
Explore how human engineers can learn from nature's efficient designs, focusing on copying only the necessary features from insects and animals.

Renowned aircraft designer shares insights on his innovative career, exploring solar-powered flight and environmental solutions through aeronautical engineering advancements.

Explore innovative biomimicry examples and how nature inspires sustainable product and system designs. Gain insights into cutting-edge developments in this inspiring talk by Janine Benyus.

Explore how architects can create sustainable beauty by learning from nature's radical resource efficiency, closed loops, and solar energy utilization.

Innovative system for IoT self-localization using ambient 5G signals, leveraging MEMS acoustic resonators to achieve high accuracy with low power consumption and without base station coordination.

Innovative ambient light communication using digital micro-mirror devices, achieving higher data rates and efficiency compared to LCD-based systems while consuming minimal power.

Explores how acoustic interference can damage hard drives, causing data corruption and system failures. Presents findings on vulnerabilities and proposes mitigation strategies for legacy systems.

Analyzing potential speech privacy threats from smartphone motion sensors, exploring scenarios where sensors may be affected by speech signals and discussing implications for security and privacy.

Explore BIOS input handling, firmware interfaces, and analysis techniques for formal validation and vulnerability detection, including static, dynamic, and symbolic execution approaches.

Investigates vulnerabilities in aircraft instrument landing systems to wireless attacks using software-defined radio, demonstrating potential for spoofing signals and causing off-runway landings in low-visibility conditions.

Explore Circonus platform's evolution, including architectural changes and lessons learned from failures in telemetry management and SLO implementation for system reliability.

Explores potential attacks on power grids using IoT botnets of high-wattage devices, demonstrating vulnerabilities and impacts through simulations on real-world models. Highlights interdependency between IoT and power grid security.

Explores DNS interception by on-path devices, revealing widespread occurrence and potential security risks. Presents novel detection methods and analyzes data from global IP addresses to uncover concerning practices.

Explore effective strategies for safeguarding EMV payment systems against relay attacks, enhancing security in contactless transactions.

Explore vulnerabilities in embedded trusted execution architectures and learn about potential security gaps in provably secure systems.

Explore techniques to reduce attack surfaces in embedded device drivers through IRQ debloating, binary analysis, and fuzzing. Learn about challenges, implementation, and evaluation methods.

Explore an innovative approach to automatically detect and patch logic bugs in robotic vehicle software, enhancing safety and reliability in autonomous systems.

Novel attack techniques targeting NFC-enabled smartphone touchscreens, combining device fingerprinting and ghost touch generation to manipulate user interactions and potentially gain remote control.

Explore techniques for identifying and neutralizing potential hardware vulnerabilities during the design phase, enhancing system security and reliability.

Explore advanced features of ProVerif for protocol verification, including lemmas, induction, and fast subsumption techniques to enhance security analysis capabilities.

Erforschung moderner Ansätze für Amateurfunk: Kombination von Funktechnik mit Hacking und Internet für innovative Projekte und Wissensaustausch im Chaos-Umfeld.