Smart Card Application Development

Building Secure Applications for ISO/IEC 7816 and ISO/IEC 14443 Systems

Chapter 1: Introduction to Smart Cards

1. What Is a Smart Card
2. A Brief History of Smart Card Technology
3. Types of Smart Cards: Contact, Contactless, Dual-Interface
4. Smart Cards vs Other Security Tokens
5. Where Smart Cards Are Used Today

Chapter 2: Smart Card Hardware and Architecture

1. Physical Form Factors and Standards
2. Chip Architecture and Components
3. Memory Models: EEPROM, Flash, RAM
4. Power Delivery and Voltage Domains
5. Secure Elements and Embedded Security Chips
6. Hardware Security Features

Chapter 3: Communication Protocols and Interfaces

1. ISO/IEC 7816 Contact Interface Standard
2. ISO/IEC 14443 Contactless Standard
3. ISO/IEC 15693 and Other Contactless Standards
4. T=0, T=1, and T=CL Transmission Protocols
5. PC/SC and CCID Host Interfaces
6. NFC Communication Layers

Chapter 4: APDU Protocol Deep Dive

1. APDU Structure and Fields
2. Command APDUs: Classes, Instructions, Parameters
3. Response APDUs and Status Words
4. Extended-Length APDUs
5. Command Chaining and Segmentation
6. Logical Channels and File Selection
7. Secure Messaging with APDUs

Chapter 5: Smart Card Operating Systems

1. The Role of the Card Operating System
2. Java Card Architecture and Runtime Environment
3. GlobalPlatform Card Specification
4. SIM and UICC Operating Systems
5. File System Organization
6. Application Lifecycle Management

Chapter 6: Cryptography for Smart Cards

1. Symmetric Cryptography on Smart Cards
2. Asymmetric Cryptography and Key Sizes
3. Hash Functions and Message Authentication
4. Random Number Generation Requirements
5. Key Generation, Storage, and Diversification
6. Certificate Management and PKI Integration

Chapter 7: Security Mechanisms and Threat Models

1. The Smart Card Security Model
2. Physical Attacks and Tamper Resistance
3. Side-Channel Attacks and Countermeasures
4. Protocol-Level Attacks
5. Fault Injection and Glitching
6. Application-Level Security Best Practices

Chapter 8: Development Environment Setup

1. Card Readers and Hardware Setup
2. PC/SC Installation and Configuration
3. Java Card Development Kit Setup
4. GlobalPlatformPro and GPShell Configuration
5. Emulators and Simulators
6. APDU Analysis and Debugging Tools

Chapter 9: Application Development Fundamentals

1. Java Card Applet Development Basics
2. Building Your First Applet
3. Communicating with Cards from Host Applications
4. File System Operations
5. Basic Authentication Flows
6. Error Handling and Status Word Management

Chapter 10: Advanced Application Development

1. Implementing Secure Messaging Channels
2. GlobalPlatform SCP02 Secure Channels
3. Multi-Application Card Design
4. Transaction Management and Rollback
5. Memory Optimization Techniques
6. Performance Profiling and Tuning

Chapter 11: Specialized Application Domains

1. EMV Payment Applications
2. SIM, UICC, and eSIM Applications
3. Identity Cards and Digital Certificates
4. Transit and Ticketing Systems
5. Access Control and Building Security
6. Healthcare and Medical Smart Cards
7. IoT Device Authentication

Chapter 12: Integration Across Platforms

1. Desktop Integration with PC/SC
2. Mobile NFC and Smart Card Access
3. Server-Side Smart Card Communication
4. Embedded System Integration
5. Cloud-Based Personalization Systems
6. HSM and Secure Element Integration

Chapter 13: Testing, Certification, and Deployment

1. Unit Testing Smart Card Applications
2. Integration and Interoperability Testing
3. GlobalPlatform Certification Requirements
4. EMV Certification Process
5. Card Personalization Pipelines
6. Application Updates and Version Management
7. Production Monitoring and Troubleshooting

Chapter 14: Real-World Case Studies

1. Building a Payment Token System
2. Implementing FIDO2 Security Keys
3. Designing a Transit Ticketing Platform
4. Corporate Identity and Access Management
5. IoT Device Provisioning with Secure Elements

Conclusion

References