
Comprehensive review of Siglent SSA3032X Spectrum Analyzer, covering features, experiments, and advanced options. Includes RF basics and practical demonstrations for beginners and professionals.

Explora el proceso de descubrimiento y explotación de vulnerabilidades 0-day en routers D-Link, desde obtener acceso al firmware hasta identificar y explotar fallos de seguridad para lograr ejecución remota de código.

Einblick in Reverse Engineering der Toniebox: Technische Details, Datenschutzprobleme und Open-Source-Alternativen wie TeddyBench und TeddyCloud für mehr Kontrolle und Funktionalität.

Découvrez comment une équipe a déjoué un système de sécurité suspect dans des trains polonais en panne, mêlant ingénierie inverse et analyse technique du système de contrôle ferroviaire.

Explore KARONTE, an innovative tool for detecting security vulnerabilities in embedded firmware through multi-binary interaction analysis, enhancing IoT device protection.

Explore Heapster's innovative approach to analyzing dynamic allocators in monolithic firmware, enhancing security through advanced identification and evaluation techniques.

Explore iPhone baseband internals, research techniques, and tools for firmware analysis, reversing, and exploitation. Gain insights into Qualcomm baseband architecture and vulnerabilities.

Discover techniques for finding vulnerabilities in IoT devices, covering firmware, hardware, and radio components. Learn to perform attack surface mapping on commercial smart devices.

Strategies for efficient electronics troubleshooting, covering tools, infrastructure, and techniques to quickly identify and fix issues in firmware, circuits, and mechanical components.

Explore malware detection techniques and firmware analysis methods, including file comparison, key capture, and firmware extraction.

Hands-on workshop on breaking encrypted 3D printer firmware, covering techniques like frequency analysis, known-plaintext attacks, and ARM architecture exploitation using tools such as Matplotlib and SciPy.

Dive into the reverse engineering process of a popular EV charger, exploring firmware analysis, custom bootloader creation, and potential security improvements in this insightful presentation.

Automated firmware analysis for IoT and OT devices using EMBA, an open-source tool that detects vulnerabilities, identifies exploits, and supports penetration testing of embedded systems.

Explore FirmWire, an open-source platform for analyzing cellular basebands. Learn about baseband vulnerabilities, emulation techniques, and how to uncover security flaws in LTE and GSM stacks.

Techniques for extracting and analyzing firmware from automotive internet modules, focusing on Qualcomm MDM-based units. Covers extraction methods, image analysis, and file system exploration.

Explore IoT device vulnerabilities through application security techniques, from firmware analysis to code review, leading to six new CVEs and insights on responsible disclosure.

Learn techniques for identifying vulnerabilities in IoT device firmware, enhancing your cybersecurity skills to protect against potential exploits in smart devices and embedded systems.

Explore automated security analysis techniques for IoT firmware, uncovering vulnerabilities and potential threats in connected devices at scale.

Explore Intel microcode reverse engineering and customization techniques, uncovering CPU vulnerabilities and enhancing processor functionality.

Explore techniques for hacking Shannon baseband from a phone, uncovering vulnerabilities and potential exploits in mobile communication systems.

Explore reverse engineering and security vulnerabilities in Ecovacs robots, uncovering potential privacy risks and methods to gain root access for custom software implementation.