Sarcouncil Journal of Multidisciplinary

Abstract: This article examines the emerging paradigm of autonomous, self-healing endpoint security systems as a response to the increasingly sophisticated cybersecurity threat landscape. Traditional signature-based endpoint protection platforms have proven inadequate against modern threats, particularly as organizations face expanding attack surfaces, security skills shortages, and distributed workforce challenges. The evolution from traditional antivirus to autonomous security agents represents a fundamental shift from reactive to proactive security postures. These autonomous systems leverage advanced artificial intelligence, behavioral analytics, and automation frameworks to continuously monitor endpoint behavior, analyze anomalies in real-time, make independent decisions about threats, implement containment and remediation procedures automatically, and learn from each incident to improve future accuracy. Self-healing capabilities allow endpoints to roll back unauthorized changes, restore compromised files, eliminate malicious processes, and maintain system integrity with minimal human intervention. The implementation of these technologies delivers tangible benefits including reduced response times, enhanced operational efficiency, and improved protection for remote workforces. While challenges exist in false positive management, compliance considerations, and establishing trust in autonomous systems, the future promises further evolution through convergence with Zero Trust architectures, extended ecosystem protection, and advanced human-machine collaboration models that will fundamentally transform enterprise security operations.