
Exploración de códigos secretos en dispositivos Android, revelando vulnerabilidades de seguridad y métodos de bypass en teléfonos de principales fabricantes. Incluye demostraciones prácticas y herramientas de fuzzing.

Explore live malware reversing techniques for Windows and Android, focusing on methodology and essential tools for identifying and analyzing malicious software samples.

Explore Android's security enhancements, focusing on Project Treble's impact. Analyze SELinux, Stagefright, and MediaDrmServer vulnerabilities to understand where improvements succeed or fall short.

Análisis detallado de las sofisticadas técnicas de phishing del grupo APT norcoreano CloudDragon, incluyendo casos reales, métodos para evadir la autenticación de dos factores y propagación a sistemas Android.

Innovative system for capturing app design components, enabling data-driven design through interaction mining. Detects UI changes, records data streams, and creates user interaction traces for improved UX analysis and development.

Discover Iron Crow: a powerful tool for Android BSP developers and OEMs to detect platform-level vulnerabilities, enhancing security and protecting end users from potential exploits in customized Android environments.

Explores vulnerabilities in Android apps and ad libraries, demonstrating a targeted attack method that exploits location data and system weaknesses to compromise user privacy and device security.

Explore a new Android rooting solution, ReVent, exploiting a Use-After-Free vulnerability in 3.18 Linux kernels. Learn about breaking kernel isolation and ARM MMU features for device security.

Explore Wi-Fi Direct vulnerabilities in Android, HP printers, and Samsung Smart TVs. Learn about protocol architecture, discovery, connection processes, and frame formats. Includes PoC and fingerprinting tool release.

Explore Android's permission vulnerabilities, invisible foreground services, and spyware risks. Learn detection methods and protective measures for enhanced mobile security.

Explore Android 4.0+ rooting techniques, device protection mechanisms, and manufacturer-specific vulnerabilities. Learn about boot processes, signature checks, and tools for identifying security flaws in customized builds.

Assessing security risks of online app generators for citizen developers, revealing vulnerabilities in generated apps and their impact on the mobile ecosystem's overall health.

Innovative Android lock scheme mandating random points in pattern selection. Enhances security without compromising usability, as demonstrated through large-scale studies and real-world testing.

Explores how developers' choice of information sources affects Android code security, comparing Stack Overflow, official documentation, and books. Highlights trade-offs between usability and security in programming resources.

Uncover vulnerabilities in Android systems through advanced exploitation techniques, focusing on critical weaknesses that can compromise device security and user data.

Longitudinal analysis exploring Android OEM compliance and customization practices, examining the balance between manufacturer modifications and adherence to platform standards.

Explore ASEF, a framework for evaluating Android security. Learn about its features, implementation, and potential impact on mobile app security assessment and vulnerability detection.

Explore Android security vulnerabilities and potential exploits in this eye-opening talk. Learn about hidden risks and practical strategies to protect mobile devices from cyber threats.

Explore Python-For-Android (Py4A) implementation, challenges, and practical applications in mobile development. Gain insights from real-world experiences.

Learn to quickly build and ship native iOS and Android apps using Expo tools, EAS, and React Native. Discover recent improvements and upcoming features in mobile app development.

Explore A/B testing in React Native apps: learn why it's crucial, what to test, and how to implement efficient experiments for data-driven product development on iOS and Android.