EmberEye targets wildfires at the point of ignition with infrared sensors
What's the deal? Cambridge-based wildfire detection startup EmberEyeDealroom has a profile for this one. Try Dealroom → says its ground-level infrared sensors, which detect fires at the point of ignition, have proven themselves faster than incumbent camera-based systems across a string of field trials in the UK and US. The company pairs the sensors with an AI platform that assesses wildfire risk and flags high-risk areas. EmberEye was founded by electronics engineer Enrico Miraglia Del Giudice and Stanford PhD student Kyle Nisbet, a wildfire modelling specialist.
The proof point: In a field trial with the Marin County Fire Department in California, EmberEye's system detected a fire in under a minute from more than 100 metres away — while the area's incumbent camera-based system failed to spot it at all.
The track record: The Marin County trial is one of 20 field demonstrations across the UK and US, all of which resulted in successful detection, according to the company. Partners have included the National Trust, Surrey Wildlife Trust, Surrey Fire and Rescue Service, the City of London Corporation, and the UK Ministry of Defence.
Why it matters: Conventional detection relies on spotting visible smoke or flames, giving fires time to spread before they're identified. EmberEye claims its technology is up to 60 times faster and 10 times cheaper than existing methods, catching blazes within the first minute of ignition.
What's at stake? EmberEye points to modelling of the 2025 Pacific Palisades wildfire in California: detection within two minutes of ignition would have kept the fire under half a hectare, the company says, versus the roughly six hectares it had reached by the time it was actually detected, about 20 minutes in.
The signal: As hotter, drier conditions lengthen fire seasons across North America, Australia, and Europe, the window between ignition and uncontrollable spread is shrinking — and detection speed is becoming the metric that matters. EmberEye is betting that ground-level sensors can close the gap that camera-based systems leave open.
Read more: startupsmagazine.co.uk
Image credit: NASA Goddard Photo and Video
