
Explore modern pseudo-Doppler direction finding using SDR for locating radio devices. Learn about innovative techniques, challenges, and future developments in wireless security research.

Explore advanced techniques for securing firmware in large-scale hardware deployments, addressing challenges and future trends in protecting against persistent backdoors and exploits.

Comprehensive methodology for embedded device vulnerability analysis, covering firmware, web app, mobile app, and hardware. Includes case study and TROMMEL tool introduction.

Explore physical and social robot attacks through live demos, learning practical defenses for your workspace and home against potential robotic threats.

Ultra-low-power demodulator for long-range LoRa backscatter systems, enabling feedback demodulation, packet retransmission, rate adaptation, and channel hopping with improved range and efficiency.

Scaling up real-time collaborative visual SLAM for edge-based multi-agent systems, addressing data explosion and improving performance with innovative modules for synchronization, scheduling, and map representation.

Innovative technique to enhance downlink communication in backscatter systems using passive DSSS, improving SINR by 16.5 dB and extending effective range while maintaining ultra-low power consumption.

Explore SRE principles in high-frequency trading, balancing innovation with risk management. Learn strategies for safeguarding nanosecond performance in a regulated, failure-prone environment at scale.

Explores vulnerabilities in low Earth orbit satellite networks, introducing ICARUS attacks that exploit global accessibility, low-latency constraints, and network predictability to disrupt communications over large areas.

Explore pragmatic automation strategies for reducing toil in cloud operations, drawing insights from a large public cloud provider's experiences and applicable to various work environments.

Innovative 3D localization system for precise robotic tasks, achieving sub-centimeter accuracy and low latency through advanced bandwidth extraction and Bayesian algorithms, enabling real-time applications.

Explore reconfiguring wireless environments with large arrays of inexpensive antennas to improve communication. Innovative approach achieves significant throughput and capacity gains in real indoor settings.

Learn DIY integrated circuit decapping techniques to reveal hidden chip designs using budget-friendly methods. Explore mechanical and chemical removal processes, laser cutting, and more.

Explore hardware hacking techniques like CT scanning and chip decapping for non-destructive device analysis, circuit reconstruction, and vulnerability identification in embedded systems and access control.

Explore 5G protocol vulnerabilities and exploits, analyzing real traffic captures to uncover potential security issues in pre-authentication messages and discuss implications for mobile network security.

Explore synthetic biology's potential to revolutionize industries and solve global challenges with bioengineer Drew Endy. Learn about engineering living matter and its applications in environment, energy, and medicine.

Explore nanotechnology's potential in revolutionizing energy solutions, from advanced materials to renewable sources, as experts discuss innovations addressing global energy demands and environmental challenges.

Experts explore regenerative medicine's potential to revolutionize healthcare, from lab-grown organs to tissue engineering, discussing current advancements and future implications for human health and longevity.

Explore innovative analytical methods for high-fidelity insights in distributed systems, focusing on performance analytics, statistical approaches, and practical applications in complex services at scale.

Explore Datadog's metrics backend evolution, scaling challenges, and reliability solutions. Learn about distributed systems, Kafka implementation, and strategies for handling failures at various levels.

Explores SSD reliability under power faults, revealing surprising failure behaviors in commodity devices. Proposes a testing framework to expose issues and improve storage system robustness.