About this course
Introduction:
Cyber security focuses on protecting computer systems from unauthorised access or being otherwise damaged or made inaccessible. Information security is a broader category that protects all information assets, whether in hard copy or digital form.
In the context of road cars, cybersecurity refers to the protection of automotive electronic systems, communication networks, control algorithms, software, users, and underlying data against malicious attacks, damage, illegal access, or manipulation.Cybersecurity is becoming a fundamental concern for the development of autonomous vehicle (AV) systems, as attacks can have serious consequences for autonomous electric vehicles and can put human lives at risk
Objectives:
§ This course program investigates cyber security issues and solutions as well as how blockchain technology applies to automotive applications.
§ It also provides in-depth knowledge of collecting, analyzing and interpreting vehicular data and its impact on security, the economy, and safety into the future.
§ To learn about how to maintain the Confidentiality, Integrity and Availability of a data.
§ Its main objective is to create and establish an open standardized software architecture for automotive ECUs
§ Understand and analyze data encryption standard.
§ To understand various protocols for network security to protect against the threats in the networks.
Course Outlines:
§ Introduction
§ Automotive Cybersecurity Companies
§ the CIA Triad
§ Encryption
§ Hashing
§ Digital Signature
§ Digital certificates
§ Public key infrastructure PKI
§ ECU
§ Automotive Network Topology
§ AUTOSAR
§ Autosar COM Stack
§ Autosar Diagnostic Stack
§ Hardware Security Module
§ Layered Automotive Security Approach
§ Automotive Security Controls
§ Controller area network attacks
§ Security measures
§ (SecOC)
§ SecOC Message Format
§ Freshness value
§ Flexible software stack deliver optimized cybersecurity for cars
§ Support for end-to-end and point-to-point protection
§ Secure Diagnostic
§ Secure Access in Automotive Diagnostic
§ Secure Flash
§ automotive Hardware Protection
§ Secure Storage Area
§ Choice of options to further protect your car
Who should attend?
§ Cybersecurity Managers and Practitioners.
§ Engineering Personnel.
§ Developers.
§ Designers.
§ Testers.
§ Process owners/designers.
§ Production and project managers.
§ Audit and audit officers
Learning Outcomes:
§ This course program investigates cyber security issues and solutions as well as how blockchain technology applies to automotive applications.
§ It also provides in-depth knowledge of collecting, analyzing and interpreting vehicular data and its impact on security, the economy, and safety into the future.
§ To learn about how to maintain the Confidentiality, Integrity and Availability of a data.
§ Its main objective is to create and establish an open standardized software architecture for automotive ECUs
§ Understand and analyze data encryption standard.
§ To understand various protocols for network security to protect against the threats in the networks.
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