Wildfire protection fails in a predictable way. The equipment exists, but it needs a person to deploy it, a mains water supply to run it, or a warning that arrives in time to act. On a rural property, a farm boundary, a substation or a forestry block, none of those can be relied on. Fires start at night, during holidays, and in places nobody visits for days.
The scale keeps rising. The National Interagency Fire Center recorded 64,897 wildfires burning 8,924,884 acres across the United States in 2024. Natural Resources Canada reports more than 8,000 wildland fires a year burning an average of over 2.1 million hectares, and in the record 2023 season more than 14.6 million hectares burned and over 230,000 people were evacuated. In the United Kingdom, analysis of Global Wildfire Information System data found more than 40,000 hectares burned in 2025, close to four times the average for that point in the year across 2012 to 2024.
Wind carries burning embers well ahead of the fire front, landing on roofs, in gutters and against walls. The Insurance Institute for Business and Home Safety describes ember storms as the greatest danger to homes and businesses in the wildland urban interface.
Dry grass, scrub, stacked timber and unmanaged vegetation along a fence line give fire a continuous path from open country straight to your buildings.
Sheds, barns, carports, decking and fuel stores ignite easily and then burn close enough to the main structure to carry the fire into it.
Substations, telecom towers, pump stations and water assets sit alone for weeks. A fire there is discovered by its outage, not by a person.
Rural crews travel further, may be committed to other fires during a major event, and often have to choose which properties they can defend.
Many at risk properties lose grid power early in an event, and most rural sites never had a mains supply or a pump house to begin with.
Key Benefits
Detection and release happen on site and on their own, so protection does not depend on someone arriving to set it up.
Solar supported batteries and an onboard tank of 1,000, 2,000 or 3,000 litres, with up to twelve minutes of continuous discharge.
The water based retardant treats the ground it lands on for up to fourteen days, holding a defensible perimeter rather than drying out in an hour.
Infrared sensing scans a full 360 degrees for the heat signature of fire, day or night, through smoke and weather that would blind a camera.
The unit activates on its own. An operator can also see the site remotely and release early when a front is approaching, rather than waiting for it to arrive.
Targeted nozzles deliver a water based, non toxic and biodegradable retardant across the area at risk, covering up to 60 metres in diameter per unit.
Connected alerts reach the owner or duty manager through the app, SMS and email when a fire event, discharge, low battery or system fault occurs.
A suppression system is only as good as its last inspection. These six practices decide whether protection still works on the day it is finally needed.
Map the approach a fire would take, the assets you cannot lose and the places nobody visits. Unit positions follow from that.
Clear vegetation, gutters and stored timber before each season. No system performs well with fuel banked against the building.
Confirm tank level, pressure and nozzle aim before the season starts, and again after any discharge or severe weather.
Clean panels, check batteries and confirm charging. Off grid protection is only as reliable as the power behind it.
Make sure alerts still reach the right people, and update the contact list when staff, tenants or managers change.
Log every check and discharge. Evidence of maintained protection is what an insurer or regulator asks for after an event.
Purpose-built wildfire protection systems are designed to detect, respond to, and suppress fire threats before they spread across vulnerable areas.
