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OS-EASY Laboratory Intelligent Service System (LISS)

Product Introduction

The OS-EASY Laboratory Intelligent Service System (LISS) is a smart management platform specifically designed for the operation and teaching management of university computer laboratories. Integrating IoT, cloud computing, and big data technologies, the system is available in both Basic and Teaching editions.

LISS offers a wide range of features including terminal access services, lab scheduling and access management, experiment report tracking, terminal asset monitoring, and a visualized data dashboard. It provides academic affairs offices, asset management departments, and other administrative units with a fully digitalized, end-to-end solution—from operations and maintenance to teaching evaluation—driving the digital transformation and modernization of laboratory environments.

Product Introduction

Product Introduction

Through data co-construction and sharing, the platform integrates all experimental teaching scenarios into a unified digital environment. It transforms teaching data into valuable assets and provides real-time dynamic data visualization and monitoring services, enabling a closed-loop operation model of “Global Visualization, Unified Services, Intelligent Operations, and Decision Support.”

Based on top-level client needs, the system supports value-added development of the data middle platform, offering standardized API services. It supports integration with school-level education big data platforms and education bureau systems. It also seamlessly connects with unified identity authentication systems, academic data repositories, and standardized experimental course schedules.

The platform supports complete data acquisition from diverse sources, ensuring accurate and structured data input. It enables refined teaching management by collecting data related to terminal access, classroom activities, device status, and teaching resources in a standardized and automated manner.

Fully compatible with traditional PCs, cloud terminals, all-in-one computers, workstations, laptops, and large display terminals, the system also supports access from IoT devices. It extends to third-party mainstream cloud platforms widely used in educational institutions, ensuring flexible integration across various infrastructures.

Designed around core workflows that align with digital transformation in experimental teaching, the product provides standardized, process-driven service capabilities for diverse user groups. Its intuitive operation interface and scientifically visualized data services support more accurate and informed decision-making.