and Unit Economics
- 87 IoT Go-to-Market: Launch Gates and Channels
- 88 Business Model Cases: Evidence Basics
- 89 Business Model Cases: Transfer and Lighting Services
- 90 Business Model Cases: Unit Economics
- 91 Business Model Cases: Proposals and Economics
- 92 Data Monetization: From Raw Data to Value
- 93 Data Monetization: Direct and Ecosystem Value
- 94 Data Monetization: Privacy and Governance Controls
Industrial IoT (IIoT)
- 95 IIoT Operations: Trusted Loops
- 96 IIoT Operations: Signal Trust and Authority
- 97 IIoT Operations: Legacy Risk and Evidence
- 98 Industry 4.0: Industrial Revolutions and Adoption
- 99 Industry 4.0: Technologies and Integration
- 100 Industrial Protocols: Families and Timing
- 101 Industrial Protocols: Selection and Security
- 102 OPC UA: Architecture, Models, and Security
- 103 OPC UA: Companion Models and Implementation
- 104 Real-Time ISA-95: Timing Foundations
- 105 Real-Time ISA-95: Determinism and Technology Mapping
- 106 Real-Time ISA-95: System Design and Practice
- 107 Predictive Maintenance: Signals and Vibration
- 108 Predictive Maintenance: Models and Rollout
Choose a Starting Point
If this subject is new, follow the parts and chapters in the order shown above. If you already have a specific design or troubleshooting question, use the relevant part heading and open the direct chapter link whose title matches that question.
Use the sidebar and site search for supporting material; use this chapter map as your main route through the module.
How to Use This Material
- Start with the first chapter in the relevant part when the topic is unfamiliar.
- Use direct chapter links for study plans, lab preparation, and review evidence.