Enhancing Cybersecurity: Emerging Architectures and Methodologies for Modern Threat Landscapes

Abstract

The rapid advancement of digital ecosystems, fueled by globalization, cloud migration, and expanding connectivity, demands cybersecurity frameworks capable of countering sophisticated and ever-evolving threats. Traditional perimeter-based security models are increasingly inadequate against the complexity of modern cyberattacks. This paper explores cutting-edge cybersecurity paradigms, including Zero Trust Architecture (ZTA), serverless computing for dynamic network profiling, enterprise-scale threat modeling, and resilient strategies designed for next-generation connectivity. Through this examination, we propose a cohesive approach to creating adaptive, scalable, and resilient cybersecurity systems, offering actionable insights to address the intricate challenges posed by evolving threat landscapes and technological innovations.

Keywords: Rakesh Korrapati, Sr. Software Engineer, Texas, USA Cybersecurity, Zero Trust Architecture (ZTA), Serverless Computing, Enterprise Threat Modeling, Anomaly Detection, Resilient Architecture