GIS, maps and GeoAI<\/p>City and site models<\/h3>Semantic 3D models of buildings, terrain and infrastructure at defined levels of detail.<\/p>We design and integrate.<\/p>OGC CityGML 3.0 Conceptual Model<\/p><\/article>GIS, maps and GeoAI<\/p>3D Tiles and scene layers<\/h3>Streaming of massive meshes, point clouds and models into web and desktop viewers.<\/p>We design, integrate and operate.<\/p>OGC 3D Tiles 1.1 (Community Standard) \u00b7 OGC Indexed 3D Scene Layer (I3S) Community Standard<\/p><\/article>GIS, maps and GeoAI<\/p>BIM and asset information<\/h3>Building and infrastructure models and information management through design, build and operation.<\/p>We design and integrate.<\/p>ISO 16739-1 (IFC) \u00b7 ISO 19650-1 (information management using BIM)<\/p><\/article>GIS, maps and GeoAI<\/p>Photogrammetry and reality capture<\/h3>Meshes, orthomosaics and point clouds reconstructed from drone and ground imagery.<\/p>We design, integrate, deploy and operate.<\/p>ASPRS Positional Accuracy Standards for Digital Geospatial Data (Edition 2)<\/p><\/article>GIS, maps and GeoAI<\/p>Indoor and underground models<\/h3>Indoor spaces and subsurface utilities for shelters, plant rooms and tunnels.<\/p>We integrate.<\/p>OGC IndoorGML \u00b7 OGC Model for Underground Data Definition and Integration (MUDDI)<\/p><\/article>GIS, maps and GeoAI<\/p>Digital twin frameworks<\/h3>Linking a model to its physical counterpart with defined fidelity, update rate and purpose.<\/p>We design, integrate and operate.<\/p>ISO\/IEC 30173:2023 \u00b7 ISO 23247-1 (digital twin framework for manufacturing)<\/p><\/article>Frontier<\/b> \u00b7 GIS, maps and GeoAI<\/p>Sensor-fused live twins<\/h3>Twins updated continuously from sensors, cameras and EO, with provenance on every change.<\/p>We design, integrate and operate.<\/p>OGC SensorThings API 1.1 \u00b7 OGC API – Connected Systems<\/p><\/article>Frontier<\/b> \u00b7 GIS, maps and GeoAI<\/p>Geospatial augmented reality<\/h3>Overlaying the twin on the real site for crews through located and oriented devices.<\/p>We design and integrate.<\/p>OGC GeoPose 1.0<\/p><\/article>AI systems<\/p>EO foundation models<\/h3>Large pretrained models over optical, SAR and multi-temporal imagery, fine-tuned for many downstream tasks.<\/p>We design, integrate and operate.<\/p>OGC Training Data Markup Language for AI (TrainingDML-AI) \u00b7 CEOS Analysis Ready Data framework<\/p><\/article> <\/section> 02<\/b>Architecture<\/p> Where it sits, and what it speaks.<\/h2> Earth twins draws on 3 domains and 24 layers of the spectrum; the highlighted layers carry this area. It speaks 3 of the protocol’s 8 core functions.<\/p> Reference systems and geodesy<\/p>7<\/p> Vector, raster and array formats<\/p>10<\/p> Tiling, maps and visual services<\/p>7<\/p> APIs, catalogues and discrete global grids<\/p>8<\/p> Spatial analysis and siting<\/p>10<\/p> GeoAI<\/p>10<\/p> 3D, BIM and digital twins<\/p>8<\/p> Metadata, quality and publication<\/p>5<\/p> Platforms and orbits<\/p>8<\/p> Optical, spectral and thermal sensors<\/p>8<\/p> Radar, lidar and microwave sensors<\/p>10<\/p> Processing levels and analysis-ready data<\/p>9<\/p> Calibration and validation<\/p>8<\/p> Tasking, ground segment and access<\/p>9<\/p> Data cubes, analysis and archives<\/p>7<\/p> Frontier and research<\/p>8<\/p> 01Join<\/b>Identity, attestation quote, signed policy.<\/p>02Admit<\/b>Admitted for a stated scope, nothing wider.<\/p>03Describe<\/b>What, where, how and by whom, with calibration.<\/p>04Time<\/b>One clock across the grid, with its error bound.<\/p>05Observe<\/b>Every value with quality and provenance.<\/p>06Qualify<\/b>Tested against the specification, state on record.<\/p>07Federate<\/b>Signed exchange across grids and trust domains.