Year: 2024
Type: article
Abstract: Existing artificial intelligence (AI) systems for cybersecurity face growing complexity from human insiders who pose threats to automated networks. The research investigates how authorized users take advantage of the weaknesses present in AI-based cybersecurity systems. The research seeks to discover the processes through which insiders commit intelligent system breaches while also avoiding conventional security protocols. The investigation focuses on understanding unique display patterns of insider threats within systems operated by AI technology. The current models that detect insider activities face barriers that prevent them from recognizing such behavior. A combination of case studies, incident analysis, and expert consultation methods was integrated to develop an extensive concept of the problem. AI systems serve in threat detection, yet their ability to identify human interactions behind attacks has diminished because of excessive dependence on automation. Results show that behavior-based monitoring and enhanced AI-human supervision systems must become priorities for cybersecurity safety. The study supports cybersecurity and AI governance by showing insider risks and recommending defenses that strengthen the resilience accompanying growing automation across systems.
Author: Swapnil Chawande
Language: English
Subfield: Information Systems
Field: Computer Science
Domain: Physical Sciences
Open Access status: hybrid
OpenAlex ID: W4410240006