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Fundamentals of Neuroscience, Part 1: The Electrical Properties of the Neuron
Organic Chemistry 1
Mountains 101
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Explore Xiaomi IoT ecosystem security, firmware extraction, and cloud communication. Learn to modify devices, implement new functions, and gain independence from proprietary cloud services.
Exploring techniques for extracting data from mask ROMs through chemical decapsulation, photography, and custom CAD software. Insights into building a home lab for microcontroller reverse engineering.
Explore Windows Restart Manager: its architecture, legitimate uses, and potential for malicious exploitation. Learn defense techniques against threats and see live demonstrations of its functionalities.
Explore modifying Qualcomm WiFi chip firmware for security research. Learn about chip architecture, firmware structure, and patching techniques using the Nexmon framework to enhance functionality and find vulnerabilities.
Reverse engineering Samsung oven firmware to fix temperature inaccuracies and improve performance, demonstrating power analysis, fault injection, and binary patching techniques for e-waste reduction.
Comprehensive security analysis of low-earth satellites, exploring vulnerabilities and demonstrating live exploitation to gain full control. Covers satellite architecture, reverse engineering, and potential impacts on critical services.
Reverse engineering and exploiting cryptographic backdoors in Phicomm routers, demonstrating vulnerabilities and developing tools for unauthenticated root access.
Découvrez les nouvelles techniques de dissimulation du malware PlugX utilisant les API Windows via COM, son exploitation de Windows Explorer et sa capacité de propagation par clé USB.
Explore Windows networking internals, reverse engineering techniques, and recent vulnerabilities like CVE-2023-23415 in this insightful talk on uncovering security flaws in the Windows networking stack.
Exploring MS-DOS malware techniques to create art, blending assembly programming with vintage bootkit analysis. Insights on legacy vulnerabilities and modern applications in firmware and IoT security.
Discover how to build a robot for extracting RAM contents from embedded devices using cryogenic techniques. Learn about design challenges, practical solutions, and cost-effective construction methods.
Efficient heuristics for detecting cryptographic algorithms, state machines, and obfuscated code in binaries. Enhance reverse engineering workflows with architecture-agnostic techniques.
Discover a pre-auth remote vulnerability in Linux kernel's NVMe implementation. Learn open-source vulnerability research, static code analysis, and NVMe technology. Includes live demos and practical tips.
Explore Intel Processor Trace on Windows for fuzzing. Learn about driver development, debugging with IDA Plugin, and leveraging hardware-supported branch tracing for efficient, targeted evolutionary fuzzing.
Reverse engineering satellite IP content delivery: from reception to packet analysis, error correction, and high bitrate handling. Culminates in creating a Linux-based client mimicking commercial versions.
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