<\/p>08Orchestrate<\/b>Software and configuration by signed plan.<\/p> <\/section> 03<\/b>On the grid<\/p> The ground, measured before it is modelled.<\/h2>Real elevation, line of sight, an orbit swath and a GeoAI pass, each an interactive explainer on open terrain data with its source shown.<\/p> Line of sight<\/h3>A 30 m mast against the terrain.<\/a>Relief<\/h3>Terrarium-encoded DEM, contours by marching squares.<\/a>Hillshade and slope<\/h3>One gradient, a sun you can move.<\/a>Geodesic grid<\/h3>Stations counted into 10,242 cells.<\/a> <\/section> 04<\/b>In the field<\/p> Where this runs, sector by sector.<\/h2> 1 deployment scenarios from the sector research that rely on earth twins.<\/p> Agriculture Farm or cooperative agromet network with crop models<\/h3>Compact stations and soil probes feeding irrigation, disease and frost models.<\/a> <\/section> 05<\/b>Open and enterprise<\/p> Open by default. Enterprise by contract.<\/h2> The open counterpart lives on the main site for anyone to read and run. The enterprise service is designed, deployed and operated with you, under contract.<\/p> Open, on the main site<\/p>Simulation methods with worked examples<\/li>Open terrain and grid layers<\/li><\/ul>Enterprise, on this site<\/p>Drone survey and 3D site twins<\/li>Network planning studies<\/li>Scenario studies<\/li><\/ul> <\/section> 06<\/b>The rest of the line<\/p> Digital twins and simulation, area by area.<\/h2> Digital twins and simulation Site twins<\/h3>The site in 3D, measured to scale.<\/a>Digital twins and simulation Network twins<\/h3>Coverage, capacity, power and timing, simulated.<\/a>Digital twins and simulation Scenario simulation<\/h3>Floods, heat, load and failure, run before they happen.<\/a>Digital twins and simulation Planning<\/h3>From the twin to a plan you can tender.<\/a> <\/section> Bring us the site.<\/h2>Survey, design, deployment and operation for earth twins. The form names who receives your details.<\/p> Talk to us<\/a>contact@observatory.global<\/a> <\/section> <\/main>
GIS, maps and GeoAI<\/p>3D Tiles and scene layers<\/h3>Streaming of massive meshes, point clouds and models into web and desktop viewers.<\/p>We design, integrate and operate.<\/p>OGC 3D Tiles 1.1 (Community Standard) \u00b7 OGC Indexed 3D Scene Layer (I3S) Community Standard<\/p><\/article>GIS, maps and GeoAI<\/p>BIM and asset information<\/h3>Building and infrastructure models and information management through design, build and operation.<\/p>We design and integrate.<\/p>ISO 16739-1 (IFC) \u00b7 ISO 19650-1 (information management using BIM)<\/p><\/article>GIS, maps and GeoAI<\/p>Photogrammetry and reality capture<\/h3>Meshes, orthomosaics and point clouds reconstructed from drone and ground imagery.<\/p>We design, integrate, deploy and operate.<\/p>ASPRS Positional Accuracy Standards for Digital Geospatial Data (Edition 2)<\/p><\/article>GIS, maps and GeoAI<\/p>Indoor and underground models<\/h3>Indoor spaces and subsurface utilities for shelters, plant rooms and tunnels.<\/p>We integrate.<\/p>OGC IndoorGML \u00b7 OGC Model for Underground Data Definition and Integration (MUDDI)<\/p><\/article>GIS, maps and GeoAI<\/p>Digital twin frameworks<\/h3>Linking a model to its physical counterpart with defined fidelity, update rate and purpose.<\/p>We design, integrate and operate.<\/p>ISO\/IEC 30173:2023 \u00b7 ISO 23247-1 (digital twin framework for manufacturing)<\/p><\/article>Frontier<\/b> \u00b7 GIS, maps and GeoAI<\/p>Sensor-fused live twins<\/h3>Twins updated continuously from sensors, cameras and EO, with provenance on every change.<\/p>We design, integrate and operate.