
Explore critical cybersecurity topics with Dr. Justin Cappos, focusing on building resilient systems, key management, and operational security for production environments facing potential attacks.

Uncover hidden data collection in modern cars using AutoCAN tool. Reveals GPS tracking, occupant info, usage stats, and remote control capabilities through automated network analysis and reverse engineering.

Explore building a simulated car system, from in-vehicle infotainment to a complete "Car in a Box" setup, with insights on ECU integration and safety precautions.

Explore automotive security vulnerabilities, from IoT to CAN bus hacking. Learn methodologies, attack surfaces, and bug prioritization for car hacking, covering infotainment systems, APIs, and mobile apps.

Explore automotive cybersecurity trends, challenges, and solutions. Learn about car hacking, attack surfaces, network vulnerabilities, and protective measures for safer connected vehicles.

Explore the intersection of security and safety in engineering, focusing on memory protection, isolation techniques, and practical considerations for robust system design.

Explore connected car opportunities, security risks, and best practices for over-the-air updates. Learn from real-world examples like Tesla's innovations and the Jeep Cherokee hack.

Explore embedded systems virtualization with Xen, covering unique challenges, ARM implementation, and key features like device assignment and interrupt virtualization for automotive and medical applications.

Explore automotive network security, threat models for connected cars, and how GENIVI's Remote Vehicle Interaction project mitigates risks in this informative presentation by a Jaguar Land Rover expert.

Exploring cybersecurity challenges in the Internet of Things era and the need for collective action to protect public interests and safety in an increasingly connected world.

Explore unikernel-based de-aggregation for enhanced automotive security, focusing on COQOS Hypervisor, Unikraft architecture, and TEE virtualization case study.

Explore an advanced hardware backdoor for CAN bus in connected cars. Learn about remote attacks triggered by GPS, speed, or custom parameters, with intuitive interface for payload customization.

Explore The Update Framework (TUF) for enhanced software signing and verification. Learn about its security features, integrations, and new developments for secure software distribution at scale.

Techniques for extracting and analyzing firmware from automotive internet modules, focusing on Qualcomm MDM-based units. Covers extraction methods, image analysis, and file system exploration.

Explore the security vulnerabilities in Tesla vehicles through a drone-based attack demonstration, highlighting potential risks and countermeasures in automotive cybersecurity.

Unveiling critical security flaws in automotive industry through penetration testing experiences. Explores industry behavior, proposes improvements for safer, more reliable future in vehicle development and cybersecurity.

Explore Apple CarPlay's inner workings, security implications, and potential vulnerabilities in this IT security conference talk by Hannah Nöttgen at TROOPERS24 in Heidelberg.

Explore automotive cybersecurity challenges and solutions in the digital age. Learn about emerging threats, protective measures, and industry trends for safer connected vehicles.

Explore automotive security testing of electronic control units, focusing on embedded systems in modern vehicles and their vulnerabilities. Learn pentesting approaches for ECU analysis and defense mechanisms.

Explore cyber security challenges in physical systems and mobile devices. Learn about innovative edge computing and AI solutions for threat detection, containment, mitigation, and recovery.

Dive into critical security vulnerabilities affecting major car manufacturers' web applications, exploring real-world attacks, impact chains, and the importance of responsible disclosure policies.