
Explore DRAM security vulnerabilities and side-channel attacks targeting row buffers, with implications for various devices and systems regardless of software or OS.

Comprehensive exploration of mobile security, examining hardware, software, and network components across platforms to uncover vulnerabilities and discuss protective measures for data and devices.

Explores security vulnerabilities in customized Android systems, revealing how malicious apps can exploit hanging attribute references to gain unauthorized access and control over device functions.

Innovative security training using role-playing game to teach basic principles through building attack/defense scenarios. Engages neophytes by drawing parallels between game and real-world security challenges.

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.

Explores the effectiveness of USB drive-based attacks through a campus experiment, revealing high success rates and analyzing factors influencing user behavior. Discusses mitigation strategies and demonstrates new tools.

Expert panel discusses transitioning from Senior to Staff+ engineering in security, offering insights on career advancement and answering audience questions about high-level roles in cybersecurity.

Insights on reducing bias in security hiring and maximizing interviews for various roles, drawing from a decade of global experience across major tech companies and startups.

Explore microarchitectural vulnerabilities in RISC-V CPUs, examining potential security risks and attack vectors in this emerging processor architecture.

Explore Docker's comprehensive security approach for container platforms, from LinuxKit-built OS to SwarmKit orchestration, enhancing application safety in distributed systems.

Innovative USB testing framework enabling cost-effective, flexible analysis and modification of USB communication. Introduces two-way emulation for enhanced fuzzing and vulnerability detection.

Explores healthcare professionals' workarounds to computer security, examining motivations and behaviors that weaken security policies. Discusses ethnographic methods to understand and address these circumventions.

Explore gender stereotypes in computer security and privacy, examining perceptions of skill and gullibility across different demographics and their implications for the field.

Explore a scalable solution for Rowhammer attacks in DRAM, focusing on Refresh-Generating Activations to enhance memory security and system reliability.

Explore vulnerabilities in FIDO U2F tokens, focusing on an open-source implementation. Learn about security features, design flaws, and potential attacks on hardware token security.

Explore strategies for securing diverse software supply chains in large enterprises, including open-source, vendor, SaaS, and hardware. Learn to operationalize SBOMs for enhanced security and risk management.

Explore the impact of the CHIPS Act on hardware security and supply chain innovation with experts from government and industry, discussing policy developments and global implications.

Explore Rust 2018's versatility across platforms, from microcontrollers to servers. Learn about memory safety, ergonomic improvements, and Rust's unique ability to function in diverse contexts without a runtime.

Explore the Micro:Bit's origins, components, and vulnerabilities to extract user and device information through hardware exploitation techniques.

Explore kernel vulnerabilities in Windows and their impact on security solutions. Learn how to bypass multiple layers of protection and discuss more robust defensive strategies.

Unveiling vulnerabilities in Point of Sale terminals: from anti-tampering mechanisms to cloning. Explore the lifecycle of popular devices and the hacking techniques used to compromise payment security.