More — and worse — fires every year.
Area burned globally has roughly doubled in two decades.
Billions invested in detection every year — yet millions of hectares still burn.
Every minute of delay between ignition and alert multiplies the damage.
Why current forest fire prevention fails.
Batteries die
Every cell in the forest is a future field visit — and a future failure exactly when the season is hottest.
Solar fails
Under a closed cork-oak canopy there is no reliable light budget. Panels foul, shade moves, winter happens.
Maintenance never scales
A thousand devices is a logistics problem. A million is an impossibility. OPEX is what kills coverage.
Physics made it possible. We are making it inevitable.
A passive node with no stored energy, no panel and no grid connection. It rests for a decade and answers in a millisecond.
Passive by physics
Nothing to charge, nothing to deplete. The energy budget is zero because there is no budget.
Triggered by the anomaly itself
The event that matters is the event that powers the report. We don't look for the fire — we wait for it.
Priced to cover a whole country
Forest prevention should not be a luxury line item. Coverage only matters if it can be deployed everywhere.
Backed by people who know what a bad fire season costs.
Built by a team that ships ambitious physics.
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So simple, you'll wonder how it wasn't invented 30 years ago.
Aurora Mission
The physics is proven outside the lab. The idea stops being a paper and starts being a device.
EIA Porto 2026
Team assembled, product defined, first working prototypes printed and instrumented.
First pilots
Instrumented cork-oak stands in Portugal, with landowners and municipalities who want the season back.