
Dive into advanced techniques for identifying and reverse engineering frozen MicroPython modules in firmware using Ghidra, focusing on bytecode analysis and module reconstruction methods.

Discover how to detect and mitigate persistent threats on Draytek devices through firmware analysis, reverse engineering, and custom security module development for enhanced network protection.

Dive into file type identification techniques and scanning mechanisms, exploring how different systems detect and process various file formats for enhanced digital forensics and security.

Delve into advanced runtime linking techniques, focusing on trampoline creation, function pointer resolution, and memory debugging in reverse engineering and malware analysis.

Explore the creation of an Apple IIe-compatible computer using the Mega-II ASIC chip from the Apple IIGS. Learn about hardware challenges, differences from the original IIe, and see a demo of the Mega IIe in action.

Explore game automation techniques using C++, from built-in tool support to code injection. Learn to enhance gameplay and overcome challenges through programming.

Explore XNU virtual memory auditing and exploitation techniques, focusing on the MacDirtyCow vulnerability in Apple's operating systems.

Explore the open-source components in managed cloud services, focusing on Red Hat's offerings and the tools used to manage OpenShift clusters at scale.

Dive deep into linking and loading operations, exploring binary structures, static vs dynamic linkage, and Linux vs Windows differences. Gain clarity on opaque linker error messages.

Explore reverse engineering, open-source development, and iOS automation using Go. Learn about community building, motivation, and overcoming technical challenges in long-term projects.

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 Apple Watch vulnerabilities and hacking techniques in this IT security conference talk. Gain insights into potential exploits and security considerations for wearable technology.

Explore printer vulnerabilities and exploit chains for Canon and Lexmark models. Learn about firmware analysis, debugging closed systems, and network security implications of office printers.

Explore malware risks in cloud environments, focusing on PDF exploits, binary sessions, and attacker techniques. Learn to identify and mitigate threats for improved cloud security.

Discover how to deploy Next.js on platforms beyond Vercel, as Rob Stanford shares insights on reverse engineering and implementing complex features for Netlify support.

Odkrywanie tajemnic systemu zabezpieczeń w polskich pociągach poprzez inżynierię wsteczną. Analiza podejrzanej usterki i demistyfikacja rzekomego "DRM" w nowoczesnych zespołach trakcyjnych.

Exposing vulnerabilities in AACSv2 DRM for UHD Blu-ray, including side-channel attacks on Intel SGX, leading to the first full compromise and unofficial playback of UHD-BD discs.

Delve into groundbreaking research revealing security vulnerabilities in HID's iCLASS SE platform, exploring reverse engineering techniques and critical mitigation strategies for electronic access control systems.

Explore hardware Trojan detection in ICs through a Red Team vs. Blue Team case study. Learn about imaging techniques, algorithm efficiency, and the impact of technology scaling on security.

Explore tool-assisted gaming techniques using C++, from supported mods to code injection, enhancing gameplay and overcoming challenges in video games as reaction times slow with age.

Dive into reverse engineering TETRA radio systems, uncovering cryptographic vulnerabilities, exploiting security flaws, and gaining control of Motorola MTM5x00 radios and base stations through practical demonstrations.