Bug Hunting Using Symbolic Virtual Machines - Hack.lu 2017
Explore symbolic execution for vulnerability discovery and reverse engineering. Learn KLEE symbolic virtual machine basics to solve complex challenges in software security.
Fuzz Everything, Everywhere, All at Once - Advanced QEMU-Based Fuzzing
Explore advanced QEMU-based fuzzing techniques for binary-only targets, including command and SQL injection detection, and scalable Android library testing without physical devices.
Cracking the Code - Decoding Anti-Bot Systems
Explore techniques for decoding anti-bot systems with insights from an Anti-Ban Expert. Learn strategies to navigate web scraping challenges and enhance data collection capabilities.
How to Get the Most Out of Python Decompilers Uncompyle6 and Decompyle3
Explore Python bytecode decompilers Uncompyle6 and Decompyle3. Learn tips, tricks, and novel techniques for recreating source code from bytecode, applicable to other languages and potential machine learning applications.
An Audacious Plan to Halt the Internet's Enshittification
Discover how to combat internet platform degradation through antitrust measures, privacy laws, and user empowerment tools, exploring solutions to preserve digital spaces from corporate exploitation.
A Roadmap for Reverse-Architecting the Brain’s Neocortex
Explore a roadmap for reverse-engineering the neocortex, from biological observations to computational primitives and functional building blocks, towards developing biologically plausible neural networks for unsupervised learning.
Cryptographic Function Detection in Obfuscated Binaries via Bit-Precise Symbolic Loop Mapping
Explore bit-precise symbolic loop mapping for identifying cryptographic functions in obfuscated binaries, enhancing malware defense and forensics through innovative detection techniques.
Exploiting IPv6 Flow Label
Uncovers security vulnerabilities in IPv6 flow label implementation, demonstrating how it can be exploited for device tracking across networks, VPNs, and browsers on Windows, Linux, and Android systems.
Hypervisor-Level Debugger - Benefits and Challenges
Explore hypervisor-level debugging techniques, their advantages, and potential obstacles in this insightful presentation by Mathieu Tarral at Hack.lu 2018.
A View into ALPC-RPC - Advanced Local Procedure Call and Remote Procedure Call
Explore ALPC-RPC in Windows, including core structures, API, and vulnerability research. Learn about UAC bypass and Local Privilege Escalation discovered during the investigation.
A Visual Journey to Reverse-Engineering the Enigma Machine - Preventing MITM Attacks
Explore the Enigma Machine's history, mechanics, and modern relevance through visual simulation and hands-on reconstruction, delving into ancient ciphers and early encryption techniques.
Identifying and Supporting X-Compatible Hardware Blocks in SoCs
Explore techniques for identifying and integrating undocumented hardware blocks in SoCs, focusing on Allwinner SoCs and Linux kernel support. Learn to spot compatible components and adapt existing drivers.
Hacking BLE Fitness Trackers: Security Vulnerabilities and Attack Techniques
Explore BLE hacking techniques for fitness trackers, including reverse engineering, information gathering, and potential attacks. Learn about vulnerabilities in smart devices.
Reverse-Engineering Stripe's Themes with CSS Custom Properties
Learn to create customizable CSS themes using custom properties, inspired by Stripe's design approach. Practical tutorial on building flexible, reusable styles for modern web development.
Locating Vulnerabilities in Ethereum Smart Contracts - Hybrid Analysis Method
Explore a hybrid analysis method combining smart contract decompilation and EVM simulation to identify vulnerabilities in Ethereum projects, with practical demonstrations and insights.
When Less Is More: Designing and Decoding Complex Distributed Systems
Explore strategies for designing and decoding complex distributed systems, focusing on architectural tradeoffs, maintaining mature software, and evolving existing systems effectively.
Towards Explainable and Language-Agnostic LLMs
Innovative approach to creating explainable, language-agnostic LLMs by integrating symbolic representations with empirical power, addressing limitations in true language understanding and AI interpretability.
Efficient and Generic Microarchitectural Hash Function Recovery - Session 111
Explore efficient techniques for recovering microarchitectural hash functions, enhancing understanding of hardware vulnerabilities and potential security implications.
Dynamic Binary Instrumentation Techniques to Address Native Code Obfuscation
Explore dynamic binary instrumentation techniques for tackling obfuscated Android app code, aiding reverse engineers in overcoming anti-analysis protections.
HATS - Catch Up with Ero Carrera and Sergey Lozhkin
Insightful discussion with cybersecurity experts Ero Carrera and Sergey Lozhkin on advanced threat analysis, reverse engineering, and the role of AI/ML in cybersecurity at HITB2021AMS.
WoW Hell - Rebuilding Heaven's Gate
Explore WoW64 architecture, its translation mechanisms, and potential vulnerabilities. Learn about reverse engineering techniques and bypassing security measures in Windows systems.