<\/p>OGC SensorThings API 1.1 \u00b7 OGC API – Connected Systems<\/p><\/article>Frontier<\/b> \u00b7 GIS, maps and GeoAI<\/p>Geospatial augmented reality<\/h3>Overlaying the twin on the real site for crews through located and oriented devices.<\/p>We design and integrate.<\/p>OGC GeoPose 1.0<\/p><\/article>AI systems<\/p>EO foundation models<\/h3>Large pretrained models over optical, SAR and multi-temporal imagery, fine-tuned for many downstream tasks.<\/p>We design, integrate and operate.<\/p>OGC Training Data Markup Language for AI (TrainingDML-AI) \u00b7 CEOS Analysis Ready Data framework<\/p><\/article> <\/section> 02<\/b>Architecture<\/p> Where it sits, and what it speaks.<\/h2> Earth twins draws on 3 domains and 24 layers of the spectrum; the highlighted layers carry this area. It speaks 3 of the protocol’s 8 core functions.<\/p> Reference systems and geodesy<\/p>7<\/p> Vector, raster and array formats<\/p>10<\/p> Tiling, maps and visual services<\/p>7<\/p> APIs, catalogues and discrete global grids<\/p>8<\/p> Spatial analysis and siting<\/p>10<\/p> GeoAI<\/p>10<\/p> 3D, BIM and digital twins<\/p>8<\/p> Metadata, quality and publication<\/p>5<\/p> Platforms and orbits<\/p>8<\/p> Optical, spectral and thermal sensors<\/p>8<\/p> Radar, lidar and microwave sensors<\/p>10<\/p> Processing levels and analysis-ready data<\/p>9<\/p> Calibration and validation<\/p>8<\/p> Tasking, ground segment and access<\/p>9<\/p> Data cubes, analysis and archives<\/p>7<\/p> Frontier and research<\/p>8<\/p> 01Join<\/b>Identity, attestation quote, signed policy.<\/p>02Admit<\/b>Admitted for a stated scope, nothing wider.<\/p>03Describe<\/b>What, where, how and by whom, with calibration.<\/p>04Time<\/b>One clock across the grid, with its error bound.<\/p>05Observe<\/b>Every value with quality and provenance.<\/p>06Qualify<\/b>Tested against the specification, state on record.<\/p>07Federate<\/b>Signed exchange across grids and trust domains.<\/p>08Orchestrate<\/b>Software and configuration by signed plan.<\/p> <\/section> 03<\/b>On the grid<\/p> The ground, measured before it is modelled.<\/h2>Real elevation, line of sight, an orbit swath and a GeoAI pass, each an interactive explainer on open terrain data with its source shown.<\/p> Line of sight<\/h3>A 30 m mast against the terrain.<\/a>Relief<\/h3>Terrarium-encoded DEM, contours by marching squares.<\/a>Hillshade and slope<\/h3>One gradient, a sun you can move.<\/a>Geodesic grid<\/h3>Stations counted into 10,242 cells.<\/a> <\/section> 04<\/b>In the field<\/p> Where this runs, sector by sector.<\/h2> 1 deployment scenarios from the sector research that rely on earth twins.<\/p> Agriculture Farm or cooperative agromet network with crop models<\/h3>Compact stations and soil probes feeding irrigation, disease and frost models.<\/a> <\/section> 05<\/b>Open and enterprise<\/p> Open by default. Enterprise by contract.<\/h2> The open counterpart lives on the main site for anyone to read and run. The enterprise service is designed, deployed and operated with you, under contract.<\/p> Open, on the main site<\/p>Simulation methods with worked examples<\/li>Open terrain and grid layers<\/li><\/ul>Enterprise, on this site<\/p>Drone survey and 3D site twins<\/li>Network planning studies<\/li>Scenario studies<\/li><\/ul> <\/section> 06<\/b>The rest of the line<\/p> Digital twins and simulation, area by area.<\/h2> Digital twins and simulation Site twins<\/h3>The site in 3D, measured to scale.<\/a>Digital twins and simulation Network twins<\/h3>Coverage, capacity, power and timing, simulated.<\/a>Digital twins and simulation Scenario simulation<\/h3>Floods, heat, load and failure, run before they happen.<\/a>Digital twins and simulation Planning<\/h3>From the twin to a plan you can tender.<\/a> <\/section> Bring us the site.<\/h2>Survey, design, deployment and operation for earth twins. The form names who receives your details.<\/p> Talk to us<\/a>contact@observatory.global<\/a> <\/section> <\/main>
