TITLE:
Research and Practice on an IoT-Enabled Security Management System for Vocational Training Bases
AUTHORS:
Xiaohuan Qiu
KEYWORDS:
Internet of Things (IoT), Security Management System, Vocational Training Bases, System Architecture, Agile Scrum, System Design
JOURNAL NAME:
Open Journal of Applied Sciences,
Vol.15 No.12,
December
23,
2025
ABSTRACT: Vocational training bases are centers for practical skill development, but their dynamic environments, high-value equipment, and potentially hazardous materials present complex security management challenges. Traditional management methods, which rely on manual inspections and passive responses, often result in delayed hazard detection and inefficient resource allocation. While the literature indicates that Internet of Things (IoT) technology is widely used in industrial sectors, its comprehensive application in educational training contexts remains underexplored. This paper presents the research and practice of an IoT-based security management system. The system employs a five-layer architecture (Basic Resource Layer, Data Layer, Service Support Layer, Application Layer, and Presentation Layer) and was iteratively developed using the Agile Scrum model. System development was guided by a series of defined user stories, integrating core functionalities including real-time monitoring, access control, environmental sensing, and asset tracking. The contribution of this paper is a scalable and replicable security solution that combines efficient management functions with pedagogical value, providing students with a practical platform for IoT and cybersecurity skills.