Riska (riska.app) is a natural-hazard intelligence platform for Portugal and Spain, operated by Ecosnyp OÜ (Estonia, PIC 862244253). It turns Copernicus satellite data and official sources into clear maps, alerts and decision support for municipalities, civil protection, land managers and the public.
What we do
Wildfire & burned areas: active-fire tracking and burned-area and burn-severity mapping from Sentinel-2 and Sentinel-1.
Ecosystem recovery: monitoring vegetation regrowth after fire over time.
Post-fire water risk: screening where runoff, erosion, ash and sediment threaten villages, roads, rivers and drinking-water intakes, with uncertainty, to prioritise soil protection and restoration.
Winter hazards: storms, floods, snow and access in mountain areas.
Where we are
Live public platform (web, iOS, Android) with 2,000+ registered users.
Municipal pilot being set up in the Serra da Estrela region (central Portugal), close links to local nature and community associations, and outreach in Spanish border regions.
What we offer to Horizon Europe consortia
EO and AI analytics for burned and restored ecosystems, and cost-effective satellite monitoring.
Risk-based prioritisation of restoration (where to act first to protect soil and water).
Dashboards and public communication tools for local authorities and communities.
A pilot territory and a local stakeholder network for living labs.
Role sought: technology/SME partner (WP or task lead for EO analytics, platform and pilots). We always remain complementary to official warnings and civil protection.
Copernicus satellite analytics (burn severity, vegetation recovery, post-fire erosion & water risk) + a pilot territory in Serra da Estrela, Portugal. Seeking a consortium to join as WP/task lead for monitoring and living-lab pilots.
Early stage
Partner looking for consortium
HORIZON-NATURE-2027-02-05: Cost-effective biodiversity monitoring for EU policies
HORIZON-NATURE-2027-02-02: Living labs co-creating solutions for the restoration of ecosystems addressing implementation bottlenecks and improving resilience to risks