A certain factory, as a key classified industrial factory area, has a large area and many key production areas. The security management and control standards are far higher than those of ordinary parks. The original security system equipment in the factory area operates in isolation, with video and fire - fighting data fragmented, and the emergency response efficiency is low. This time, relying on the fusion architecture of front - end full - domain video collection + back - end VMS comprehensive video aggregation platform, a smart security management and control system covering the "trinity" of "video, alarm, and factory area space" is built, comprehensively upgrading the capabilities of on - duty, emergency command, and visual management in classified factory areas, and creating a smart security model project for classified industrial factory areas.

Project Background: Prominent Pain Points in Security Management and Control of Classified Factory Areas

A total of 1,500 video surveillance points are deployed in the factory area, covering all areas such as production workshops, storage warehouses, entrances and exits, and peripheral walls. The classified nature determines the zero - tolerance requirement for security management.

· Each security device operates independently, and the video and fire - alarm data are not interconnected.

· There is no unified visual scheduling platform, and it is impossible to quickly retrieve the corresponding monitoring after an alarm occurs.

· There is a lack of a three - dimensional real - scene carrier for the whole factory area, and the efficiency of global inspection and emergency command is low.

To meet the high - standard security management and control requirements of the classified factory area, an integrated comprehensive security platform is urgently needed to connect all types of security devices, realize unified video scheduling, rapid alarm linkage, and three - dimensional visual inspection of the factory area.

Three Core Customer Pain Points

Pain Point 1: Thousands of Massive Videos are Scattered and Difficult to Manage Concentratedly

1,500 monitoring points are deployed in a scattered manner, and multiple sets of old - fashioned monitoring systems run in parallel. The video recording storage is fragmented. Retrieving historical videos and previewing multiple screens are cumbersome operations. The daily video verification workload of security personnel is huge. There is an urgent need for a unified back - end centralized storage + integrated video management platform.

Pain Point 2: Fire - Alarm Devices of Multiple Brands are Fragmented and There is No Linkage Mechanism

The fire - fighting mainframes in the factory area include multiple brands and models such as Gulf, Notifier, and Shikai Ruide. Each alarm system gives independent warnings. After a fire or security anomaly is triggered, it is impossible to link the on - site monitoring pictures with one click. There is a lack of a closed - loop disposal process for security and fire - fighting integration, which delays the golden time for emergency response.

Pain Point 3: There is No Three - Dimensional Visual Scheduling, and There is a Lack of an Intuitive Carrier for Emergency Command

There is no unified large - screen scheduling system, and it is impossible to pop up the corresponding monitoring with one click in case of an emergency. There is no three - dimensional real - scene map of the factory area, and security personnel cannot intuitively grasp the distribution of buildings, points, and equipment. The ability of online inspection and overall command is lacking.

Three Core Highlights of the Project (Core Capabilities for Upgrading Security in Classified Factory Areas)

Highlight 1: Thousands of Videos are Stored Concentratedly, and All Videos are Managed in an Integrated Manner

All 1,500 monitors in the whole factory are connected to the back - end centralized storage. The VMS comprehensive video aggregation platform uniformly carries all video data, integrating a full set of video capabilities such as real - time preview, video playback, and decoding for display on the wall:

· All points are managed in a unified ledger, supporting batch retrieval of points and playback in different time periods.

· Multiple screens can be freely divided for preview, and all monitors in the whole factory can be viewed on a single platform.

· The centralized storage architecture solves the problems of scattered video recordings in multiple systems and cumbersome queries, greatly reducing the operation cost of security on - duty.

Highlight 2: Compatibility with Fire - Fighting Mainframes of Multiple Brands, and a Closed - Loop for Integrated Security and Fire - Fighting Linkage

The platform connects all models of alarm mainframes such as Gulf, Notifier, and Shikai Ruide, and uniformly aggregates various alarm signals for security and fire - fighting, constructing a rapid linkage mechanism of "alarm trigger - video pop - up - information push":

· The moment an alarm is generated, the on - duty terminal automatically pops up the real - time monitoring picture of the incident area.

· Complete information such as the alarm point, equipment type, and alarm time is pushed synchronously.

· Synchronous disposal of alarms and videos is realized, shortening the emergency response time and forming a closed - loop for security and fire - fighting linkage.

Highlight 3: Three - Dimensional Digital Twin for Full - Domain Visualization, and Clear Space Management and Control

Equipped with a three - dimensional visual digital twin module, it restores the real - scene layout of buildings, roads, workshops, monitors, and alarm devices in the factory area at a 1:1 scale, and deeply integrates the security and fire - fighting linkage function:

· All points in the whole domain can be located with one click. The three - dimensional map intuitively displays all monitoring and alarm points, supporting online virtual inspection, area selection, and rapid retrieval of points, replacing traditional on - site manual inspections.

· After an alarm is triggered, the corresponding equipment position in the three - dimensional scene automatically flashes and highlights, and the real - time on - site video window pops up synchronously, making it easy to identify the abnormal position at a glance.

· One - click linkage disposal can be completed in the three - dimensional digital scene. Operations such as video playback, remote intercom, and large - screen projection can be directly completed in the three - dimensional digital scene, integrating the display of the factory area space, alarm reminders, and video disposal, and greatly improving the efficiency of regular inspections and overall command in case of emergencies.

Project Value Summary

Improved Management Efficiency: Breaking the data islands of security devices, a single platform manages 1,500 videos in the whole factory + fire - alarm devices of multiple brands, simplifying the operation process of security on - duty.

Faster Emergency Response: Automatic security and fire - fighting linkage + three - dimensional visual early warning. The on - site picture can be retrieved within seconds after an alarm, shortening the emergency response time.

Upgraded Management and Control: Three - dimensional digital twin for full - domain space visualization, realizing intelligent security management and control of all elements, all areas, and all time periods in the classified factory area, meeting the security management standards of high - level classified factory areas.