Remote Site Security for
Critical Infrastructure & Energy

Substations, solar parks, pumping stations and other energy assets are unmanned, spread out and worth millions, while the copper inside them has immediate resale value. The perimeter is usually a fence and a warning sign. A Mobile Tower Platform puts cameras 20 feet up in 15 minutes and runs off-grid for weeks, positioned at the point where the risk sits.

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Off-grid for weeks

Solar, batteries, hydrogen or methanol fuel cells

Cameras at 20 feet

Out of reach from ground level

CE by TUV Rheinland

95 pages of test documentation

6 months to 3 years

Typical deployment on a single site

Mobile security tower at an oil field with pumpjacks

The Asset Is Fixed. The Threat Picture Is Not.

Cable and copper leave energy sites because the resale market is immediate and the site is empty. On an unmanned asset the loss is often discovered days later, when a technician arrives for a scheduled visit and finds the cable trench open.

Fixed CCTV struggles here for two reasons. The perimeters are long and mostly empty, so covering them properly costs more than the risk justifies. And the risk point moves: during construction it is the inverter compound, after commissioning it is the cable runs, and after an outage it is whichever bay the contractor left open.

What a remote asset needs is height at a chosen point, power it brings itself, a data link over cellular, and the freedom to stand somewhere else next quarter.

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Common applications:

Cable and copper theft prevention
Perimeter watch across large open areas
Thermal detection on unmanned assets
Cover during build and commissioning

Mobile security tower at a solar field in the desert

Documentation, Neutrality and an Asset That Outlives the Electronics

Critical infrastructure procurement starts with documentation. Every platform is CE certified by TUV Rheinland, backed by a 95 page test and measurement document, and built under an ISO 9001 quality management system. ANSI certification covers North American deployment.

What goes on the mast stays your specification. The platform is supplied as a galvanized steel shell and mast, without cameras, sensors or antennas, which typically costs 15 to 20 percent less than a pre-built tower carrying equipment you did not choose. The enclosure stays serviceable long after the camera technology is due for replacement, so the electronics are upgraded without replacing the platform.

The steel is 100 percent recyclable, production runs on renewable energy and heat is recovered during galvanization, which supports UN Sustainable Development Goals 7, 8, 11 and 12 in your own ESG reporting.

Read about our sustainability

Where it earns its place:

Solar parks and wind farms
Substations and grid connection points
Water, gas and pumping stations
Data centers, refineries and waste sites

Applications in Critical Infrastructure & Energy

Eight ways asset owners, utilities and the integrators specifying for them put a Mobile Tower Platform to work on an unmanned site.

Cable & Copper Theft Prevention

Cable trenches, inverter compounds and switchgear are the target. Height, visible presence and recorded footage change the calculation before the ground is opened.

Perimeter Watch Across Large Open Areas

A mast at 20 feet with a 360 degree camera covers ground that would take a line of fixed poles, and stands where the risk is rather than where the ducting happens to run.

Thermal Detection on Unmanned Assets

Thermal cameras pick up heat at a distance and hold up in rain, fog and darkness, which is when an approach across an empty solar park actually happens.

Off-Grid Power for Long Deployments

Batteries, solar panels, hydrogen and methanol fuel cells fit inside the cabinet, so a position stays live for weeks where there is no utility power to tap.

Cover During Build and Commissioning

The permanent security system arrives last. A platform covers the site from groundworks to handover, then moves to the next project in the pipeline.

Heat Detection at Waste and Recycling Sites

Self-heating in stored material is a fire risk before it is a security risk. Thermal imaging at height spots a hot spot in a bunker while it is still a hot spot.

Data Center and Refinery Perimeters

High consequence sites with strict access control still have contractor gates, laydown areas and expansion plots that no permanent camera covers yet.

Remote Monitoring over 4G and 5G

Cellular uplink on the same mast as the cameras feeds a control room or a central monitoring station from an asset with no fixed line.

Built for Unmanned Sites

Equipment Out of Reach

Cameras mounted below 15 feet can be attacked from the ground. At 20 feet they are out of reach, and the cabinet underneath is built to keep it that way.

Anti-vandal spikes at the mast top
Anti-climb barriers on cabinet and mast
Two lockable doors, dual locking
Lockable top cover on Premium models

Stable Pictures, Fewer False Alarms

Camera shake at 20 feet is what generates nuisance alarms on a remote site nobody can attend quickly. Four stainless steel 316 guy cables hold the top still.

Four stainless steel 316 guy cables
100% galvanized steel, hard to push over
Four extendable stabilizers plus chassis level
Stainless steel 316 guy cables

Weeks Without Utility Power

The cabinet is an empty, lockable steel volume. Batteries, solar panels, hydrogen or methanol fuel cells go inside, and a cellular uplink shares the mast with the cameras.

MSB-Edge carries 660 W of solar
Room for batteries or fuel cells
4G and 5G on the same mast
Typical stay of 6 months to 3 years

Certification a Critical Site Asks For

Documentation goes into the tender file as supplied. CE certification by TUV Rheinland with a 95 page test document, an ISO 9001 quality system, and ANSI certification for North American deployment.

CE certified by TUV Rheinland
ISO 9001 quality management
ANSI certified
Double-brake winch and mast

Deployed on Unmanned and Remote Assets

Security firms and asset owners run these platforms on infrastructure projects and remote sites in North America and Europe.

Early fire detection at waste treatment facilities

GROMA247 | Austria

In waste processing, a fire that has just started can have serious consequences within a matter of minutes. GROMA247 therefore combines its autonomous 5A1 fire detection system with a mobile telescopic mast. This allows the solution to be moved flexibly between different shredder sites, enabling fires to be detected at an early stage, minimizing damage and preventing costly operational disruptions.

Units in operation

On-site personnel

None required

Cover

24/7

Control center

TUV and VdS certified

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Where Asset Owners Deploy It

Five environments where a Mobile Tower Platform covers an asset that has no permanent camera position and no spare utility supply.

Aerial view of a solar park with rows of solar panels

Solar Parks & Wind Farms

Large areas, one access track and cable runs that are worth stealing. A platform stands at the inverter compound or the gate and runs on its own solar.

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Substations & Grid Connection

High consequence, low footfall. Thermal detection at height sees an approach across open ground long before anyone reaches the fence line.

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Water, Gas & Pumping Stations

Assets visited on a schedule, not watched continuously. Cellular uplink brings a remote position into the control room between visits.

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Data Centers & Refineries

Strict access control at the main gate, and contractor entrances, laydown areas and expansion plots with no permanent camera on them yet.

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Mobile security tower at a landfill with a refuse truck tipping waste

Waste & Recycling Sites

Heat detection in stored material catches a developing fire, and the same mast handles the theft and illegal dumping problem at the gate.

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