Skip to content

The Prodigy system / Engineered infrastructure

Not one device.
One connected
system.

Permanent wildfire protection brings water, distribution, control and intelligence together—engineered around your property.

Prodigy copper distribution and roof-mounted sprinkler installation
Permanent installation / Roofline detailPRODIGY — 01
Water → Distribution → Coverage → ControlExplore the engineering ↓

01 / The exploded property

Understand every layer.
Keep the whole in view.

Select a layer to follow its role.
Assemble the system to see how it connects.

Illustrative system anatomy
ROOFLINEPERIMETERCONTROLSOURCEPUMP

Conceptual component relationships. Not a site plan or a coverage guarantee.

Layer 01 / Roofline

The building sets the geometry.

Permanent distribution lines trace the ridges and eaves. Sprinkler positions are designed around the shape of the roof and the surfaces that need water.

Type L copper distribution. Site-specific head placement.

01 / 06

02 / Follow the water

Every component.
One continuous path.

The visible sprinkler is the end of an engineered chain. Follow the route to understand what makes it work.

01Source02Storage03Pump04Distribution05Zone valve06Sprinklers07Coverage

SourceConfirm what water is available to the property.

Illustrative flow. Storage, pressure, output and operating duration are specified for each property.

03 / Activation mode

From a command
to water on the property.

A visual demonstration.
No real equipment is connected.

Simulation / not live telemetry

Ready

The illustrative system is waiting for a command.

ROOFLINEPERIMETERCONTROLSOURCEPUMP
ZONE 01 / StandbyZONE 02 / Standby

Demonstration timing is illustrative. Coverage and response depend on the installed design, water supply and conditions. Always follow official evacuation directions.

Detail of a permanent Prodigy system installation
Field detail / Permanent infrastructure

04 / Architecture, not an afterthought

Designed for the site.
Integrated into the building.

Permanent protection is a process, not a box of parts. The design connects the water source to the exposed surfaces while respecting the architecture.

  1. 01

    Survey

    Understand the structure, terrain, vegetation, water and power.

  2. 02

    Design

    Specify supply, pipework, sprinkler positions and coverage zones.

  3. 03

    Integrate

    Install permanent infrastructure with attention to the building’s architecture.

  4. 04

    Commission

    Test the installed system and walk through its operation with the property owner.

Local requirements matter. Design review considers the applicable building rules, wildfire guidance and site conditions in your region.

05 / Optional detection

Another signal.
Closer to the property.

On-site detection can support automatic activation where specified. It complements—not replaces—wildfire mapping and official alerts.

Optect Current detection hardware
Made in United Kingdom

Canada & USA / Optional hardware

Long-Range IR3 Flame Detection

The world's first optically enhanced long-range IR3 flame detector. When facing a wildfire approach path, Optect can identify flames several miles away, providing critical early warning that gives your system time to work and your family time to evacuate. Detects a single candle at 20m. Penetrates smoke by reading combustion wavelengths, not particles or images. Winner of Life Saving Solution of the Year. Featured on BBC.

View product specifications
Detection Range
Several miles
Response Time
<5 seconds
False Alarm Rate
<1 in 15 years
Published product specifications. Suitability and performance depend on deployment conditions and the selected hardware.

06 / The physical becomes connected

Installed on the property.
Within reach in the app.

Explore the digital layer behind a connected Prodigy system—or start by understanding your own property’s exposure.

Discuss a site-specific design ↗
SmartCycle — Device Control
SmartCycle / Prodigy app product preview