
Analyze effectiveness of zero trust security across modern OS platforms, examining measurable properties to establish trust in various threat scenarios.

Unveils new Android WebView vulnerabilities related to JavascriptInterface, bypassing all verifications. Presents a novel attack model and discusses security implications for mobile app developers.

Explore SafetyNet's internal mechanisms, VM design, and security checks for detecting Magisk, emulators, rooted devices, and Pegasus in this comprehensive analysis of DroidGuard.

Uncover vulnerabilities in Android's ION driver, explore root causes, and learn how to achieve privilege escalation. Gain insights into preventing similar security issues in the Android ecosystem.

Exploit chain for remote Android root using Chrome and Binder vulnerabilities. Demonstrates bypassing security mitigations to achieve one-click root access on modern Pixel devices.

Explore mobile device data security challenges, debunk full-disk encryption myths, and learn sophisticated secure storage techniques for iOS and Android, addressing real-world application vulnerabilities.

Explore Android's Binder IPC system, its security implications, and potential vulnerabilities through a POC rootkit demonstration and in-depth analysis of low-level Binder operations.

Exploring Android's Stagefright framework vulnerabilities, focusing on discovery techniques, OS internals, and security implications. Demonstrates proof-of-concept code and discusses mitigation strategies.

Explore vulnerabilities in Android's Linux PRNG, focusing on early boot attacks and real-world exploitation vectors. Learn about potential security risks and mitigations for embedded platforms.

Explore mobile device data security challenges, debunk full-disk encryption myths, and learn sophisticated secure storage techniques for iOS and Android to protect against physical access attacks.

Explore Android authentication vulnerabilities through backup channels. Learn about security risks, attack vectors, and mitigation strategies for app developers and protocol analysts.

Explore Android vulnerabilities affecting millions of devices, including Lollipop. Learn about exploits, technical root causes, and remediation strategies for these critical security flaws.

Explore universal Android rooting through kernel exploitation, focusing on a Use-After-Free bug affecting all Linux versions. Learn about innovative techniques for 64-bit devices and bypassing modern kernel mitigations.

Explore key factors driving Android security using data from millions of devices, establishing a baseline and identifying areas for community focus and research.

Explore Android's Binder IPC vulnerabilities through fuzzing and exploitation techniques. Learn to identify, analyze, and exploit "BadParcel" issues for privilege escalation in high-privilege processes.

Explore techniques for creating user-mode rootkits in Android using ART mechanisms, including file formats, persistence methods, and limitations, with a live demonstration.

Discover a novel method for unpacking protected Android applications without root access. Learn to bypass anti-analysis techniques and reveal hidden code in packed apps.

Exploit allowing non-privileged apps to access sensitive log data on Samsung devices, bypassing Android's READ_LOGS permission restrictions. Reveals private information from notifications and system logs.

Explore a kernel-level IPC firewall for Android, enhancing security through context-aware filtering and protection against inter-app communication vulnerabilities.

Explores security vulnerabilities in customized Android systems, revealing how malicious apps can exploit hanging attribute references to gain unauthorized access and control over device functions.

Explore Android's evolving security landscape, examining threats, vulnerabilities, and defensive measures. Learn how the Android Security Team addresses challenges and implements new features to protect users.