Adaptive Trust: A Comparative Analysis of Cybersecurity Metrics and AI-Driven Privacy Safety Enforcement. Traditional Fidelity versus AI-Driven Velocity

Authors

  • Savi Grover Software Engineer in Test , USA

Keywords:

Cybersecurity, AI Safety, AI-LLM Security Methodologies

Abstract

Cybersecurity Testing and Evaluation (T&E) comprise of a foundational resilience component, moving beyond simple quality assurance to become a critical process for continuous organizational hardening. Effective T&E enhances emergency plans, policies, attacks resistance, filtration, firewall strengthening procedures, promoting the efficient utilization of capabilities required to respond to sophisticated cyber-attacks. In this paper, we are performing comparative analysis of traditional security and cyber evaluation metrics with upcoming AI driven enhanced secure measures. AI-LLM security techniques like early defect prediction, defect clustering, Secure cloud and Automated Incident Response measures are weighted against traditional security techniques in terms of – speed, velocity, criticality and depth of coverage scope. These metrics point towards countless advantages of combining the two for greater holistic impact.

Downloads

Published

2026-04-23

How to Cite

Savi Grover. (2026). Adaptive Trust: A Comparative Analysis of Cybersecurity Metrics and AI-Driven Privacy Safety Enforcement. Traditional Fidelity versus AI-Driven Velocity. Emerging Frontiers Library for The American Journal of Engineering and Technology, 8(4), 128–135. Retrieved from https://emergingsociety.org/index.php/efltajet/article/view/1408

Issue

Section

Articles