
Discover the art of social engineering for ethical hacking. Learn reconnaissance, disguise, pretext creation, and interaction techniques to infiltrate secure facilities while maintaining professionalism and ethics.

Discover and defend against common security flaws in Python code using Bandit. Learn customization, CI pipeline integration, and extension techniques for enhanced code security.

Explore OSINT techniques for cybersecurity, leveraging social media and public records to enhance threat intelligence and defensive strategies.

Explore reverse engineering of Logitech's Harmony smart home hub, uncovering vulnerabilities and discussing their implications for device security and potential exploitation.

Explore vulnerabilities in Windows 10's SecureKernel, potentially compromising Virtualization-Based Security. Learn exploitation techniques and the process of finding and fixing critical security flaws.

Explore generic methods to bypass StructureID Randomization, gaining arbitrary Read/Write ability without relying on JIT compiler-related techniques. Learn innovative approaches to inspire better security mitigations.

Methodical exploration of defeating ESP32 security features using low-cost hardware techniques, including voltage glitching and analog side-channels, with implications for IoT device security.

Explore HTTP request smuggling techniques to bypass security, manipulate web infrastructure, and exploit vulnerabilities. Learn detection, confirmation, and exploitation methods for various attack scenarios.

Explore critical flaws in Java RMI and CORBA protocols, uncovering vulnerabilities in vendor implementations and learning attack techniques for cross-process communications.

Explore Qualcomm WLAN and Modem vulnerabilities, focusing on firmware exploitation, isolation breaches, and over-the-air control techniques. Gain insights into real-time debugging and mitigation strategies.

Explore DDoS attacks, investigative techniques, and asymmetrical warfare in cybersecurity. Learn about real-world incidents, tracking suspects, and the implications of "DDoS as a Service."

Explore WebAssembly's security risks, low-level semantics, and potential vulnerabilities in browser-based applications. Learn about linear memory, function tables, and mitigation strategies.

Explore a new SSRF exploit technique targeting URL parsers in popular programming languages. Learn about protocol smuggling, fuzzing tools, and discover vulnerabilities in widely-used libraries.

Demonstration of a guest-to-host escape exploit on QEMU/KVM virtio-gpu devices, showcasing vulnerability analysis, exploitation techniques, and potential security solutions.

Explore AI-powered impersonation techniques for advanced social engineering attacks, including text, voice, and video cloning. Live demonstrations showcase creating realistic digital doppelgangers for online deception.

Explore new variants, defenses, and challenges of HTTP Request Smuggling, an attack technique exploiting interpretations of non-standard HTTP requests between client and server.

Explore Android Bluetooth vulnerabilities, including BlueRepli, and learn stealthy access techniques. Discover security risks in AOSP and mobile manufacturers' oversights.

Explore novel web cache poisoning techniques, probing cache inconsistencies to build sophisticated exploit chains. Learn to uncover vulnerabilities in caching systems across the internet.

Comprehensive exploit chain analysis for remotely rooting modern Android devices, focusing on Pixel phones. Explores attack surfaces, introduces new vulnerabilities, and demonstrates practical exploitation techniques.

Explore API security vulnerabilities, focusing on Apple Pay's impact, with live demos and actionable strategies for improving defensive programming practices.

Explore FaceTime's vulnerabilities through reverse engineering, focusing on call initialization, connection processes, and potential attack surfaces for remote code execution.