What you would learn in Automotive Cybersecurity - Crash course?
Cybersecurity is a significant issue for every individual on various levels. Our work, daily lives, and even our vehicles depend on technology and connectivity based on sophisticated software.
At present, automCurrentlyng systems, linked vehicles, electric automobiles, and sharing mobility have recently taken the forefront of the agendas of industry leaders. These technological advances, based on the digitization of the in-car systems, the integration of the car's IT systems to the backend, and the spread of software, have transformed modern vehicles into information clearinghouses while becoming a target for cyberattacks.
Let's take a review of interesting facts from the last four years.
The number of cyberattacks that targeted vehicles increased by 225 percent between 2018 and 2021.
Around 85% of the attacks in 2021 took place from a distance, outnumbering physical attacks by four to one.
40% of the attacks targeted servers at the back end.
2021 was the year that saw 54.1 percent of the attacks perpetrated in 2021 by Malicious actors, an increase from 49.3 percent in 2020.
The most frequent attack types included data/privacy breaches (38 percent) and car theft/break-ins (27 percent), as well as a control system ( 20%).
Key fobs and keyless entry attacks account for half of the vehicle thefts. The thieves need only be near the key fob for an Black Hat hacker to pick up the signal and replicate it.
In the next few years, Cybersecurity will be an essential aspect of Automotive. This course will assist in understanding the general view of Cyber cybersecurity concepts.
Course Content:
- Cyberattacks on cars that are domain specific
- Security for vehicles is a must
- A summary of Automotive cybersecurity standards - ISO21434 (TARA), UN R155, UN R156
- The fundamental properties that define Security (CIA)
- The basic terminology of cryptography
- Symmetric algorithm (AES-128 - Mode CBC, ECB)
- Asymmetric algorithm(RSA)
- The advantages and disadvantages of Symmetric as well as an asymmetric algorithm
- Securing Security by implementing SW and HW solutions in the automotive industry.
- Overview of security-related components within the ECU
- The Automotive Trust Anchors (SHE HSM, SHE)
- The specific differences between HSM and SHE ( Based on experience)
- Key management (Key storage in a Secure slot)
- Diffie Hellman (DH) key exchange algorithm
- AutoSAR crypto stack (CSM CSM, Secure on-board communication (Secoc) Cry (CryIf, CryIf), CryIf, Crypto)
- Interactive interaction between AUTOSAR Crypto model ( Animations for users)
- What's the significance of Freshness?
- Exhibits the value of Freshness
- What happens? What happens if MAC verification fails?
- Secure Boot - What is it? What is it? How do I get it?
- Cyberattacks are different types - Injection, Sniffing, Denial of service, fuzzing, Replay attacks
Download Automotive Cybersecurity - Crash course from below links NOW!
