
Explore cost-effective strategies to protect embedded devices from hardware attacks. Learn about common vulnerabilities, defense mechanisms, and design decisions for optimal security in IoT and industrial control systems.

Demonstration of exploiting URGENT/11 vulnerabilities in industrial controllers to take over an entire factory with a single packet, highlighting cybersecurity risks in automated systems.

Explore vulnerabilities in cellular devices used for IoT and ICS connectivity, focusing on Sierra Wireless and other manufacturers' products. Learn about the security implications of always-on, available-anywhere connectivity.

Explore graph convolutional networks for detecting suspicious communication pairs in industrial control systems, enhancing security monitoring beyond traditional whitelisting methods.

Explore non-intrusive techniques for identifying and patching vulnerabilities in Industrial Control Systems, focusing on specialized requirements of devices like PLCs.

Explore vulnerabilities in industrial control system components, focusing on DTM technology used in critical industries. Learn about security flaws and their implications for field devices.

Explores challenges in industrial control system cybersecurity, critiquing current approaches and advocating for a paradigm shift towards standardized IT practices and people-centric solutions.

Exploring advanced SCADA hacking techniques, focusing on miniaturization challenges in embedded devices and novel algorithms for stealthy attacks on industrial control systems.

Hands-on workshop exploring ICS security, focusing on PLC vulnerabilities. Learn to assess and exploit industrial control systems using real-world examples and practical techniques.

Hands-on workshop exploring penetration testing techniques for industrial control systems, focusing on PLCs. Learn to identify vulnerabilities and attack Siemens and Schneider devices.

Explore security vulnerabilities in analog-to-digital conversion for industrial control systems. Learn how attackers can manipulate sensor data to cause physical consequences while evading detection.

Demonstration of a self-contained PLC worm targeting Siemens S7-1200 PLCs, showcasing network scanning, self-propagation, and remote control capabilities while evading detection.

Explore strategies for responding to threats in Industrial Control System environments, focusing on current challenges and future-oriented solutions for enhanced cybersecurity in critical infrastructure.

Explore digital forensics for industrial control systems, focusing on embedded devices in critical infrastructure. Learn data collection and analysis techniques for RTUs in electric substations.

Explore cheap hardware attacks on embedded devices and industrial control systems, including privilege escalation, kernel patching, and wireless control of PLCs. Learn about design decisions to reduce vulnerabilities.

Demonstration of a self-contained worm targeting Siemens Simatic S7-1200 PLCs, showcasing its ability to scan, compromise, and remotely control devices without external support, while evading detection and analysis.

Explore maritime cybersecurity vulnerabilities and learn how to hack ship systems, from steering controls to PLCs. Gain insights into industrial control systems and IoT security in the nautical world.

Explore a novel approach to detecting attacks on industrial control systems by correlating behaviors in SCADA and physical layers, enhancing cybersecurity in critical infrastructure.

Explore ICS/SCADA network security monitoring strategies for challenging industrial environments, focusing on real-world applications, threat models, and effective monitoring techniques.

Explore operational technology risks, industrial control systems, and network architecture in critical infrastructure. Learn about common weaknesses and protective measures for control systems.

Explore vulnerabilities in home automation PLCs, revealing security risks and potential exploits in smart home systems. Learn about honeypot-like susceptibility to hacking.