
Demonstration of easy Mifare card cloning using miLazyCracker tool, highlighting vulnerabilities in smart card security and potential risks for organizations using these systems.

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.

Deep dive into Windows Defender's binary emulator, exploring its internals, virtual environment, and integration with antivirus features. Gain insights on reverse engineering techniques for advanced malware analysis.

Explore Amiibo technology, reverse engineering, and NFC protocol vulnerabilities in Nintendo consoles using software-defined radio and a custom simulator for security research.

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.

Cloning a calculator watch with added radio capabilities for Morse code transmission, frequency detection, and remote control signal replication. Includes practical insights and open-source code.

Static instrumentation techniques for executable files without modifying code or system environment. Enables architecture-independent injection and hooking without privileged access, suitable for integrity checking and non-rooted environments.

Reverse-engineering of iOS privileged server providing sensitive data to Apple's debugging tools. Explores techniques used to uncover and analyze this critical system component.

Exploiting iOS11 vulnerabilities to remotely install rogue apps, bypassing security enhancements and code signing requirements without kernel exploits. Techniques for sandbox escape and persistent installation demonstrated.

Explore RetDec, an open-source machine-code decompiler for analyzing binary applications. Learn about its components, applications in reverse engineering, and real-world examples demonstrated by Avast developers.

Explore malware analysis automation using Binary Ninja platform. Learn to adapt quickly to evolving threats, perform basic analysis, and utilize API for configuration data extraction from real-world samples.

Explore reverse engineering of blockchain smart contracts, focusing on Ethereum, Neo, and EOS platforms. Learn about virtual machines, assembly languages, and tools for security analysis.

Explore how firewalls can become security vulnerabilities, with insights on potential exploits and mitigation strategies for network administrators and security professionals.

Explore techniques for safeguarding IDA tools and enhancing reverse engineering security in this concise presentation from REcon Brussels 2017.

Explore embedded microcontrollers in modern devices, focusing on the Surface Aggregator Module. Learn about security, firmware updates, and potential hardware implants in this deep dive into low-level system architecture.

Explore reverse engineering techniques for embedded devices using FreeRTOS. Learn about memory organization, task handling, and security features. Gain insights into automating the process with IDA scripts for efficient firmware analysis.

Learn a simple cryptanalysis technique to detect and attack flawed cryptographic algorithms. Explore contributor analysis, its theoretical principles, and practical applications in breaking ciphers.

Reverse-engineering Fitbit Flex firmware: exploring encryption, BLE communication, and protocols. Demonstrating wireless custom firmware flashing and enabling raw accelerometer readings.

Explore advanced Flash exploitation techniques using reflection and HashTables. Learn about fuzzing tools, vulnerability discovery, and bypassing modern mitigations in Windows 10.

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