In December 2021, the "Regulations on the Responsibility System for Internal Security and Protection of Units in Jiangsu Province" was issued, which clearly stated that education departments should implement security measures and improve the level of campus security prevention.

In the "14th Five Year Plan" for educational development, Jiangsu Province clearly emphasizes the need to strengthen the comprehensive management of campus and surrounding public security, and fully maintain campus safety and stability.

The interweaving of campus safety issues and epidemic prevention and control challenges has lowered the efficiency of school management and affected the campus safety ecology. Xiaoshi Technology focuses on campus scenes and uses AI to build a safe campus.

Safety risk: low epidemic prevention efficiency and lack of hazard warning

In recent years, campus security incidents have frequently made it to the forefront of public opinion. There are three major security vulnerabilities in traditional management methods:

1、 The efficiency of epidemic prevention is low, the speed of students swiping their cards to enter the school is slow, the flow of people to and from school is congested, and it is difficult to trace information data such as students' body temperature, resulting in a large investment in school manpower.

2、 There are blind spots in monitoring and it is difficult to accurately control key personnel, suspicious personnel, and dangerous areas.

3、 Young students have a high risk of running and playing games, and schools are unable to proactively prevent and intervene in dangerous behaviors in advance.

Full stack AI capability: intelligent protection of safe campus

How to transform passive management on campus into proactive prevention? Xiaoshi Technology proposes an AI digital safe campus solution.

Digital Sentinel, multi-purpose, peacetime and wartime combination

In normal state, the "Digital Sentinel" can be linked with the access control system to achieve facial recognition and identity verification.

In wartime, schools can use the "digital sentry" to achieve health code verification, temperature testing, and mask wearing testing, improving the efficiency of epidemic prevention work.

The column can be flexibly adjusted in height, taking into account students of different heights. Equipped with mobile power supply and rollers, suitable for various scenarios during peacetime and wartime.

Through the big data screen, schools can observe epidemic prevention data in real-time and connect with government epidemic prevention supervision platforms, forming a traceable data chain to comprehensively grasp the epidemic prevention situation on campus.

Scene algorithm to establish a safe defense line

For specific scenarios such as campus boundaries, entrances and exits, corridors, rooftops, etc., Minivision's self-developed algorithms can accurately solve the difficulties of campus security management.

Through the small view astrology edge analysis host and AI cameras, schools can comprehensively monitor campus events.

The host has powerful functions and can allocate algorithms as needed, adapting to various mainstream cameras, helping schools fully utilize the old.

The algorithm empowers cameras to accurately identify behaviors such as blacklist personnel deployment, suspicious personnel hovering warning, security personnel departure monitoring, and external personnel crossing walls, assisting schools in establishing the first barrier of safety protection.

If there are behaviors such as student fights, running, congestion, trampling, or entering dangerous areas (such as rooftops), the front-end equipment can also use AI algorithms to identify and ensure the safety status of students in different places.

To create a peaceful and reassuring learning environment, Xiaoshi's campus scene algorithm can also identify and monitor students' behaviors such as making phone calls, playing with mobile phones, smoking, and skipping classes, improving student management efficiency.

One platform for efficient and worry free closed-loop management

The front-end devices, scene algorithms, and smart platforms work together to form a closed-loop campus security management system.

The Minivision AIoT digital intelligence service management platform has functions such as campus scene and student behavior detection, disposal warning, data analysis, and comprehensive management.

The system can provide danger warnings in various forms such as text messages and phone calls, and management personnel can also view replays and track the source.

The education department platform can also receive campus dynamic information and important event warnings, achieve political school interconnection, multi-level management, and network integration, and jointly build a campus security ecosystem.

Benchmark case: landed in 300+schools, serving users with 300,000

At present, Minivision has assisted more than 300 schools in multiple provinces and cities such as Jiangsu, Zhejiang, Henan, Guangdong, Shanxi, Liaoning, etc. to complete the intelligent upgrade of the entire campus scenery, with a platform user base of 300,000.

In the Smart Safe Campus Project in Gongshu District, Hangzhou City, Zhejiang Province, Minivision provides an intelligent analysis system (including running and fighting analysis) and a health code verification system to achieve unified visual management of people, objects, and environment on the campus.

The project in Pizhou City, Jiangsu Province covers a total of 13 kindergartens, primary and secondary schools, special schools, and vocational colleges in the city, addressing the needs of entry and exit management, real name verification, infrared temperature measurement, intelligent attendance, and trajectory tracing for 5W+teachers and students who return to work and school.

Taiyuan University of Technology has deployed the Xiaoshi Technology smart campus system to properly address the pain points of epidemic prevention and control such as the mixing of foreign personnel and attendance.

There are a total of 42 primary and secondary schools, special schools, and vocational colleges in Donghai County, Lianyungang City, Jiangsu Province, deploying an AI epidemic prevention personnel entry and exit control system to facilitate the entry and exit of 11W+teachers and students under the real name system, regional management, trajectory tracing, and unified government management.