Situational Aware Access Control to Prevent Android Malware
Krzysiek Skalski, Katarzyna Dombrokova, Wojciech Szczawinski · 2024
Android malware poses a significant threat to the security and privacy of users worldwide, requiring advanced protective measures. A novel and significant contribution to Android security, situational aware access control, dynamically regulates access to sensitive functionalities based on real-time behavioral analysis. By integrating machine learning models with detailed user interaction data, the system effectively distinguishes between normal and anomalous behaviors. The implementation of a feedback mechanism allows continuous learning and adaptation, ensuring that the system evolves in response to emerging threats and changing user behaviors. Performance evaluations demonstrated high accuracy, precision, and recall, with minimal impact on user experience. This dynamic approach not only enhances malware detection but also improves user satisfaction by reducing false positives and ensuring seamless interactions. The implications for Android security are profound, offering a resilient and adaptive solution to the growing challenge of malware prevention.