Year: 2024
Type: article
Abstract: Traditional network security approaches built from perimeter-based defenses become increasingly useless because of rapidly accelerating cyber threat patterns. Modern distributed workforce operations, cloud computing infrastructure, and complex IT requirements require organizations to embrace more dynamic security frameworks. A Zero Trust Architecture framework that adapts by using Artificial Intelligence and automation practices presents astute defense solutions against these security challenges. The continuous verification of users' devices and transactions through real-time risk assessments enables AI-powered ZTA to let authenticated entities reach protected resources. Research reveals how AI alignment and automation benefit ZTA in detecting threats ahead of time while performing automated policy execution and adapting security measures to new threats. The paper evaluates ZTA security improvement techniques coupled with a real-world application assessment based on a thorough case study examination that determines the effectiveness of combining AI technology and automation mechanisms. Research results demonstrate that combining these methods strengthens protection measures while minimizing misidentified threats and supporting network growth. The discussion ends with research guidelines and enterprise deployment suggestions for this topic.
Author: Swapnil Chawande
Language: English
Subfield: Computer Networks and Communications
Field: Computer Science
Domain: Physical Sciences
Open Access status: hybrid
OpenAlex ID: W4409563923