
Entdecke SocketCAN im Linux-Kernel: CAN-Bus-Grundlagen, Hardware-Unterstützung und Protokolle für Automotive und Industrieanwendungen. Lerne Tools zur Analyse und Manipulation von CAN-Datenverkehr kennen.

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 PIVOT: A community platform for sharing vehicle telematics data, supporting research in cybersecurity, intelligent transportation, and smart communities through datasets and open-source tools.

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 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 CAN bus support in GNU/Linux, from LinCAN to SocketCAN. Learn about latency testing, diagnostic tools, and applications in automotive and satellite systems.

Explore new Arduino Uno R4 boards: enhanced features like CAN Bus, WiFi, LED Matrix. Hands-on demos, benchmarks, and comparisons with older models. Ideal for makers and educators.

Explore the Controller Area Network protocol, its features, and implementation in Zephyr. Learn about CAN bit timing, message frames, driver development, and application testing using can-utils.

Explore real-time safety in Linux through expert panel discussion, covering strategies, standards, certification, and hardware considerations for critical systems.

Explore CAN Bus technology in aviation, its components, and data access methods. Learn about Aviation Village and Vehicle Spy for enhanced understanding of aircraft systems.

Explore advanced car backdoor techniques using "The Bicho," surpassing Bluetooth limitations for enhanced attack range and effectiveness in connected vehicle security.

Explore the process of designing, developing, and launching an open-source CAN bus tool. Learn about PCB design, driver development, and the challenges of bringing hardware products to market.

Comprehensive exploration of remote vehicle hacking, demonstrating real-world attacks on unaltered cars and pivoting through hardware to send CAN bus messages affecting critical systems.

Explore motorcycle CAN bus and OBDII systems, extract ECU data, add sensors, and send data to the cloud for tracking, performance, and safety applications.

Detailed exploration of Tesla's security vulnerabilities, from wireless attacks to CAN bus access, including Tesla's response and new mitigation strategies.

Exploring CAN bus security vulnerabilities in modern vehicles, demonstrating remote access and control using a low-cost custom tool, and discussing car forensics for legal applications.

Discover critical security vulnerabilities in Electronic Logging Devices (ELDs) and their implications for truck network security, from reverse engineering to proof-of-concept attacks and industry-wide security reforms.

Explore critical vehicle security vulnerabilities through UDSonCAN fuzzing techniques, revealing potential safety risks in diagnostic systems and their essential countermeasures for modern electric vehicles.

Explore automotive diagnostic system vulnerabilities and security weaknesses, focusing on attack vectors, exploitation techniques, and protective measures for modern vehicle systems.

Dive into an auto security researcher's investigation of modern car theft techniques, focusing on CAN bus exploitation, vehicle security vulnerabilities, and potential protective measures.

Explore CAN bus protocol vulnerabilities in automotive systems, focusing on how attackers can exploit metadata fields and protocol specifications to create denial-of-service attacks in embedded systems.