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Our technology

Stopping disasters
before they begin.

Our Early Fault Detection (EFD™) system pinpoints electrical faults in high-voltage power systems, reducing outages and preventing wildfires. By detecting risks early, we minimise downtime and, most importantly, protect communities, natural habitats, and lives.

Revolutionizing wildfire prevention with cutting-edge technology.

Our advanced technology plays a pivotal role in wildfire prevention, empowering major utility providers, including Portland General Electric, Southern California Edison, and San Diego Gas & Electric, to proactively identify and address electrical issues before they escalate into catastrophic fires or widespread outages.

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Our impact

From California’s wildfire-prone regions to Australia's urban and rural power grids, our EFD™ technology enhances infrastructure safety and reliability worldwide.

Threats prevented
worldwide

American states or
provinces

Number of EFD™ units sold

Trusted worldwide

[trusted_worldwide]

How our technology works

Early fault detection

Identifies potential issues in electrical equipment before they escalate into major problems, outages, or destructive fires.

Pinpoint accuracy

Pinpoints fault within a 30-foot range, enabling quicker repairs and reducing downtime.

Powerful visualisation dashboard

Our powerful visualisation tools allow you to analyse real-time data, track trends, and gain actionable insights at a glance.

Remote insight

Gain real-time access to critical data from any location, empowering you to identify and resolve issues swiftly and efficiently. Whether you're in the office or in the field, our remote monitoring capabilities ensure you're always connected, allowing for timely interventions that enhance system performance and minimize disruptions.

Weather intelligence

Utilise localised weather insights to proactively assess and manage risk with greater precision. By integrating real-time environmental data, you can make informed decisions to mitigate potential hazards and optimise system performance.