GIS, maps and GeoAI<\/p>BIM and asset information<\/h3>Building and infrastructure models and information management through design, build and operation.<\/p>We design and integrate.<\/p>ISO 16739-1 (IFC) \u00b7 ISO 19650-1 (information management using BIM)<\/p><\/article>GIS, maps and GeoAI<\/p>Photogrammetry and reality capture<\/h3>Meshes, orthomosaics and point clouds reconstructed from drone and ground imagery.<\/p>We design, integrate, deploy and operate.<\/p>ASPRS Positional Accuracy Standards for Digital Geospatial Data (Edition 2)<\/p><\/article>GIS, maps and GeoAI<\/p>Indoor and underground models<\/h3>Indoor spaces and subsurface utilities for shelters, plant rooms and tunnels.<\/p>We integrate.<\/p>OGC IndoorGML \u00b7 OGC Model for Underground Data Definition and Integration (MUDDI)<\/p><\/article>GIS, maps and GeoAI<\/p>Digital twin frameworks<\/h3>Linking a model to its physical counterpart with defined fidelity, update rate and purpose.<\/p>We design, integrate and operate.<\/p>ISO\/IEC 30173:2023 \u00b7 ISO 23247-1 (digital twin framework for manufacturing)<\/p><\/article>Frontier<\/b> \u00b7 GIS, maps and GeoAI<\/p>Sensor-fused live twins<\/h3>Twins updated continuously from sensors, cameras and EO, with provenance on every change.<\/p>We design, integrate and operate.<\/p>OGC SensorThings API 1.1 \u00b7 OGC API – Connected Systems<\/p><\/article>Frontier<\/b> \u00b7 GIS, maps and GeoAI<\/p>Geospatial augmented reality<\/h3>Overlaying the twin on the real site for crews through located and oriented devices.<\/p>We design and integrate.<\/p>OGC GeoPose 1.0<\/p><\/article>AI systems<\/p>EO foundation models<\/h3>Large pretrained models over optical, SAR and multi-temporal imagery, fine-tuned for many downstream tasks.<\/p>We design, integrate and operate.<\/p>OGC Training Data Markup Language for AI (TrainingDML-AI) \u00b7 CEOS Analysis Ready Data framework<\/p><\/article> <\/section> 02<\/b>Architecture<\/p> Where it sits, and what it speaks.<\/h2> Earth twins draws on 3 domains and 24 layers of the spectrum; the highlighted layers carry this area. It speaks 3 of the protocol’s 8 core functions.<\/p> Reference systems and geodesy<\/p>7<\/p> Vector, raster and array formats<\/p>10<\/p> Tiling, maps and visual services<\/p>7<\/p> APIs, catalogues and discrete global grids<\/p>8<\/p> Spatial analysis and siting<\/p>10<\/p> GeoAI<\/p>10<\/p> 3D, BIM and digital twins<\/p>8<\/p> Metadata, quality and publication<\/p>5<\/p> Platforms and orbits<\/p>8<\/p> Optical, spectral and thermal sensors<\/p>8<\/p> Radar, lidar and microwave sensors<\/p>10<\/p> Processing levels and analysis-ready data<\/p>9<\/p> Calibration and validation<\/p>8<\/p> Tasking, ground segment and access<\/p>9<\/p> Data cubes, analysis and archives<\/p>7<\/p> Frontier and research<\/p>8<\/p> 01Join<\/b>Identity, attestation quote, signed policy.<\/p>02Admit<\/b>Admitted for a stated scope, nothing wider.<\/p>03Describe<\/b>What, where, how and by whom, with calibration.<\/p>04Time<\/b>One clock across the grid, with its error bound.<\/p>05Observe<\/b>Every value with quality and provenance.<\/p>06Qualify<\/b>Tested against the specification, state on record.<\/p>07Federate<\/b>Signed exchange across grids and trust domains.<\/p>08Orchestrate<\/b>Software and configuration by signed plan.<\/p> <\/section> 03<\/b>On the grid<\/p> The ground, measured before it is modelled.<\/h2>Real elevation, line of sight, an orbit swath and a GeoAI pass, each an interactive explainer on open terrain data with its source shown.<\/p> Line of sight<\/h3>A 30 m mast against the terrain.