
Discover Pspray, a novel Linux kernel exploitation technique enhancing reliability for targeted attacks. Learn about its effectiveness across various memory vulnerabilities and its impact on cybersecurity.

Demystifies AI and machine learning for SOC teams, focusing on practical applications like data leak prevention. Includes live demo and insights from Credit Agricole's SOC experience.

Explore AI-synthesized speech detection techniques and their real-world effectiveness in combating voice cloning and fake audio. Uncover challenges and limitations in current approaches.

Explore WebAssembly security vulnerabilities through a new fuzzing framework, focusing on VM escape and RCE risks in Wasm runtimes for edge computing and web applications.

Systematic analysis of CPU vulnerabilities, exploring root causes and connections between transient-execution attacks and architectural vulnerabilities. Identifies blank spots in CPU security research.

Demonstration of novel downgrade attacks against RPKI, exposing networks to prefix hijacks by disabling RPKI validation through malicious publication points.

Explore eBPF's evolution in Linux, its expanding capabilities, and its potential for detecting kernel exploits, with insights on probes, challenges, and performance implications.

Exposing critical security flaws in Samsung Galaxy devices' hardware-backed keystore through reverse engineering, revealing vulnerabilities in cryptographic design and implementation.

Explore the Open Threat Hunting Framework to build, operationalize, and scale threat hunting in organizations. Learn from industry experts about effective strategies and best practices.

Explore hybrid machine learning for malware classification using static and dynamic analysis, Windows kernel emulation, and neural networks. Learn about adversarial ML and future developments.

Explore vulnerabilities in Hyper-V's GPU-Paravirtualization feature, examining 4 fixed DirectX component issues and their implications for virtualization security.

Methodology for detecting wireless signal tracking using low-cost hardware and Python. Covers SIGINT techniques, MAC address randomization, and provides code for DIY implementation.

Explore a protocol for collectivizing security bounties, enabling companies to showcase software security and ethical hackers to retrieve bounties without ambiguity, eliminating subjectivity in triage processes.

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.

Explore Firefox's innovative approach to mitigating zero-day attacks using in-memory sandboxes for third-party C libraries, enhancing security against memory safety vulnerabilities.

Cybersecurity expert reveals vulnerabilities in everyday devices, from pacemakers to cars, highlighting the growing risks in our increasingly connected world.

Explore the blurred line between public and private in the digital age, examining research on privacy implications and the ease of matching strangers' photos with sensitive personal information.

Discover everyday cybersecurity risks and learn practical strategies to protect yourself from malware, data breaches, and sophisticated cybercriminals in this eye-opening talk by security expert James Lyne.

Learn techniques to modify Volume Shadow Copy snapshots, understand VSS basics, and explore methods to detect tampering in forensic analysis.

Explore automated techniques for discovering cryptographic vulnerabilities, focusing on differential fuzzing and CDF interfaces to enhance security testing efficiency.

Explore the Least Authority File System, a secure and privacy-focused approach to data storage and sharing, presented by Zooko at BSidesLV 2013.