#15883 Technology-Based Security Systems and Security of Information Resources in the University Library

Abstract

Securing information resources in a university library is crucial to protect sensitive data, academic materials, and the privacy of library users. As academic institutions increasingly rely on digital platforms for storing and disseminating information, the need for robust security measures becomes paramount. The paper examines technology-based security systems and the security of information resources in university libraries. The literature review was conducted to examine existing studies, academic papers, and articles related to Technology-Based Security Systems in library environments. Databases consulted in search of relevant literature include Google Scholar, Academia, and ResearchGate. Content analysis was used to determine the concepts and themes. The study discovered the types of information resources vulnerable to security threats in the university library, including book and non-book materials. It also determined the technology-based security systems for safeguarding information resources in university libraries, including RFID Technology for Asset Tracking, Access Control Systems, CCTV Surveillance in Libraries, Digital Rights Management, Cybersecurity Measures, Cloud-Based Library Services, and Artificial Intelligence for Anomaly Detection. In analysing the threat landscape, the study comprehensively examines both physical and digital risks posed to information resources. This includes cybersecurity threats, physical security risks, insider threats, and third-party risks. Recognising these threats, the study offers strategic insights through proposed strategies such as risk assessment and planning, user training and awareness, regular system updates and patch management, data encryption and privacy and continuous monitoring. The study concludes that libraries can maximise the effectiveness of their technology-based security systems, fostering a resilient defence against potential security breaches in the dynamic landscape of information management