AggNor
WILDFIRE INTELLIGENCE FROM NORWAY

Wildfire intelligence for decisions
before, during and after a fire.

AggNor combines wildfire science, satellite imagery, weather and local knowledge to help people understand fire risk and act on it. Our developing platform supports preparedness, prioritizes mitigation, explores possible fire spread and shows what people, buildings and infrastructure may be affected.

After a fire, we use satellite imagery and case studies to evaluate what happened and create realistic training scenarios. Each stage helps inform the next decision.

Explore the demo Our products
HAUGESUND, NORWAYBUILT WITH OPERATIONAL USERS
Forest, coast and settlements in a Norwegian landscape
LANDSCAPE · FIRE PATH · EXPOSUREUnderstand where to prepare.

One connected view
of a changing landscape.

Earth observation from satellite data
Local weather & terrain
Machine Learning and AI
WHY IT MATTERS

The data exists.
The decision is still difficult.

Fire danger indices, weather, satellite imagery and local asset information often sit in separate systems. Fire services, municipalities and infrastructure operators need to bring them together quickly to consider possible fire paths, exposure and where resources may be needed.

Understand the problem ↗
Fire crews working in a vegetation fire landscape
Field image from the AggNor presentation.
Map of reported burned areas across Europe and the Mediterranean in 2025
2025 European burned areas · EFFIS / Copernicus.
Chart of annual high fire-weather days in the Iberian Peninsula from 1971 to 2025
High fire-weather days in the Iberian Peninsula · Copernicus Climate Change Service. European example, not Norwegian data.
AggNor wildfire spread prototype showing simulated fire perimeters on a landscape mapAGGNOR PROTOTYPE / SPREAD SCENARIO
SEE THE WORK

Start on the map. Explore what could follow.

Select an ignition point and examine simulated fire perimeters over time as wind and other conditions change. The next step is to connect these scenarios to homes, roads and critical facilities so local teams can compare preparedness choices.

View the prototype Wildfire training cases ↗
HOW IT CONNECTS

From environmental information to a usable scenario.

  1. Observe

    Bring together Copernicus and Sentinel information with weather, terrain and vegetation.

  2. Explore

    Select an ignition point and examine possible fire development across time.

  3. Assess

    Compare projected fire paths with people, buildings, routes and infrastructure.

  4. Prepare

    Use the scenario to discuss resources, local priorities and mitigation options.

The current spread interface is a prototype; exposure and operational integration are being developed and validated with users.

WHAT WE ARE BUILDING

Connected tools for prevention, preparedness and learning.

UNDERSTAND

Dynamic hazard & risk maps

Follow changing conditions and see where fire and exposure may matter most.

EXPLORE

Fire spread scenarios

Compare possible fire paths under different weather conditions and times.

PREPARE

Preparedness & mitigation

Prioritize action with local teams, from resources to vegetation treatment.

See all products and services ↗
THE LONG VIEW

Small pilots.
A bigger picture.

We are developing the platform through a working prototype, wildfire research and feedback from operational users. Norwegian pilots will help us test decision value and adapt the approach before expanding to other European landscapes. Our long-term vision is a wildfire digital twin that learns from new observations and actions.

Our roadmap ↗The vision ↗Our network ↗
LET'S WORK TOGETHER

Start with your landscape.

Talk to us about a pilot, product demonstration, training or research collaboration.

Let’s talk