Campus safety is no small matter.

In recent years, various campus safety incidents have occurred frequently, not only causing concern for schools and parents, but also attracting widespread attention from governments and society at all levels.

It is not difficult to find that the current campus management lacks sufficient prevention of various safety incidents, and safety accidents occur from time to time. Campus monitoring equipment is difficult to control and has low efficiency in human inspection; 24/7 monitoring is difficult to achieve, and the pace of accident handling is slow; It is difficult to accurately locate and verify security incidents after they occur, which is time-consuming and labor-intensive.

Starting from the construction of a safe campus, we delve into the pain points of safety management in campus scenarios. Based on video intelligent applications, we serve segmented scenarios such as campus security, epidemic prevention, food safety, and drowning prevention.

Minivision Technology Campus Video Intelligent Application Solution

The automatic monitoring, intelligent recording, and alarm of people, vehicles, objects, and events on campus have transformed campus security from passive "civil defense" to active "intelligent defense".
Four security lines, 16 key areas, and campus security control without blind spots.
From the school perimeter, entrances and exits, to internal roads, teaching activity areas, from dormitories, laboratories, to other key areas such as canteens, kitchens, and computer rooms, we comprehensively cover the 16 key areas and areas for campus security prevention proposed in the "Safety Prevention Requirements for Primary and Secondary Schools and Kindergartens" (GB/T29315-2022), and establish multiple safety management defense lines for real-time monitoring of people, objects, events, behaviors, and other aspects throughout the entire time period in the area, Maximize the reduction of safety risk coefficient and reduce the occurrence of campus safety accidents.
The first line of defense covers the school gate, entrance area, and school wall construction, meeting the security needs of key personnel deployment and perimeter alarm.
The second line of defense includes the school guard room and entrance and exit channels, and features such as dynamic facial recognition and vehicle recognition make campus access management more transparent.
The third line of defense is aimed at areas where school outdoor personnel are concentrated, such as playgrounds, to achieve functions such as running detection and fighting detection, and to standardize student management order.
The fourth line of defense extends inward, deep into the classroom, dormitory area, cafeteria, laboratory and other areas where indoor personnel are concentrated. It can achieve functions such as smoking detection, mouse detection, authorized detection of personnel in confidential areas, and smoke/flame detection, making the campus safe and reassuring for teachers and students at all times.
Campus security digital upgrade, multi-party management to reduce costs and increase efficiency.

The intelligent perception network throughout the campus is always online, intelligently detecting campus security incidents, and quickly completing the closed-loop process from event reporting, early warning to emergency response.

Data analysis not only supports edge analysis processing and is suitable for schools, but also can be deployed in the education bureau through central analysis, forming a multi-level management system of "City Education Bureau District Education Bureau School". Data sharing and resource exchange among all parties to jointly manage campus security.

Minivision Technology Campus Intelligent Epidemic Prevention Solution
Based on the "Digital Sentinel Epidemic Prevention Terminal+Epidemic Prevention and Control Management Platform", we aim to achieve intelligent access management for faculty, students, visitors, and various vehicles, accurately improving the efficiency of campus epidemic prevention.

Combining peacetime and wartime, "Digital Sentry" multimodal verification.

Normally, the "digital sentry" can be linked with the access control system to achieve facial recognition and identity verification.

During wartime, health code verification, temperature detection, and mask wearing detection functions can be enabled. The column can be adjusted in height, taking into account students of different grades and heights. Equipped with a mobile power supply and scroll wheel, suitable for various scenarios. The handheld epidemic prevention terminal can be used for various vehicle traffic inspections.

Campus epidemic prevention can be seen clearly and commanded effectively.

The prevention and control screen scrolls the health status of students in real-time, and once abnormal health conditions are found, they are immediately reported and dealt with, thereby reducing the risk of campus cluster outbreaks.

The epidemic prevention and control management platform collects various types of data, with one click statistics and uploading of student health information, reducing the daily statistical workload of home and school, and improving the quality and efficiency of campus management work.

Minivision Technology Intelligent Application Solution for Bright Kitchen and Stove Video
Focusing on campus food safety, we use the "Intelligent Video Analysis+Bright Kitchen Cloud Platform" to make food safety production transparent and visible, ensuring student food safety.

Visualize campus food production and make safety management transparent.

By using the built-in algorithm of the small vision edge analysis box, the monitoring camera of the school kitchen is empowered to label and analyze the video stream of kitchen personnel and items. The system actively completes functions such as chef clothing detection, facial recognition/health certificate verification, mouse detection, smoke/flame detection, and mask free detection to prevent safety risks in food production.

Traceability of food safety incidents to improve management efficiency.

From the front-end perception to platform alarms and emergency linkage, AI has built a comprehensive food safety production chain for the school. Relying on the Xiaoshi Technology Mingchu Liangzao Cloud Platform to store and analyze data, the management process of food production is digitized, visualized, and traceable, and the campus food safety management system is strengthened.

Minivision Technology's Intelligent Application Solution for Drowning Prevention Video

Based on intelligent video analysis algorithms, intelligent analysis and timely intervention are carried out on dangerous events when students approach water bodies, thereby assisting schools and education departments in managing drowning prevention.

Real time intelligent monitoring, closed-loop business handling.

The camera uses an edge analysis host's built-in algorithm to intelligently identify behaviors such as approaching or wandering around water bodies. 24/7 uninterrupted inspections, with AI supervision "always present".

When a student accidentally falls into the water, a water detection can be completed and an on-site sound and light alarm can be linked to issue a warning. Supervisory personnel receive notifications and respond synchronously, forming a complete closed loop.

Intelligent judgment, improving quality and efficiency.

Through data mining analysis, it is possible to identify high-risk areas and periods of drowning events. The data results are presented visually on the MinivisionAIOT digital intelligence service management platform, allowing managers to quickly focus on key areas and improve quality and efficiency.

AI application is implemented in campus segmentation scenarios, creating a reassuring campus environment that allows teachers and students to better engage in teaching and learning.