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Counter-UAS Protection for Critical Infrastructure

A layered drone detection and authorized response architecture for power plants, substations, energy sites, data centers and other high-value facilities.

Counter-UAS Protection for Critical Infrastructure
System Priorities Select capabilities around the protected site and operating requirement—not a fixed equipment list.
01

Protect Continuity, Perimeters and High-Value Assets

Critical infrastructure drone protection must maintain continuous awareness without disrupting normal site operations. A practical design maps low-altitude approach routes, sensitive assets, public boundaries, RF conditions and control-room workflows before selecting equipment. JianHong combines fixed RF sensing, radar, EO/IR verification, command software and authorized response options into a project-ready architecture.

02

System Priorities

Select capabilities around the protected site and operating requirement—not a fixed equipment list.

01

Persistent Airspace Awareness

Monitor low-altitude activity around the protected perimeter and identify supported control or video links.

02

Layered Target Verification

Combine RF, radar and EO/IR evidence to reduce uncertainty before an operator makes a response decision.

03

Control-Room Integration

Deliver alarms, tracks and event records to the security team through a clear command workflow.

04

Site-Specific Deployment

Match sensor positions, antennas, network, power and environmental protection to the actual facility.

03

Project Architecture

01

Survey

Map assets, approaches, blind zones, RF conditions and legal boundaries.

02

Detect

Select complementary sensors for the expected drone and flight profile.

03

Verify

Correlate RF, radar and visual evidence in the command layer.

04

Respond

Apply the approved escalation and authorized response procedure.

04

Typical Applications

Power Generation

Plants, switchyards and generation assets requiring continuous perimeter awareness.

Oil, Gas and Energy

Refineries, pipelines, terminals and remote production facilities.

Data and Communications

Data centers, telecom compounds and high-value network infrastructure.

Water and Transport

Reservoirs, ports, rail hubs and other essential public services.

05

Information to Prepare

  1. 01

    Protected-site drawing, approximate area and sensitive assets

  2. 02

    Expected drone types, approach routes and required warning time

  3. 03

    Existing CCTV, VMS, command center, network and power interfaces

  4. 04

    Local authorization, incident workflow and acceptance criteria

08

Frequently Asked Questions

What is a critical infrastructure counter-UAS system?

It is a layered security architecture that detects, identifies and tracks unauthorized drones around a high-value site and connects verified alerts to an approved response workflow.

Which detection technologies are suitable for power plants?

RF sensing can identify supported control links, radar can detect non-cooperative targets and EO/IR can provide visual verification. The correct combination depends on terrain, RF conditions and required coverage.

Can counter-UAS alerts integrate with an existing control room?

Yes. Interface planning can connect alarms, tracks, video and event records to existing security software or a dedicated command platform.

How is false-alarm risk reduced?

Layered sensing, geofenced rules, target correlation and operator verification help distinguish relevant drone activity from unrelated objects or RF signals.

Critical Infrastructure Counter-UAS

Get a Site-Specific Counter-UAS Recommendation

Send the protected site, target profile, coverage and integration requirements. Our team will propose a practical architecture.