Airis

Core Features

The Airis platform combines Earth Observation, geospatial information, asset data and proprietary machine-learning models. Some notable features are:

• Multi-Hazard Infrastructure Analysis: Airis models floods, wildfires, wind gusts, landslides, extreme rainfall, droughts, heatwaves and tree-fall risk, allowing operators to examine multiple threats within the same asset portfolio.

• Physical and Economic Impact Quantification: The platform goes beyond exposure to estimate expected damage and failure probability according to asset category, helping users understand what a climate event could mean for infrastructure performance and losses.

• Asset-Level Risk Mapping: Users can move from portfolio-wide views to individual assets, locating exposure hotspots and exploring results geographically by region, province or municipality.

• Future Climate Scenarios: Airis assesses both current and future conditions using SSP 2.6, SSP 4.5 and SSP 8.5 climate pathways, with projections extending to 2050.

• Point and Linear Asset Analysis: Airis accommodates both discrete assets such as plants and substations and linear infrastructure such as electricity grids, roads and railways, supporting large and geographically distributed infrastructure portfolios.

• Geomorphological Context: Individual asset assessments incorporate contextual information including elevation, slope and soil type, helping users interpret why particular infrastructure is exposed and compare risks across locations.

Closing Insights

Airis is the product of several years of Eoliann’s research into satellite data, AI and physical climate risk. The platform, launched in 2026, consolidates its previous R&D and field experience into a single system for analysing exposure and vulnerability, quantifying direct and indirect damage and prioritising resilience measures.

Eoliann’s earlier work provides practical context for Airis. Terna, Italy’s national transmission system operator, worked with the company on a proof of concept for mapping flood hazards across the Italian electricity transmission grid. Eoliann also lists organizations across renewable energy, technology, financial services and the public sector among clients with which it has proven its technology.

Airis also has a clear European regulatory angle. Eoliann presents it as supporting infrastructure operators responding to the EU Critical Entities Resilience (CER) Directive, particularly requirements around natural-risk assessment, future scenarios, vulnerable assets and resilience planning. Its underlying technology has European coverage and was developed with support from the European Space Agency.

Pricing is available by quotation. The technology can additionally be delivered through APIs or GIS-format risk and impact maps, making Airis relevant to organizations that want climate intelligence integrated into existing asset-management workflows rather than confined to a standalone dashboard.