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Product Overview

Nimbo provides high-frequency Earth Observation basemaps and elevation data optimized for GIS workflows, environmental analytics, and large-scale monitoring.

Our core technology harmonizes raw Copernicus data into seamless, cloud-free, and ready-to-use monthly mosaics.

ProductResolutionBands / LayersUpdateMetadata & Extra DataTypical use
NIMBO Basemaps10 mRGB, NIR, NDVI, RADARMonthlyTraceability: Pixel-level date of acquisitionEnvironmental monitoring, agriculture, change detection
NIMBO HD2.5 mRGBMonthlyTraceability + Confidence: Uncertainty & age mapsUrban planning, infrastructure monitoring, high-detail mapping
NIMBO Terrain (RGB DEM)2–30 mElevation (RGB encoding)StaticMapbox-compatible encodingHydrology, 3D engine integration, slope analysis
NIMBO Terrain (Terrarium DEM)3-2500 mElevation (terrarium encoding)StaticMapzen-compatible encoding3D rendering for web/broadcast, gaming engines
NIMBO Hillshade2-30 mShaded ReliefStaticOptimized for both aesthetic appeal and topographic clarityCartographic backgrounds, topographic visualization

The foundation of the Nimbo catalog. We deliver global, cloud-free composites based on Sentinel-2 imagery.

  • Monthly Updates: New global mosaics every month.
  • Atmospheric Correction: Automated removal of clouds and shadows.
  • Temporal Transparency: The integrated Traceability Layer allows users to verify the exact age of every pixel.

Our flagship high-resolution product. Using proprietary Deep Learning super-resolution, we enhance our basemaps from 10m to 2.5m.

  • Enhanced Spatial Detail: Sharper features for urban and infrastructure monitoring.
  • Consistent Radiometry: Preserves the color accuracy of the 10m source while adding texture and details.
  • Confidence Layer: Provides a quality index for AI-generated pixels.

A unified global Digital Elevation Model merging top-tier sources (Copernicus DEM, SRTM and national datasets).

  • Standardized Access: Integrated via the same TMS/WMTS patterns as optical data.
  • GIS Ready: Ideal for orthorectification, 3D visualization, and topographic analytics.