Geospatial engineering, planetary raster laboratories and public digital applications.
High-resolution elevation models, multispectral remote sensing pipelines, and 3D planetary terrain exploration.
Planetary terrain & geospatial analysis laboratory for Mars. — Not fully mobile adapted yet (work in progress)
Interactive 3D WebGL engine combining NASA MOLA global elevation data (16 ppd), USGS/CTX imagery, and high-resolution HiRISE/CTX terrain packages. Features mission traverse data for Perseverance and Curiosity, cross-sectional transects, and paleocean flooding simulations.
Postglacial land uplift and shoreline displacement modeling.
Reconstructing millennia of coastal evolution across the Baltic Sea and Fennoscandia through integration of sedimentological data, digital elevation models, and glacial isostatic adjustment.
High-throughput Copernicus Sentinel-2 MSI Level-2A processing.
Automated extraction of 10-meter Bottom-of-Atmosphere (BOA) reflectance, Normalized Difference Vegetation Index (NDVI), burn severity (dNBR), and water indices directly from European Copernicus satellite acquisitions.
Production platforms, public data portals, accessibility modeling, and developer tooling.
Analyze accessibility in travel time — not just distance.
Restidsanalys models multimodal travel-time isochrones and service catchment areas for public transit, cycling, walking, and driving — helping municipalities analyze healthcare and school accessibility.
Explore Swedish election data from nationwide results to voting districts.
Combines official election results, party positions, municipal budgets, and demographic data to make Swedish political geography accessible and transparent.
Explore Swedish society, economy, and geographic patterns through data.
An interactive regional atlas comparing demographic structure, employment, income levels, and socioeconomic indicators across municipalities and local districts.
Review-first AI coding agent with the developer in full control.
An experimental developer environment exploring review-first workflows, bring-your-own-key (BYOK) architecture, multi-model orchestrations, and granular inspection of automated codebase changes.
Unified geographical situational awareness for crises and disruptions.
Aggregates verified public sources and open government geodata into a unified map interface, providing spatial overviews of disruptions, weather alerts, and civil infrastructure.
Production-grade geospatial engineering — from raw raster and vector pipelines to high-performance analytical web applications.
Design and implementation of reproducible spatial processing pipelines that ingest, normalize, and validate large-scale geodata from authoritative providers into clean, analysis-ready formats.
Turnkey spatial interfaces, regional dashboards, and decision support platforms that translate multi-layered municipal, demographic, and election datasets into intuitive cartographic tooling.
Client-side GPU visualization of planetary and terrestrial digital elevation models (DEM/DTM), dynamic hypsometric styling, cross-sectional transects, and sub-meter orbital mosaics with zero server GPU overhead.
Automated multispectral processing of Copernicus Sentinel-2 Level-2A imagery (NDVI, dNBR, BOA reflectance) paired with multimodal travel-time isochrones, network reachability, and disruption modeling.
GeoX is an independent development identity exploring the intersection of planetary altimetry, remote sensing, geospatial engineering, and digital products.