
Explora la seguridad de NFC en dispositivos móviles, analizando protocolos, vulnerabilidades y posibles ataques. Incluye demostraciones prácticas de explotación y recomendaciones para mejorar la protección.

Discover a new attack methodology called APPLANTING, which allows attackers to install apps on Android devices without user knowledge, combining CSRF and clickjacking techniques.

Explore advanced mobile rootkit techniques using ARM TrustZone, including implementation, hiding methods, and lessons learned from creating an actual rootkit.

Comprehensive analysis of BlackBerryOS 10's security architecture, exploring attack surfaces, privilege escalation, remote entry points, rootkit persistence, and the effectiveness of BlackBerry Balance.

Explore mobile malware threats, limitations of traditional antivirus methods, and innovative approaches like cloud-based screening and hardware-supported security solutions for protecting mobile devices.

Comprehensive analysis of Windows Phone 7 security, revealing hidden internals through reverse engineering. Explores potential vulnerabilities and exploitation techniques in the OS and vendor customizations.

Explore hidden cellular device controls, their vulnerabilities, and potential for global exploitation. Learn reverse engineering techniques, protocol analysis, and proof-of-concept exploits for major platforms and networks.

Explore UI redressing attacks on Android devices, examining vulnerabilities and potential security risks in mobile applications.

Demonstration of iOS device vulnerability through malicious chargers, bypassing security mechanisms to inject arbitrary software within one minute of connection, using a proof-of-concept called Mactans.

Explore Android SpyPhone creation, including live demos of phone tracking, call/SMS interception, data extraction, and covert camera/mic activation. Learn injection techniques for any Android app.

Explore techniques for accessing mobile device interfaces through multiplexed wired connections, including gaining shell access and using open-source tools for interface exploration.

Explore femtocell vulnerabilities in cellular networks, demonstrating traffic interception, active attacks, and remote mobile device cloning without physical access.

Explore Pocket PC vulnerabilities and security risks in this comprehensive examination of mobile device exploitation techniques.

Uncover how criminal enterprises infiltrate mobile device supply chains to pre-infect phones with malware, exploring the risks and implications for users and businesses.

Explores advanced Android rooting techniques using GPU MMU features, overcoming hardware and software mitigations in Android 13 devices through innovative exploitation methods.

Explore vulnerabilities in mobile face recognition systems, focusing on non-deepfake attacks that bypass liveness detection. Learn about security flaws in popular SDKs and their implications for critical applications.

Explore the mobile industry's collaboration with hackers to enhance security, from informal relationships to a cross-industry vulnerability disclosure scheme, featuring key hacks and future challenges.

Explore Android Red Team's proactive security approach for Google Pixel devices, focusing on modem vulnerabilities and protection strategies against remote compromises.

Explores Android's logging system, revealing how sensitive user data is inadvertently exposed through system logs and preinstalled apps, raising privacy concerns in the mobile ecosystem.

Explore remote baseband vulnerabilities in Samsung modems, including attack surface analysis, bug discovery, testing methods, and potential exploitation techniques for mobile network security.

Explore the evolution and capabilities of the Smartphone Pentest Framework with cybersecurity expert Georgia Weidman, highlighting key advancements in mobile device security testing.