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Illustrative model · not to scale

Security robot for airports and ports

Long perimeters with restricted areas. The SX-1 robot drives the perimeter road and service roads, your security company operates it from its post, and every alert leaves a record.

Autonomy system tested in the real world Where we test it

01The problemAirports and ports

A critical perimeter with its own requirements

Each section has its own security procedures, and many are far from the checkpoints.

  1. A long, varied perimeter

    Fencing beside runways, service roads, quays and storage areas, with sections far from buildings and checkpoints.

  2. Every incident on record

    On a critical perimeter, each incident needs to be logged. We review your site’s rules with your team.

  3. Perimeter checks compete with operations

    Covering the perimeter ties up a team that also handles access points, checks and other incidents on site.

Simulation

One night on its route

An example simulation of a night on the perimeter of an airport or a port, with your security company.

Airport · 23:00 · Route

The route starts

It follows its assigned route along the perimeter road.

Type of site

Airport · 01:30 · Route

Service gate

It passes the service gate on the east section, inside a detection zone.

Airport · 04:10 · Alert

Person on the south section

Detects a person by the fence. Your security company’s officer gets the alert at their post, with image and position, and decides the response.

03Who handles the alerts · SeaX LiveAirports and ports

At airports and ports, with your security company

  • Your security company’s officer operates the SX-1 from their post with SeaX Live.
  • They see every alert with an image and position and decide the response.
  • If needed, they can escalate it to your ARC.
Mockup · sample data
Mockup of SeaX Live at your security company’s post: an intrusion alert in zone 2 with the robot’s live camera and the person framed, the “On my way” button, the three outcomes, “Escalate to the ARC” and the site map with the positions of the robot and the detection.Mockup of SeaX Live at your security company’s post: an intrusion alert in zone 2 with the robot’s live camera and the person framed, the “On my way” button, the three outcomes, “Escalate to the ARC” and the site map with the positions of the robot and the detection.

You can also:With your ARCFrom your phone

Not working with a security company? We put you in touch with one, or you use it yourself from your phone. Demo and pilot

Our vehicle, a white electric car with LiDAR on the roof, at Teruel Airport.
Real-world test

Where we test it

Our vehicle · Teruel Airport, test siteTeruel Airport is our test site; it is not a customer. We test the autonomy system there on our vehicle.How we validate it

Working with what you already have

It works alongside your cameras, your security company and your ARC.

Perimeter cameras and sensors
The SX-1 covers the stretches your fixed cameras cannot reach.
Your security company
More perimeter covered with the same team: their security officer operates the SX-1 from their post with SeaX Live, sees the map and cameras live and decides on every alert.
Your alarm receiving centre (ARC)
With SeaX Connect, the SX-1 sends every alert to your ARC with image, classification and position: it is compatible with the standard ARC protocol. The centre verifies it and handles the response under your contract with it.

Questions about airports and ports

More questions in Security companies
Is Teruel Airport a SeaX AI customer?

No. Teruel Airport is our test site. We test the autonomy system there on our vehicle.

Can it drive in restricted areas?

Only on roads authorised by the site operator. Your security team sets the routes.

What is recorded for each alert?

Every alert leaves a record: photos, time, position and who decided. You can keep it as evidence. It stays in SeaX Core.

What does it do when it detects someone?

It places them on the site map and sends the alert, with image and position, to your security company’s post, where it shows up in SeaX Live. Their security officer decides on every alert and can escalate it to your ARC. The response stays with whoever handles the alert.

How is data about passengers and third parties handled?

The robot privacy policy explains it: what data it captures and how it is handled.

Robot privacy
Render of the SX-1 robot on a dirt track between the panel rows of a solar plant, in warm light.
Render
This is the SX-1See the SX-1 robot

Next step

Tell us about your site

Leave your details and we will get in touch to learn about the perimeter and how it is covered today. We use that to prepare the demo.

What we check with you

  • Assigned roadsPerimeter and service roads, with the rules for each area of the site.
  • Charging pointA covered space on site, with a power supply, where the robot waits between routes.
  • Who handles the alertsYour security company or your ARC, and how the alerts fit their procedures.

We agree the details with you on the first visit.

Who are you?

Your email app opens with the message ready for support@seax-ai.com.

Book a demoEmail us