
Exploring security risks in IoT devices, from cars to toys, and discussing challenges and new directions for enhancing digital and physical security in everyday technology.

Exploring how cybersecurity games can address the skills gap by making security education more engaging, creative, and socially relevant. Discusses the potential and limitations of game-based learning in computer security.

Automated approach to implement least privilege security without impacting developer productivity. Combines data gathering and policy adjustment to remove unused permissions across applications.

Exploring challenges in hardware security adoption, this talk examines market barriers and proposes solutions for integrating advanced security features into connected devices and systems.

Explore techniques for identifying and exploiting security vulnerabilities in hardware designs, focusing on RISC-V and OR1k CPU architectures using innovative tools and symbolic execution.

Explore Intel Wi-Fi chip vulnerabilities through reverse-engineering, uncovering firmware exploits and code execution risks in complex features like Wake-on-WLAN and TDLS.

Discover strategies for effectively training and mentoring new security engineers, fostering their growth and success in the rapidly evolving cybersecurity landscape.

Optimize VPN usage with split tunneling and policy-based routing on OpenWrt. Learn to selectively route traffic, enhance convenience, and maintain security across multiple VPNs and devices.

Explore side-channel secure key management for post-quantum cryptography with WrapQ, focusing on hardware implementation and security challenges.

Explore high-performance data processing in Python using Rust modules. Create Rust modules with Python bindings and discover why Rust is replacing C in data libraries.

Explore cuCatch, an innovative debugging tool for CUDA applications that efficiently detects memory safety violations with low performance overhead and high error detection coverage.

Explore Rust programming on the Morello architecture, focusing on memory safety and capability-based security features.

Explore Morello software and compilers, focusing on advanced techniques and innovations in programming language implementation for enhanced security and performance.

Explore CHERI static analysis techniques for enhanced memory safety and security in software development.

Discover advanced BadUSB attack techniques for MacOS, leveraging Apple-signed LOLBINs and native scripting languages to execute stealthy code without terminal commands.

Discover how Micron's Authenta platform revolutionizes cybersecurity in the subscription economy, enabling secure product evolution and dynamic revenue streams through silicon-to-cloud trust technology.

Discover essential security guidelines for protecting Baseboard Management Controllers (BMCs) in cloud data centers, focusing on preventing unauthorized access and maintaining system integrity at scale.

Explore platform security fundamentals and standardized Root of Trust (RoT) interfaces, using ARM's RSE iRoT implementation as a practical example for system architecture innovation.

Discover how new TPM specification APIs enable firmware vulnerability recovery and self-attestation capabilities, enhancing hardware security and trust restoration mechanisms.

Explore the architecture and protocols of OCP Flashless Boot, including system boot processes, PCIe device booting, and future adoption roadmap for secure computing infrastructure.

Explore secure system architecture implementation using PA-RoT technology on ARM platforms, focusing on robust hardware-based security measures and trusted computing principles.