Successful case | Opening campus AI surveillance system

The flow of people on a university campus is relatively complicated; people have activities everywhere.


University campus AI surveillance system integration

The flow of people on a university campus is relatively complicated; people have activities everywhere. In addition to students and teachers attending classes, meals, club activities, and entertainment, people from outside the campus come to the school for sports, further study, and visit. Given this, establishing a campus intelligent monitoring integration system can ensure the safety of people, improve safety management capabilities, emergency response capabilities, and reduce the pressure of related personnel.

Improve overall safety through the digital surveillance system


The installation environment of this case is a large open campus, covering an area of ​​more than 70 hectares, without wall protections which is located near popular business districts. It is difficult for the school to control the free entry and exit of people outside the school, so a safe and comprehensive surveillance system has been established to construct safety protection that covers the entire campus which can effectively reduce the blind spots of the campus, and smooth the process of emergency response to achieve the goal of a friendly campus.

This case is to improve overall security that already has an existing basic surveillance system. A high-quality digital surveillance system may upgrade surveillance capability as a whole. It can adapt to various weather, constantly monitoring, satisfying customer requirements, fast, convenient, highly integrable, and maximum flexibility.

Construction planning

“Integrate the existing surveillance monitoring system of each campus”

In addition to integrating the current analog and IP cameras, it also integrates the recorders of each campus and then aggregates the video streaming to the CMS, central monitoring system.

“Amplification of IP cameras and network video recorders”

Deploy new IP cameras to each campus and connect the digital network through the NVR and central monitoring system. After installation is completed, the camera coverage rate of the whole campus is as high as 80%. The monitoring system is built on the principle of flexibility and scalability and can be adjusted and added accordingly.

vacron | Successful case | Opening campus AI surveillance system
vacron | Successful case | Opening campus AI surveillance system
“Setting up a two-way voice SOS column”

Replace the old SOS columns on the campus with new SOS columns. The new SOS columns have two-way communication and four-sided video functions. The equipment includes SOS signal lights, LED lights, cameras, microphones, emergency call buttons, etc. They can connect with the management center 24 hours a day and take countermeasures at immediate response.

“Assist in the establishment independent transmission environment”

Establish a dedicated closed optical fiber network for the school district. All monitoring images and warning signal data are transmitted to the school computer room through the dedicated optical fiber network to ensure smooth and real-time signal transmission.

IP camera and NVR

This case uses IP cameras that adapt to many different outdoor environments to provide high-resolution images with smooth and stable fps and have an IR cut to ensure the picture is clear at all times. It has IP certification for dust and water resistance. On top of that, it is designed to suit the tropical weather climate in Taiwan and ensure any weather conditions will not affect the stability of the recording.

vacron | Successful case | Opening campus AI surveillance system

Adopt a 16-channel network video recorder (NVR). Each channel can support high resolution images, the latest image compression technology, and expand the hard disk simultaneously. Using the embedded real-time multiplexer with no virus intrusion problem can save a large amount of data safety. It is user-friendly, supporting iPhone & Android App, and supports more complete ease of use while maintaining security. It also pushes and broadcasts warnings to the CMS server simultaneously.

CMS(Central Monitoring System)

Monitoring integration is the crucial point to improve management efficiency for large sites. CMS can simultaneously integrate IP cameras and video recorders, accommodating more than 5,000 cameras in total. It has high performance, compatibility features and lays a good foundation for future expansion and integration.
CMS can be used in remote monitoring, capturing vital pictures, playback, warning, and other management applications. You can set up more than 100 accounts simultaneously and set the user permissions individually, significantly enhancing management efficiency and reducing the risk of monitoring data.

vacron | Successful case | Opening campus AI surveillance system


vacron | Successful case | Opening campus AI surveillance system
Two-way SOS columns

In the campus corners or large open spaces, there are often unassisted emergencies. Through the two-way SOS column, the service staff can be notified as soon as possible. The corresponding units can immediately understand the situation and exact location of the scene and take corrective actions. All the SOS columns set up by Vacron have a two-way real-time voice communication function. It is equipped with four sets of high-definition IP cameras with IR LEDs, and IR cut filters and can be maintained 24 hours a day. Even in a dark environment, clear images can still provide a wide range of clear images. Each column is equipped with a high-sensitivity microphone, which can pick up surrounding audio clearly. The attendant can understand the current situation and take immediate measures.

Product configuration
  1. SOS emergency light
  2. LED lighting
  3. Four HD cameras
  4. Emergency call button
  5. Directional microphone
  6. loudspeaker

Case Analysis

Before the implementation of this project, the monitoring systems of each campus were independent, meaning that the Images and monitoring information could not be shared. When the surveillance functions are being performed, going through different interfaces is required. Besides, the images are stored in different locations, which presents serious obstacles for management. In the case that it cannot be managed in real time, campus safety is greatly reduced. After the establishment is completed, the relevant personnel can manage the entire campus images only through the central management system, and carry out duty assignment and collaborative management solidly.