
Explore symbolic execution for Ethereum smart contract analysis, addressing technical challenges and introducing Manticore, an open-source tool for enhancing contract security audits.

Explore WSL 2's security implications: productivity enhancer or potential vulnerability? Gain insights from cybersecurity experts on leveraging this technology safely in your development workflow.

Explore techniques for deanonymizing TOR hidden services, presented by an Application Security Engineer. Gain insights into vulnerabilities and potential risks in anonymous web services.

Explore IoT firmware analysis techniques with Bogdan Glazov, Senior Security Researcher. Learn about vulnerabilities, hacking methods, and cybersecurity strategies in the rapidly evolving IoT landscape.

Explore vulnerabilities in Mario Kart Tour's network infrastructure, uncovering potential security risks and discussing mitigation strategies for mobile game developers.

Linus Torvalds discusses his engineering-focused approach to technology, sharing insights on Linux, Git, and his pragmatic philosophy in this rare interview with TED Curator Chris Anderson.

Exploring Unisoc baseband security: reverse-engineering and fuzzing LTE protocol stack to uncover vulnerabilities in budget smartphone chipsets, disrupting radio communication.

Explore symbolic and concolic execution techniques to simplify reverse engineering of complex binaries. Learn to use the angr framework for efficient crackme solving and deobfuscation.

Dive into Zoom's security analysis, exploring reverse engineering challenges, large system understanding, and fuzzing techniques for non-relocatable binaries in video conferencing software.

Instrumenting Android system apps on stock images using Frida for dynamic analysis. Explores various approaches, their limitations, and a successful method for analyzing Google Play Protect Services.

Explore static analysis techniques for detecting hooking capabilities in Windows executables, including Detours, import, and syscall hooking, with insights from scanning millions of files.

Discover how researchers created the first SMS-controlled malware for car infotainment systems, exploring vulnerabilities and potential threats in modern vehicle technology.

Exploring vulnerabilities in Intel PIN's dynamic binary instrumentation framework, challenging assumptions of isolation and stealthiness, and demonstrating potential security risks in instrumented programs.

Explore techniques to measure and verify architecture support in binary analysis tools, enhancing firmware reverse engineering through selective application of dynamic analysis methods.

Hybrid framework for Windows malware analysis combining dynamic and sandbox approaches. Offers stealthy, adaptive solution to reduce analysis time, demonstrated with WannaCry case study.

Explore Rattle, an innovative framework for analyzing Ethereum smart contracts, enhancing auditability and security in blockchain interactions through advanced binary analysis techniques.

Análisis detallado de la máquina virtual multicapa Wslink, explorando técnicas de ofuscación avanzadas y presentando un enfoque semiautomático para desobfuscar el malware de forma eficiente.

Explore Samsara, a viral metamorphic engine for JVM that transforms compiled targets, complicating analysis and enabling supply chain attacks from within IDEs, with added anti-debugging features.

Explore the intermediate language used in Hex-Rays Decompiler, its simplicity and power in representing programs, and plans for publication and programmatic access.

Toolset for detecting vulnerabilities in iOS apps: download and decrypt, decompile, statically analyze, and present results. Focuses on high-level semantics reconstruction and common mobile app security flaws.

Explore advanced Windows tracing techniques using WPP and TraceLogging for enhanced dynamic and static analysis in cybersecurity investigations.