
Explore remote code execution vulnerabilities in physical security systems, learning to exploit and disarm alarms through reverse engineering and network protocol analysis.

Explores a novel attack surface in Safari, focusing on vulnerabilities in system libraries like audio. Demonstrates how a single Web Audio vulnerability can be exploited to compromise Safari's security.

Explore security vulnerabilities in QEMU/KVM hypervisors caused by recursive MMIO handling, uncovering a new attack surface with potential for critical exploits in cloud computing environments.

Explore Windows kernel pool's evolution, new design complexities, and potential vulnerabilities. Learn about structure changes, exploitation techniques, and analysis tools for kernel pool security.

Exploit chain for remote Android root using Chrome and Binder vulnerabilities. Demonstrates bypassing security mitigations to achieve one-click root access on modern Pixel devices.

Explore critical vulnerabilities in network storage devices, their impact on data security, and potential for network exploitation. Learn about attack techniques and implications for IT professionals and consumers.

Explore Android's Binder IPC system, its security implications, and potential vulnerabilities through a POC rootkit demonstration and in-depth analysis of low-level Binder operations.

Explore next-gen disassembly framework for multi-architecture binary analysis. Learn about Capstone engine's features, design challenges, and potential applications in reversing, exploit development, and malware detection.

Explore vulnerabilities in Android's Linux PRNG, focusing on early boot attacks and real-world exploitation vectors. Learn about potential security risks and mitigations for embedded platforms.

Explore kernel exploitation technique ret2dir, bypassing isolation protections by leveraging direct-mapped memory. Learn about vulnerabilities, attack models, and mitigation strategies for Linux kernels.

Exploiting uninitialized memory in 64-bit IE to bypass ASLR, CFG, and EPM sandbox. Techniques for remote code execution and privilege escalation on Windows 8.1 demonstrated through Pwn2Own contest example.

Analyze CFG's weaknesses and explore a new technique to bypass it, enabling previously prevented exploit methods and opening avenues for developing more advanced exploit techniques.

Explore advanced techniques for detecting and preventing memory corruption vulnerabilities, including execute-only memory and code pointer hiding, to enhance software security against sophisticated exploitation methods.

Explore advanced polymorphism techniques using Return Oriented Programming for antivirus evasion, with practical demonstrations of the ROPInjector tool and its effectiveness against detection methods.

Explore Windows kernel token handling vulnerabilities, learn to identify and exploit them for privilege escalation, and understand patterns for conducting security reviews.

Explore universal Android rooting through kernel exploitation, focusing on a Use-After-Free bug affecting all Linux versions. Learn about innovative techniques for 64-bit devices and bypassing modern kernel mitigations.

Explore Android's Binder IPC vulnerabilities through fuzzing and exploitation techniques. Learn to identify, analyze, and exploit "BadParcel" issues for privilege escalation in high-privilege processes.

Explore active detection techniques for Dynamic Binary Instrumentation, focusing on exploiting weaknesses and escaping control. Learn to identify and overcome DBI environments in cybersecurity.

Exploiting Windows 10's memory deduplication feature to silently compromise Microsoft Edge, bypassing security measures and gaining arbitrary memory access through JavaScript-based attacks.

Exploit allowing non-privileged apps to access sensitive log data on Samsung devices, bypassing Android's READ_LOGS permission restrictions. Reveals private information from notifications and system logs.

Exploit memory deduplication to defeat ASLR in cloud environments, leaking randomized base addresses of libraries and executables in neighboring VMs using a side-channel attack.