
Install and use jackalope fuzzer on MacOS to find vulnerabilities in binary programs. Learn cloning, compilation, command options, and practical fuzzing techniques.

Explore Crosys, a novel method for dynamic analysis of multi-architectural binaries through intermediate language interpretation and binary rewriting, addressing IoT malware analysis challenges.

Explorez les mécanismes du système visuel humain à travers une approche d'ingénierie inverse, révélant ses complexités et son fonctionnement fascinant.

Discover how to reverse engineer a string art algorithm using Python, covering greedy algorithms, image processing, and performance optimization.

Discover a unique steganographic technique to hide messages within x86 programs. Explore x86 architecture and learn a clever trick in instruction encoding for covert communication.

Explore efforts to run Linux on 2018+ Intel Macs with T2 chips, including reverse engineering, kernel modules, and package automation for Ubuntu and other distros.

Explore QEMU's TCG plugin system evolution, recent enhancements, and potential future directions for advanced instrumentation and analysis capabilities in system emulation.

Explore adapting vintage input devices to modern PCs using CircuitPython. Learn reverse engineering, USB HID support, and 'bitbanging' techniques for nostalgic hardware enthusiasts.

Explore adapting vintage input devices to modern PCs using CircuitPython, combining nostalgia with practical functionality through reverse engineering and microcontroller programming.

Uncover Python bytecode secrets: Learn to interpret and decompile .pyc files, explore challenges in automated decompilation, and gain insights into recovering source code from bytecode.

Explore open-source tools for USB traffic monitoring, modification, and security testing. Learn about usbmon, OpenVizsla, USBProxy, GoodFET, and more for cost-effective USB analysis and research.

Explore NSA's journey in developing and open-sourcing Ghidra, a powerful software reverse engineering framework. Learn about its features, impact, and future developments.

Explore a critical Wi-Fi vulnerability affecting millions of Android and iOS devices, its technical details, and potential for remote exploitation without user interaction.

Discover how autonomy enhances software design and learn strategies to develop your professional independence, fostering effective relationships and trust within IT organizations.

Discover critical vulnerabilities through reverse engineering and static analysis. Learn to set up a build environment and explore real-world examples in this inspiring session on bug hunting techniques.

Uncover hidden information about API-protected LLMs through low-rank logit analysis. Learn to estimate embedding sizes, audit model updates, and identify source models efficiently.

Dive into the security vulnerabilities of Ecovacs robots, exploring broken encryption, unauthorized camera access, and privacy concerns while learning techniques for privacy-preserving usage and rooting.

Dive into the technical investigation of USPS-themed SMS phishing attacks, exploring vulnerability exploitation, reverse engineering techniques, and methods to combat scammer operations targeting US consumers.

Discover how Frida enhances reverse engineering and vulnerability research for complex applications, boosting your cybersecurity skills and analysis capabilities.

Explore ML-assisted decompilation and deobfuscation, covering large language models, neural machine translation, and their applications in reverse engineering and security auditing.

Dive into the fascinating process of running C# programs on the Nintendo Entertainment System, exploring reverse engineering, opcodes, MSIL, and binary formats for retro game development.