Digital and Intelligent Security, Empowering Fine-grained Supervision of Water Areas

In 2026, CSVision, relying on its mature comprehensive security management capabilities, reached in-depth cooperation with the local water management unit and successfully implemented the comprehensive security management platform solution in its smart water ecosystem supervision project. Through the S200 comprehensive security management platform, the project unifiedly managed and connected 1,756 video cameras and 2 decoders across the entire area. Equipped with intelligent applications such as intelligent target recognition, black-and-white list management, and personnel trajectory tracking, it built an integrated water area security supervision system of "full - domain video visibility + intelligent recognition and early warning + personnel trajectory tracing + large - screen centralized display", providing digital support for water ecosystem environment inspections, water area entrance and exit management, and personnel behavior supervision, and facilitating the fine - grained and intelligent upgrade of water area governance.

Project Background

The water ecosystem governance project is a core livelihood project for regional ecological environment protection and water environment management. It undertakes the important mission of water area environment inspections, coastal security management, personnel access supervision, and early warning of illegal behaviors. The project focuses on the intelligent upgrade of the entire water area, coastal entrances and exits, and control nodes, aiming to break through the operational bottlenecks of traditional manual inspections, such as low efficiency, many supervision blind spots, lagging abnormal early warnings, and difficult traceability and evidence collection. It aims to create a modern water area security model with full - domain visibility, intelligent early warning, precise control, and full - process traceability, realizing the transformation of water area security from passive handling to active early warning and from decentralized supervision to centralized control, and comprehensively improving the security supervision level of the water ecosystem environment.

Project Requirement Pain Points

Combined with the water area governance scenario and operational requirements, this water ecosystem project faces four core pain points in security supervision, which restrict the implementation of intelligent supervision:

· Difficult to coordinate numerous points: There are a total of 1,756 cameras across the entire area, with a wide distribution of points and a large number of device models. It is necessary to achieve unified management of a large number of video devices to ensure stable and smooth real - time video viewing and historical video playback. Traditional platform device access has insufficient compatibility and it is difficult to achieve centralized control across the entire area.

· High demand for centralized video display: The control center needs to display the entire area's video images on a large screen. The original decoder devices need to be compatibly connected to achieve flexible switching and partitioned display of video images, meeting the visual supervision needs of daily inspections and emergency dispatching.

· Insufficient intelligence in entrance and exit management: The personnel flow at the water area gates is complex. Traditional monitoring only enables video viewing, unable to accurately identify the entering and exiting personnel. There is a lack of black - and - white list management capabilities. When strangers or illegal personnel break in, real - time alarms cannot be issued, and the management is passive and lagging.

· Weak ability to trace personnel behavior: The coastal area of the water area is vast and there are many inspection nodes. The real - time visual traceability of personnel activity trajectories is impossible. After an abnormal situation occurs, it is difficult to obtain evidence and slow to locate, and precise traceability management cannot be achieved.

Full - Scenario Intelligent Security Management System

｜Full - domain device management, achieving full - coverage real - time video playback

Unified device management: Based on the S200 comprehensive security management platform, 1 unit of 2800 and 3 units of 1800 devices were deployed to achieve centralized access and control of 1,756 cameras across the entire area.

High - definition and stable video application: Ensure high - definition and smooth preview of real - time images of all cameras, and at the same time have the capabilities of video storage, precise retrieval, and on - demand playback.

Full implementation of full - domain business: Achieve full - coverage visibility of water area videos, meeting the needs of various businesses such as daily inspections, post - event evidence collection, and environmental supervision.

Multi - device compatibility: The platform supports multiple device protocols, can centrally manage and uniformly dispatch front - end devices, and is compatible with different models of terminals.

Relying on the S200 security platform, 1,756 cameras were uniformly connected and controlled. The device has strong compatibility, and the video preview and video playback functions are perfect, realizing full - domain visualization of the water area and supporting the development of various supervision businesses.

｜Decoder compatible connection, building a large - screen centralized display system

On the basis of full - domain video management, the platform seamlessly and compatibly connects 2 decoders to build a video display system in the control center. It enables flexible display, partitioned display, and cyclic switching of video images of all cameras across the area, supports multi - screen layout, image retrieval, and real - time preview, and builds a centralized control model of "cloud platform + large - screen visualization" for water area supervision, helping managers to grasp the security dynamics of the entire water area, entrances and exits, and coastal nodes in real - time and achieve intuitive supervision of the overall situation.

｜Empowered by intelligent algorithms, achieving precise control and early warning at entrances and exits

In response to the security management needs of the water area gates, intelligent target recognition algorithms were configured for the entrance and exit cameras. A personnel black - and - white list database was created in the platform, the information of controlled personnel was accurately entered, and the list database was sent to the 1800 device end. Real - time comparison and identification of personnel at the entrances and exits were realized. Personnel on the white list were allowed to pass normally, while those on the black list were accurately warned and intercepted. When a stranger broke in, an alarm was triggered and pushed in real - time, transforming from passive monitoring to active early warning and strengthening the security line at the water area entrances and exits to achieve precise personnel control.

｜Linked with the electronic map, achieving full - process visual traceability of personnel trajectories

Relying on the electronic map function of the platform, the camera points and entrance and exit identification data across the area were integrated to realize real - time query and visual traceability of personnel activity trajectories. Managers can accurately retrieve personnel access records and activity paths on the electronic map, and grasp the dynamic information of personnel along the water area coast and at the entrances and exits in real - time. It supports precise positioning and full - process traceability of abnormal behaviors, realizes closed - loop supervision of water area personnel behavior, provides data support for water ecosystem security management and the handling of illegal events, and comprehensively improves the fine - grained governance ability of water area security.