Threat Landscape Navigation: Mitigating Risks Through Integrated Mobile App Protection

Current literature investigates security issues with mobile applications in networked systems. By offering a multi-layered security plan that combines tried-and-true methods with Runtime Application Self-protection (RASP), this study expands on what is already known. RASP provides real-time attack detection and mitigation capabilities by continually monitoring mobile applications during runtime. This proactive strategy is meant to supplement more conventional techniques such as code hardening and access control. This study explores how mobile threats are changing and emphasizes how malware and data breaches are becoming more sophisticated. After that, it examines the security threats brought about by system integration, paying particular attention to the expanded attack surface and communication flaws. The study offers a thorough security framework that combines secure communication protocols (HTTPS), strong access control models (ABAC, STRBAC), and RASP to address these issues. Organizations can greatly improve the resilience of their mobile applications in networked environments by combining these few tactics. To set itself apart, this paper promotes a multi-layered defense strategy that incorporates RASP and offers insightful information to developers and businesses looking to enhance mobile application security in the complicated digital environment of today.