Comprehensive security and pedestrian and vehicle management and control solutions for smart parks

For industrial parks, logistics parks, and science and technology parks, it integrates perimeter prevention, vehicle access management, personnel passage control, key area monitoring, and centralized monitoring networking to help parks achieve "one network, one platform, and integrated management."

Entrance and exit license plate recognition + barrier gate linkage, recognition rate ≥99% Perimeter infrared warning + intelligent dome camera linkage tracking Passenger and vehicle diversion channel gates are connected with facial recognition attendance Behavior analysis in key areas: cross-border, lingering, and gathering detection Multiple parks are cascaded, and the headquarters can view each branch in a unified manner Linkage plan with fire protection, access control and broadcasting systems
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Program overview

Smart Park · XLD overall solution

Program Overview

The park is the core place for enterprise production and office work, with a high degree of mobility of people, vehicles, and materials. The traditional "each-in-one" approach to security construction leads to Information islands, difficulty in linkage, and inefficient management. This solution integrates video surveillance, vehicle management, Personnel passage, perimeter prevention, and alarm linkage are integrated to help the park achieve visual, traceable, and linkable security management.

Typical application scenarios

  • Separation of people and vehicles: Freight vehicles use special channels and are weighed, and people use pedestrian channels to pass by using facial recognition without interfering with each other.
  • Key material supervision: The warehouse entrance and exit cameras are linked with the forklift channel records, leaving traces of the entire process of materials leaving the warehouse.
  • Emergency response: After the one-click alarm is triggered, the platform will automatically pop up the recent camera image and notify the security personnel on the mobile app.
  • Visitor management: Online reservation + on-site ID verification + QR code passage, leaving digital traces throughout the process.

Implementation steps

  1. On-site survey: Survey and map the park floor plan, marking the entrances, exits, perimeters, key areas and weak current well locations.
  2. Project design: Output site plans, system diagrams, equipment lists and construction schedules.
  3. Step-by-step construction: First the backbone network and central computer room, then the front-end equipment, and finally debugging the linkage strategy.
  4. Training delivery: Provide operational training and complete completion data for administrators and security personnel.

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Industry pain points

We design strategies to deal with these practical problems one by one

01
The park has a large area and many entrances and exits, making it difficult to control the mixed traffic of people and vehicles

Freight vehicles and people share the same passage, which is congested during morning and evening peaks and poses safety risks.

02
The perimeter is long and mostly fenced, making it difficult to detect intruders if they climb over it

There is insufficient lighting at night, making it difficult for manual patrols to cover the entire perimeter

03
Foreign vehicles enter and exit at will, affecting the order and safety of the park

Lack of effective vehicle registration and release mechanism, parking chaos

04
Each subsystem is independent and cannot be commanded in an emergency

Video, access control, fire protection, and broadcasting belong to different systems, making linkage difficult

05
Multiple campuses are scattered and it is difficult for the headquarters to grasp the overall security situation

Lack of a unified network management platform and lagging information

System architecture

Smart ParkSecurity system layered design

The solution adopts the "One Platform, Three Networks, Five Types of Perception" architecture:

  • One platform: The park’s comprehensive security management platform provides unified access to video, access control, gate, alarm, and fire protection data.
  • Three networks: Video dedicated network, access/gate control network, alarm linkage network, physical isolation to ensure safety.
  • Five types of perception: Video perception, vehicle perception, personnel perception, perimeter perception, and environment perception.

The center side is equipped with a digital matrix + LCD splicing wall, which supports 4×4 or above multi-screen wall placement and pre-plan patrol; The platform supports multi-park cascading, and the headquarters can call up real-time images and videos of any branch park with one click.

Subsystem composition

Modular design, optional and step-by-step implementation

Perimeter prevention system

infrared warning + smart dome camera, automatic tracking and capture when crossing the border

Vehicle access management

license plate recognition + gate linkage, automatic release of monthly rental cars/visitor cars

Personnel passage control

Face recognition gate, connected with attendance/visitor system

Video surveillance system

full coverage of roads, factories, warehouses, and office areas

Alarm linkage system

one-click alarm column, fire linkage, broadcast

Centralized management platform

multi-park cascading, authority classification, electronic map

Implementation effect

Measured data from implemented projects

99.2%
License plate recognition accuracy
40%
Reduced security labor costs
15 seconds
Perimeter alarm to dome camera automatic tracking
7×24
around-the-clock perimeter protection

FAQ

Frequently asked questions about the Smart Park solution

Can it be connected to existing access control/barrier gates?

Support. The solution provides Wiegand, RS485, TCP/IP and mainstream manufacturer SDK docking methods to maximize the reuse of existing equipment.

How to connect multiple campuses to the Internet?

Local storage in each campus is guaranteed to be available when the network is disconnected. Alarms and key videos are uploaded to the headquarters through dedicated lines/VPN, and bandwidth usage is controllable.

What should I do if there are many false alarms in the perimeter at night?

Through infrared + visible light dual detection and intelligent algorithm filtering (small animals, leaves, light changes), the false alarm rate can be reduced to single digits per week.

Is it convenient to expand the capacity later?

The platform is authorized based on the number of channels. To add new points, you only need to connect to the switch and register with the platform. There is no need to replace core equipment.

Need professional security monitoring solutions?

Our technical team is ready to provide you with product selection, solution design and quotation services.