Abstract
This case study explores the transformative role of cloud computing in enhancing the accessibility, functionality, and efficiency of Online Public Access Catalogue (OPAC) systems within academic libraries. Leveraging cloud-based Integrated Library Management Software (ILMS) such as KOHA, this study investigates user interaction metrics, geographical reach, and usage trends through data collected using Histats, a web analytics tool. The analysis of OPAC usage from 2022 to 2023 reveals a total of 20,783 unique visitors and 49,036 page views, highlighting the platform’s widespread adoption and the convenience of remote, 24/7 access. Geolocation tracking indicates a strong user base in India, particularly in Guwahati, followed by other Indian and international cities. Device and OS analysis identifies Android as the dominant platform, supporting a mobile-first usage trend. Interestingly, Safari emerged as the most used browser, suggesting a considerable Apple device user base. Title-specific access patterns show that “Axomia Bhaxar Kaushal aru Dakhyata Bikash” was the most accessed resource, reflecting user preference for locally relevant content. The findings underscore the potential of cloud-based OPACs in supporting data-driven library service enhancement, including real-time tracking of user engagement, identification of high-demand resources, and efficient resource management. Moreover, the system enables libraries to tailor services based on user behavior and preferences, promoting a more personalized experience. In conclusion, the adoption of cloud computing significantly augments OPAC utility in academic settings, offering flexible, efficient, and inclusive access to library resources.
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