Sage Journals: Discover world-class research

Abstract

This paper investigates how Internet of Things (IoT) and automation technologies can revolutionize library operations by streamlining circulation, inventory management, environmental controls, interactive services, and data-driven decision-making. Through a narrative review of recent case studies and pilot initiatives, the study synthesizes technical frameworks, including network architecture, data integration models, and privacy considerations, with practical strategies for implementation across a variety of library settings. Key findings highlight the effectiveness of IoT-enabled RFID systems and smart gates in enabling self-service circulation and real-time inventory tracking. Environmental sensors support energy-efficient climate control, while beacon-based notifications and analytics dashboards enhance user engagement and inform strategic planning. Despite these benefits, libraries face notable challenges such as complex integration with legacy systems, high upfront costs, ongoing maintenance demands, and significant privacy concerns. To address these issues, the paper offers a comprehensive implementation guide that outlines infrastructure requirements, staff training priorities, privacy policy considerations, and metrics for evaluating success. This guide provides libraries with a clear, phased roadmap for adopting smart technologies and building adaptive, user-centered service environments.

Keywords

smart library internet of things automation RFID data analytics infrastructure planning

Get full access to this article

View all access options for this article.

References

Abdo

(2024) Radio frequency identification (RFID) implementation in an IoT smart library. Journal of Information Systems Engineering and Management 9(3): 28480.

Ahmad

Zulkifli

(2022) Internet of Things (IoT) and the road to happiness. Digital Transformation and Society 1(1): 66–94.

Akor

Nongo

Udofot

, et al. (2024) Cybersecurity Awareness: Leveraging Emerging Technologies in the Security and Management of Libraries in Higher Education Institutions. Sajs.

Bai

(2022) Construction of a smart library subject precise service platform based on user needs. Mathematical Problems in Engineering 2022: 1–8.

Wang

Zhang

, et al. (2022) A survey on artificial intelligence aided internet-of-things technologies in emerging smart libraries. Sensors 22(8): 2991.

Buyannemekh

Gascó Hernández

Gil-García

(2024) Fostering smart citizens: the role of public libraries in smart city development. Sustainability 16(5): 1750.

Eiriemiokhale

James

(2023) Application of the internet of Things for quality service delivery in Nigerian University libraries. Indian Journal of Information Sources and Services 13(1): 17–25.

Gul

Bano

(2019) Smart libraries: an emerging and innovative technological habitat of 21st century. The Electronic Library 37(5): 764–783.

Guo

Yuan

, et al. (2023) Applications of metaverse-related technologies in the services of US urban libraries. Library Hi Tech 42(5): 1477–1495.

10.

Kathirvel

Gobinath

Senthil

, et al. (2025) Automating library management for efficiency.325–350.

11.

Khan

Zhi-qiang

Chohan

, et al. (2021) Factors fostering the success of IoT services in academic libraries: a study built to enhance the library performance. Library Hi Tech 40(6): 1976–1995.

12.

Kristyanto

Shintawati

(2023) Implementation of the library automation system in high schools in Surabaya city. Record and Library Journal 9(2): 293–305.

13.

Liang

Chen

(2018) Libraries in internet of Things (IoT) Era. Library Hi Tech 38(1): 79–93.

14.

Masenya

(2020) Application of modern technologies in the management of records in public libraries. Journal of the South African Society of Archivists 53: 65–79.

15.

Muhamad

Darwesh

(2020) Smart University library management system based on internet of Things. Uhd Journal of Science and Technology 4(2): 63–74.

16.

Ocholla

(2020) Readiness of academic libraries in South Africa to research, teaching and learning support in the fourth industrial revolution. Library Management 41(6/7): 355–368.

17.

Osman

Mohammed

Shafei

IBA

(2023) The internet of Things in information institutions:concept, use and challenges. Bsu-Journal of Pedagogy and Curriculum 2(3): 153–172.

18.

Prasad

Jahnavi

(2019) IoT innovations in libraries: transforming services and accessibility. Turkish Journal of Computer and Mathematics Education (Turcomat) 10(3): 1497–1503.

19.

Rahman

Islam

(2019) Implementation of RFID in university libraries of Bangladesh. Global Knowledge Memory and Communication 68(1/2): 112–124.

20.

Ronaghi

Mohammadi

(2020) Identifying and ranking ethical issues of the internet of Things in medical sciences using stepwise weight assessment ratio analysis. Health Spirituality and Medical Ethics 7(4): 25–32.

21.

Saha

Roknuzzaman

(2024) Library practitioners’ perceptions on the applications of IoT in university libraries of Bangladesh. Library Management 45(1/2): 141–156.

22.

Shahzad

Khan

Iqbal

(2024) Factors influencing the adoption of internet of Things (IoT) in university libraries: a systematic literature review (SLR). The Electronic Library 42(2): 255–287.

23.

Liu

, et al. (2024) An IoT-based low-cost architecture for smart libraries using SDN. Scientific Reports 14(1): 7022.

24.

Yerden

Gil-García

Gascó Hernández

, et al. (2022). Public Libraries’ Perceptions of Future Collaborations for the Development of Smart Cities and Communities: Understanding Influential Factors.