Centralized Automated Safety Management System for Universities Using Real-Time Monitoring
1st Sathish.R
Department of AI and DS KGiSL Institute of Technology Coimbatore, Tamil Nadu, India r.sathish@kgkite.ac.in
2nd Siva Ramana H V Department of AI and DS KGiSL Institute of Technology Coimbatore, Tamil Nadu, India sivaramana.h2021@kgkite.ac.in
3rd Praveen Raj C Department of AI and DS KGiSL Institute of Technology Coimbatore, Tamil Nadu, India praveenraj.c2021@kgkite.ac.in
Abstract—The safety and security of university campuses has become an essential concern in recent years. Traditional methods of security management, reliant on manual surveillance and isolated alert systems, are increasingly inadequate in addressing modern safety threats. This paper introduces a centralized automated safety management system for universities that uses real-time monitoring to create a cohesive, responsive, and scalable solution. The system integrates multiple sensors, surveillance tools, and centralized control mechanisms to enable real-time data collection, threat detection, and emergency response. By streamlining communication and automating incident manage- ment, the system significantly reduces response time to potential threats, improves situational awareness, and improves overall campus safety. It also ensures compliance with public safety standards while maintaining the flexibility to adapt to evolving security requirements. This research details the system architec- ture, implementation phases, testing methodologies, and evalua- tion metrics. The results demonstrate substantial improvements in detection speed, operational efficiency, and user satisfaction. Future work will focus on predictive analytics and proactive threat prevention measures.
Index Terms—University Safety, Centralized Control, Real- Time Monitoring, Automated Alerts, Emergency Response, Cam- pus Security, Surveillance Systems, Security Automation, Inci- dent Management, Threat Detection, Cloud Computing, Access Control, Fire Detection, Emergency Simulation, Campus Mon- itoring, Smart Surveillance, Security Efficiency, Safety Compli- ance, Centralized Architecture, Live Data Processing, Sensor In- tegration, Security Analytics, Emergency Response Optimization, University Security Systems, Security Scalability.
