Description
Cybersecurity – Automotive Course. Today, cybersecurity affects each of us on different levels. Our professional work, our personal lives – even our vehicles – depend on connectivity and technology running on sophisticated software. Self-driving cars, connected cars, electric vehicles and shared mobility have dominated the agenda of automotive industry leaders in recent years. These innovations, based on the digitalization of vehicle systems, the backward extension of automotive IT systems and the release of software, turn modern cars into information clearinghouses while simultaneously making them tempting targets for cyberattacks. Let’s take a quick look at the interesting facts of the last 4 years
- The number of cyberattacks on cars increased by 225% from 2018 to 2021.
- Nearly 85% of attacks in 2021 were carried out remotely, four to one more than physical attacks.
- 40% of attacks target backend servers.
- In 2021, 54.1% of attacks were carried out by malicious agents, compared to 49.3% in 2020.
- The most common attack categories included data/privacy breaches (38%), car theft/theft (27%), and control systems (20%).
- Keyless entry and key fob attacks account for 50% of all car thefts. Thieves only need to be near the toggle switch for the black hat hacker to capture and replicate its signal.
In the next few years, cybersecurity will become a mandatory element in automobiles and this course will be helpful to understand the general perspective on cybersecurity concepts.
What you will learn in the Cybersecurity – Automotive course
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Domain-specific cyber attacks on vehicles
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The need for car safety
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Summary of cybersecurity standards for the automotive industry – ISO21434 (TARA), UN R155, UN R156
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Practical TARA report with use case
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Basic features of security (CIA)
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Symmetric algorithm (AES-128 – CBC, ECB mode)
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asymmetric algorithm (RSA)
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Advantages and disadvantages of symmetric and asymmetric algorithms
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Achieving safety through SW and HW solutions in the car
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An overview of the safety-relevant components in the control unit
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Vehicle reliability anchors (SHE, HSM)
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Detailed difference between SHE and HSM (only based on experience)
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Key management (key storage in secure slot)
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Diffie-Hellman (DH) key exchange algorithm.
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AUTOSAR crypto stack (CSM, Secure Communications On Board (Secoc), Cry, CryIf, Crypto)
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Interaction between AUTOSAR crypto models (user-friendly animations)
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What is the need for novelty value?
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Show the value of novelty
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What happens if the MAC verification fails?
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Safe start – why? what and how?
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Types of Cyber Attacks – Vomiting, Injection, Denial-of-Service, Fuzzy, Replay Attacks
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Tesla was hacked – proof
This course is suitable for people who
- Car enthusiasts, car embedded professionals
- Those looking to change or start a career in automotive cybersecurity to become an automotive cybersecurity engineer or manager.
Cybersecurity Course Specifications – Automotive
- Editor: Udemy
- Teacher: AutoRonics Services
- Training level: beginner to advanced
- Training duration: 2 hours and 23 minutes
- Number of courses: 38
Course topics Cybersecurity – Automotive on 12/2023
Prerequisites for the course “Cybersecurity – Automotive”.
- Nothing is required, deep concepts are explained in easy-to-understand animations.
- No programming experience required
Course pictures
Sample video of the course
installation Guide
After extracting, you can watch it with your favorite player.
Subtitles: None
Quality: 720p
Download link
free download software
Size
793MB