Horus Sentinelle

Drone detection for sensitive sites.

A fixed sensor network connected to our C2 software. Horus adapts the layout to your site and handles installation, maintenance and software updates.

Discuss your needs

Horus Sentinelle / Deployment

Deployment on your site.

Sensor placement takes account of your buildings, access and radio environment.

Axonometric illustration of Horus sensor masts installed on industrial buildings.
Illustrative view. Sensor placement and coverage are determined by the site survey.
Sensor placement

Locations are defined during the site survey.

Connections

Horus plans power and data connections, installs the sensors and configures the software and alert recipients.

On-site testing

On-site trials measure detection distances and blind spots to refine sensor placement and alert thresholds.

Installation, maintenance and updates handled by Horus.

Our software / Incident record

An incident record ready to share.

The flight path and observations are brought together in a document you can share with your security teams and law enforcement.

Flight path and timeline
Recorded positions and detection times.
Received drone data
Model, identifier and pilot position, when available.

Designated recipients receive an SMS with the detection time and a link to the incident record.

Explore our software

Horus detects and alerts; it does not neutralise drones.

HRS 024Fictional example

Incident record

Drone detection

© OpenStreetMap contributors
Drone
DJI Mini 4 Pro
Source
Radio frequency
Pilot position
48.8537° N · 2.3342° E

Timeline

  1. First detection
  2. Position recorded
  3. Last recorded position

Access the record

Flight path, times and received data.Share with law enforcement.
Example QR code for accessing the incident recordIncident record
Example document with fictional data.

Practical questions.

What is the detection range?

It depends on received signals, obstacles, the radio environment and sensor placement. Coverage is assessed and then verified through on-site trials.

Can radio frequency sensors detect every drone?

Radio frequency detection relies on emissions in the monitored bands. A drone without a signal the radio sensor can use may go undetected. Horus is developing complementary acoustic and optical modalities.

Can we keep our existing security tools?

Horus C2 is designed to integrate third-party sensors and interface with security management platforms. Interfaces and integration requirements are reviewed during the study.

Let’s discuss your site.

Tell us the location, area to monitor and schedule. Together, we plan the site survey and deployment.

Discuss your needs

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