Challenges

Painpoints

Stadiums and arenas host dense crowds, making low-altitude security incidents especially sensitive.

Official drones may already be operating for live streaming and recording, so mitigation must be selective and precise.

Improper countermeasures may create additional risks, including the danger of drones falling into populated areas.

Benefits

Advantages

Combine comprehensive detection and precise jamming for safer event protection.

Protect the main stadium while extending low-altitude awareness into the surrounding area.

Support patrol teams and emergency response with mobile devices and centralized CCS management.

Core Capabilities

Detection and Defense

A layered stadium protection framework combining main venue coverage, surrounding-area detection, mobile response tools and centralized operational control.

Deployment in the Main Stadium

Deployment in the Main Stadium

Comprehensive detection and precise jamming for the main stadium.

Deployment in the Region Around

Deployment in the Region Around

Supplementary detection for low-altitude defense in the surrounding area.

Mobile Detection for Patrol and Emergency

Mobile Detection for Patrol and Emergency

Portable and handheld equipment for daily patrol and emergency handling.

CCS Platform

CCS Platform

Centrally manage all types of information, including equipment and data.

Technical Proposal

Flexible Deployment Design for Stadium Protection

The deployment design should consider the surrounding environment and the actual deployment site situation, adapting the protection logic to the complexity of the stadium area and its nearby urban context.

Deployment Schemes

Scheme A: If there are no tower buildings around the stadium, and a power supply and network connection are available at the top, one DFJS system can be deployed to protect the whole stadium area.

Scheme B: If there are tall buildings around the stadium, four DFJS systems should be installed at the four corners to ensure there are no blind spots in the protected area around the stadium.

The deployment diagram is shown in the picture, taking Old Trafford as an example.

Single-system deployment for simpler stadium surroundings.
Four-corner deployment for more complex urban contexts.
Configuration based on real site conditions and coverage needs.
Main Stadium

Deployment in the Main Stadium

The Stationary Detection Jamming and Spoofing System is a multi-functional device with leading performance.

It integrates detection, identification, direction finding, jamming and spoofing capabilities in a single system.

The equipment adopts a professional waterproof and dustproof design, ensuring stable and reliable continuous operation in harsh outdoor environments.

The jamming frequency can be customized according to local regulations.

Region Around

Deployment in the Region Around 1

In complex urban areas around the stadium, the low-point detection system should be deployed according to the actual situation.

This helps extend low-altitude awareness beyond the main venue and improves detection capability in surrounding areas where obstacles and urban density may affect coverage.

Region Around

Deployment in the Region Around 2

The electro-optical system should be deployed to compensate for the limitations of radio detection equipment when detecting drones without signals.

At the same time, the system can be used to detect and provide early warning of other low-altitude targets.

Mobile Detection

Patrol and Emergency

A variety of portable devices meet the daily patrol needs of officers while also enabling them to handle various emergency situations.

The jamming frequency can be customized according to local regulations.

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