
Explore fault injection techniques in hardware hacking with practical tips on timing, intensity, and effectiveness. Learn innovative methods to determine optimal glitch timing for successful attacks.

Explore IoT device security through an attacker's perspective, covering fuzzing, reverse engineering, and exploit development. Learn about vulnerabilities, remote execution techniques, and challenges in IoT security.

Explore vulnerabilities in home security alarm systems, including PIN code sniffing, keypad emulation, and RF attacks. Learn about firmware reverse engineering and its implications for system security.

Hands-on lab exploring real malware samples, demonstrating how software emulation aids in quick analysis of simple and complex malware, including techniques for interacting with and understanding obfuscated code.

Explore techniques to bypass Microsoft's AM-PPL technology and disable EDR products, presented by experienced red team leaders. Learn about vulnerabilities in Windows security measures and their potential exploitation.

Explore zero-click vulnerabilities in smart UPS devices, uncovering potential remote takeover risks and physical threats. Includes demonstration of exploits and discussion on cybersecurity implications.

Adam Laurie explores reverse engineering of secure embedded systems in electronic communications, sharing insights from his extensive experience as a security consultant and DEFCON senior staff member.

Explore Andromeda, a GUI-based toolkit for dynamic app analysis. Learn about class enumeration, method hooking, and runtime memory analysis features that enhance mobile security research and penetration testing.

Comparative study of Xtensa architecture for IoT devices, exploring differences from ARM for security researchers. Covers assembly instructions, security mechanisms, gadget searching, and post-boot persistence techniques.

Explore HyperPlatform, a thin hypervisor for Windows, enabling flexible handling of system events and rapid implementation of hypervisor-based tools with high compatibility and efficiency using Intel VT-x technology.

Explore Android medical malware through live reverse engineering of a COVID-19 app. Learn about other health-related threats and get advice on safe smartphone use for medical purposes.

Discover how program analysis can uncover vulnerabilities in IoT devices. Learn about firmware analysis challenges, memory corruption patterns, and see 20 real-world examples of security flaws identified through automated techniques.

Explore how viewing untrusted code in Windows IDEs can lead to remote code execution through COM vulnerabilities, with practical exploit chains for Visual Studio demonstrated.

Reverse engineering satellite IP content delivery: from reception to packet analysis, error correction, and high bitrate handling. Culminates in creating a Linux-based client mimicking commercial versions.

Reverse engineering Windows Defender's JavaScript engine: analysis, functionality, tooling, and potential vulnerabilities in MpEngine.dll's core antivirus system.

Explore DIY ARM debugging for Wi-Fi chips using Nexmon framework. Learn to set breakpoints, handle debugging events, and perform single-step debugging on Cortex-R4 microcontrollers in FullMAC Wi-Fi firmwares.

Detailed analysis of a critical vulnerability in Cisco ASA AnyConnect, covering fuzzing architecture, bug analysis, and exploitation techniques for IKEv1 packets.

Discover a new tool for automated recovery of service calls and EFI type info in UEFI firmware, simplifying vulnerability hunting and making firmware code resemble original source.

Explora los proyectos OWASP para seguridad móvil: MASVS para verificación y MSTG para pruebas e ingeniería inversa. Aprende a evaluar y mejorar la seguridad de aplicaciones iOS y Android.

Explore practical COMINT operations through reverse engineering of LRPT signals from a Russian weather satellite. Learn to deduce signal parameters for successful demodulation and data extraction.

Análisis técnico de vulnerabilidades en VirtualBox para lograr un escape de máquina virtual, incluyendo ingeniería inversa, explotación y demostración práctica del exploit.