Car Hacking Workshop with Kali Linux, Sparkfun CAN Bus Shields and PortaPack HackRF One
Car Hacking Workshop with Kali Linux, Sparkfun CAN Bus Shields and PortaPack HackRF One is a 3-day hands-on course. Participants will receive their own assembled HackRF One+Portapack H2+ with Meyhem, Telescopic Antenna, and Data Cable and Sparkfun CAN Bus Shield.
SparkFun Hardware
- Serial Enabled 16×2 LCD – White on Black 5V
- Arduino Stackable Header Kit – R3
- GPS Receiver – EM-506 (48 Channel)
- microSD USB Reader
- SparkFun RedBoard – Programmed with Arduino
- RoHS Open Source Hardware Has 3D Model
- OBD-II to DB9 Cable
Learning Objectives:
- Gain a deep understanding of automotive cybersecurity principles.
- Master the use of Kali Linux tools for penetration testing.
- Learn to leverage Sparkfun CAN Bus Shield for analyzing in-vehicle communication.
- Acquire proficiency in using PortaPack HackRF One for radio frequency exploration.
- Develop practical skills for identifying and mitigating car hacking vulnerabilities.
- Understand ethical hacking practices and responsible disclosure in the automotive industry.
Audience: This workshop is ideal for cybersecurity professionals, automotive engineers, penetration testers, and anyone interested in securing connected vehicles.
Course Outline:
Module 1: Introduction to Automotive Cybersecurity
- Understanding Car Hacking Threats
- Challenges in Automotive Cybersecurity
- Overview of In-Vehicle Network Architecture
- Introduction to Ethical Hacking in the Automotive Industry
- Legal and Compliance Considerations
- Case Studies of Notable Car Hacking Incidents
Module 2: Kali Linux for Automotive Penetration Testing
- Introduction to Kali Linux
- Essential Tools for Automotive Security Assessments
- Setting Up a Kali Linux Environment for Car Hacking
- Conducting Network Scans and Enumeration
- Exploiting Vulnerabilities in Connected Vehicles
- Practical Exercises in Simulated Automotive Environments
Module 3: CAN Bus Analysis with Sparkfun CAN Bus Shield
- Fundamentals of In-Vehicle Communication Protocols
- Introduction to the CAN Bus
- Hardware Overview of Sparkfun CAN Bus Shield
- Analyzing CAN Bus Traffic
- Detecting Anomalies and Intrusions in In-Vehicle Networks
- Hands-On Practice with Sparkfun CAN Bus Shield
Module 4: Radio Frequency Exploration with PortaPack HackRF One
- RF Hacking in the Automotive Context
- Introduction to PortaPack HackRF One
- Exploring RF Vulnerabilities in Connected Vehicles
- Signal Analysis and Manipulation Techniques
- Hands-On Exercises with PortaPack HackRF One
- Case Studies of RF Exploits in Automotive Systems
Module 5: Identifying and Exploiting Car Hacking Vulnerabilities
- Real-World Case Studies of Car Hacking
- Techniques for Identifying Vulnerabilities in Connected Vehicles
- Exploitation Methods and Attack Vectors
- Reverse Engineering Automotive Software
- Demonstrations of Successful Car Hacking Incidents
- Countermeasures and Best Practices for Secure Automotive Design
Module 6: Ethical Hacking Practices in Automotive Security
- Responsible Disclosure in the Automotive Industry
- Collaboration with Automotive Manufacturers
- Reporting and Documenting Vulnerabilities
- Legal and Ethical Considerations in Car Hacking Research
- Industry Standards for Automotive Cybersecurity
- Building a Career in Automotive Cybersecurity and Ethical Hacking