PRIORITY-BASED IOT RESOURCE-CONTROL SYSTEM FOR AUTONOMOUS SECURITY MANAGEMENT

Abstract

This research proposes an innovative autonomous security system that leverages a hierarchical arrangement of Internet of Things (IoT) sensors, categorized into high, mid, and low-priority tiers. The methodology adopted is Simulation Research Methodology. This priority-based activation framework optimizes resource allocation and response times to security events. High-priority sensors trigger immediate action, mid-priority sensors enhance situational awareness, and low-priority sensors focus on data collection and notification. The system incorporates local alerts and optional remote communication features, enabling prompt user response. By reducing reliance on physical security personnel and streamlining security operations, this smart security solution offers a scalable and efficient approach to modern security management.