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Course Outline
Introduction
- Enhancing automotive functionality, user experience, and safety for government operations.
Overview of Automotive Cybersecurity for Government
- System-level, process-level, and after-sales cybersecurity measures to protect government vehicles.
An Automobile's Most Hackable Surfaces for Government
Inspecting the Architecture for Government
- Identifying vulnerabilities in OEM and Tier supplier platforms to ensure secure vehicle deployment for government use.
Software Loading for Government
- Validating software integrity with Secure Boot to prevent unauthorized modifications in government vehicles.
Hardware Security for Government
- Verifying digital signatures and product keys to ensure the authenticity and integrity of hardware components used in government vehicles.
Network Security for Government
- Authenticating communications to protect data transmission in government vehicle networks.
Cloud Security for Government
- Implementing remote monitoring, software updates, and over-the-air (OTA) capabilities to enhance the security of government vehicles connected to cloud services.
Hardening the Architecture for Government
Penetration Testing for Government
- Utilizing automated tools to identify and address vulnerabilities in government vehicle systems.
Reverse Engineering for Government
- Analyzing vehicle communication systems to detect potential security flaws in government vehicles.
Cryptography for Government
- Implementing OBD cryptography to secure on-board diagnostics communications.
- Exploring the use of blockchain technology to enhance data integrity and traceability in government vehicle operations.
Secure Code Development for Government
- Addressing shortcomings in secure coding guidelines to improve the resilience of software used in government vehicles.
Device Testing for Government
- Ensuring interoperability, connectivity, and security through comprehensive testing of devices integrated into government vehicles.
Best Practices for Government
- Implementing robust cybersecurity management, lifecycle management, risk assessment, and other best practices to safeguard government vehicle systems.
Summary and Next Steps for Government
Requirements
- Knowledge of fundamental security principles
- Experience in automotive design and development
- Familiarity with embedded systems technology
Audience for Government
- Engineers
- Systems Architects
- Engineering Managers
21 Hours