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WIZAPE
Apprentice Mode
10 Modules / ~100 pages
Wizard Mode
~25 Modules / ~400 pages

Security in Embedded Software
( 30 Modules )

Module #1
Introduction to Embedded Systems Security
Overview of embedded systems, threats, and vulnerabilities
Module #2
Understanding Threat Models
Identifying potential threats and attacks on embedded systems
Module #3
Cryptography Fundamentals
Basic concepts of cryptography, encryption, and decryption
Module #4
Secure Communication Protocols
Overview of secure communication protocols such as SSL/TLS and IPsec
Module #5
Secure Boot and Firmware Updates
Ensuring the integrity of firmware updates and secure boot mechanisms
Module #6
Access Control and Authentication
Implementing access control and authentication mechanisms in embedded systems
Module #7
Secure Key Management
Managing cryptographic keys securely in embedded systems
Module #8
Secure Coding Practices
Best practices for secure coding in embedded systems
Module #9
Vulnerability Analysis and Penetration Testing
Identifying vulnerabilities and conducting penetration testing
Module #10
Secure Communication in IoT Devices
Securing communication in IoT devices and networks
Module #11
Secure Data Storage and Encryption
Protecting data at rest and in transit in embedded systems
Module #12
Software Security in Real-Time Systems
Addressing security concerns in real-time systems
Module #13
Secure Firmware Development
Best practices for secure firmware development and testing
Module #14
Supply Chain Security
Mitigating risks in the supply chain for embedded systems
Module #15
Defending Against Reverse Engineering
Techniques for defending against reverse engineering attacks
Module #16
Incident Response and Recovery
Responding to security incidents and recovering from attacks
Module #17
Compliance and Regulatory Requirements
Understanding regulatory requirements and compliance for embedded systems
Module #18
Secure Agile Development
Integrating security into agile development methodologies
Module #19
Security Testing and Validation
Testing and validating security in embedded systems
Module #20
Case Studies in Embedded Systems Security
Real-world examples of security breaches and lessons learned
Module #21
Best Practices for Secure Embedded System Design
Design principles for secure embedded systems
Module #22
Secure Microcontrollers and Processors
Designing secure microcontrollers and processors
Module #23
Secure Operating Systems for Embedded Systems
Designing secure operating systems for embedded systems
Module #24
Secure Networking and Communication Protocols
Securing networking and communication protocols in embedded systems
Module #25
Secure Storage and File Systems
Designing secure storage and file systems for embedded systems
Module #26
Secure Human-Machine Interfaces
Designing secure human-machine interfaces for embedded systems
Module #27
Secure Firmware Updates and Patch Management
Best practices for secure firmware updates and patch management
Module #28
Secure Debug and Diagnostic Interfaces
Securing debug and diagnostic interfaces in embedded systems
Module #29
Secure Development Environments and Tools
Using secure development environments and tools for embedded systems
Module #30
Course Wrap-Up & Conclusion
Planning next steps in Security in Embedded Software career


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