
Explore cutting-edge Privacy-Preserving Computing techniques like secure multiparty computation, fully homomorphic encryption, and differential privacy for protecting data confidentiality during processing.

Explore alternative architecture for decentralized data ownership, covering identity, privacy, storage, and analysis. Learn about tradeoffs, tools, and emerging standards for user-controlled data in consumer applications.

Innovative static taint analyzer for third-party SDKs, addressing challenges in user data protection and privacy policy compliance. Achieves high accuracy in identifying undisclosed information collection behaviors.

Exposé des failles de la protection contre les ransomwares de Windows, démonstration de méthodes de contournement et d'attaques à distance, avec vidéos à l'appui.

Discover a stealthy Windows persistence technique that creates invisible machine accounts, evades detection, and impersonates existing users. Learn about the Suborner Attack's implementation and effectiveness.

Reverse engineering KeeLoq systems: extracting firmware, decrypting transmissions, and integrating with home automation. Practical approach to exploiting known vulnerabilities in remote keyless entry systems.

Explore defensive security, journalism protection, and diverse tech challenges with insights on gun hacking, malware analysis, and mission-driven work from a seasoned security expert.

Exploration of common vulnerabilities in Web3 projects, covering blockchain topology, node exploitation, DoS attacks, social engineering, and smart contract vulnerabilities in cryptocurrency systems.

Explore vulnerabilities in MacOS security features and learn how to bypass them for a one-click takeover of both Apple Silicon and Intel Mac devices. Includes live demo and expert insights.

Insights on EDR inner workings and evasion techniques for red teamers, covering test lab results, reverse engineering findings, and successful attack methodologies to circumvent endpoint protection.

Detailed exploration of exploiting a Linux kernel vulnerability in Ubuntu 22.04 to achieve local privilege escalation, focusing on advanced exploitation techniques and bypass methods.

Demystifying remote Linux kernel exploitation through a stack overflow vulnerability in a network module, offering insights into the exploit development process and low-level kernel internals.

Uncovers critical vulnerabilities in WPA3, including DoS attacks and traffic interception. Presents a new Wi-Fi testing framework for researchers to identify and exploit these weaknesses in various devices.

Explore IoT security challenges in enterprises, examining millions of devices to reveal vulnerabilities, default credentials, and outdated firmware. Gain insights into the current state of IoT security.

Explore race condition vulnerabilities in web apps, their impact, and exploitation techniques. Learn about detection challenges, real-world scenarios, and a new penetration testing tool for identifying these elusive security flaws.

Explore privilege escalation in Okta, including methods to obtain clear text passwords and impersonate super-admins. Learn about knowledge graphs for trust analysis in vulnerability discovery and research collaboration.

Explore advanced code obfuscation techniques using Mixed Boolean-Arithmetic expressions to increase data-flow complexity and conceal sensitive data, with practical applications in building robust obfuscation primitives.

Explore vulnerabilities in Kyocera printers, including remote DoS, file reading, password leakage, and pre-auth RCE. Learn how these security flaws can be exploited to access office networks and monitor confidential documents.

Explore 35+ types of cryptocurrency scams, from traditional replicas to novel Web3-specific schemes. Learn about pump and dump, rug pull, and unique scams like proof of weak hands and NFT airdrops.

Revealing security vulnerabilities in mobile apps that expose Twitter API keys, allowing potential account takeovers and unauthorized actions. Explores causes, impacts, and prevention techniques.

Explore digital twin technology for safely testing and identifying vulnerabilities in industrial control systems without risking operational infrastructure.