<\/a>Relief<\/h3>Terrarium-encoded DEM, contours by marching squares.<\/a>Hillshade and slope<\/h3>One gradient, a sun you can move.<\/a>Geodesic grid<\/h3>Stations counted into 10,242 cells.<\/a> <\/section> 04<\/b>In the field<\/p> Where this runs, sector by sector.<\/h2> 1 deployment scenarios from the sector research that rely on earth twins.<\/p> Agriculture Farm or cooperative agromet network with crop models<\/h3>Compact stations and soil probes feeding irrigation, disease and frost models.<\/a> <\/section> 05<\/b>Open and enterprise<\/p> Open by default. Enterprise by contract.<\/h2> The open counterpart lives on the main site for anyone to read and run. The enterprise service is designed, deployed and operated with you, under contract.<\/p> Open, on the main site<\/p>Simulation methods with worked examples<\/li>Open terrain and grid layers<\/li><\/ul>Enterprise, on this site<\/p>Drone survey and 3D site twins<\/li>Network planning studies<\/li>Scenario studies<\/li><\/ul> <\/section> 06<\/b>The rest of the line<\/p> Digital twins and simulation, area by area.<\/h2> Digital twins and simulation Site twins<\/h3>The site in 3D, measured to scale.<\/a>Digital twins and simulation Network twins<\/h3>Coverage, capacity, power and timing, simulated.<\/a>Digital twins and simulation Scenario simulation<\/h3>Floods, heat, load and failure, run before they happen.<\/a>Digital twins and simulation Planning<\/h3>From the twin to a plan you can tender.<\/a> <\/section> Bring us the site.<\/h2>Survey, design, deployment and operation for earth twins. The form names who receives your details.<\/p> Talk to us<\/a>contact@observatory.global<\/a> <\/section> <\/main>
GIS, maps and GeoAI<\/p>Photogrammetry and reality capture<\/h3>Meshes, orthomosaics and point clouds reconstructed from drone and ground imagery.<\/p>We design, integrate, deploy and operate.<\/p>ASPRS Positional Accuracy Standards for Digital Geospatial Data (Edition 2)<\/p><\/article>GIS, maps and GeoAI<\/p>Indoor and underground models<\/h3>Indoor spaces and subsurface utilities for shelters, plant rooms and tunnels.<\/p>We integrate.<\/p>OGC IndoorGML \u00b7 OGC Model for Underground Data Definition and Integration (MUDDI)<\/p><\/article>GIS, maps and GeoAI<\/p>Digital twin frameworks<\/h3>Linking a model to its physical counterpart with defined fidelity, update rate and purpose.<\/p>We design, integrate and operate.<\/p>ISO\/IEC 30173:2023 \u00b7 ISO 23247-1 (digital twin framework for manufacturing)<\/p><\/article>Frontier<\/b> \u00b7 GIS, maps and GeoAI<\/p>Sensor-fused live twins<\/h3>Twins updated continuously from sensors, cameras and EO, with provenance on every change.<\/p>We design, integrate and operate.<\/p>OGC SensorThings API 1.1 \u00b7 OGC API – Connected Systems<\/p><\/article>Frontier<\/b> \u00b7 GIS, maps and GeoAI<\/p>Geospatial augmented reality<\/h3>Overlaying the twin on the real site for crews through located and oriented devices.<\/p>We design and integrate.<\/p>OGC GeoPose 1.0<\/p><\/article>AI systems<\/p>EO foundation models<\/h3>Large pretrained models over optical, SAR and multi-temporal imagery, fine-tuned for many downstream tasks.<\/p>We design, integrate and operate.<\/p>OGC Training Data Markup Language for AI (TrainingDML-AI) \u00b7 CEOS Analysis Ready Data framework<\/p><\/article> <\/section> 02<\/b>Architecture<\/p> Where it sits, and what it speaks.<\/h2> Earth twins draws on 3 domains and 24 layers of the spectrum; the highlighted layers carry this area. It speaks 3 of the protocol’s 8 core functions.<\/p> Reference systems and geodesy<\/p>7<\/p> Vector, raster and array formats<\/p>10<\/p> Tiling, maps and visual services<\/p>7<\/p> APIs, catalogues and discrete global grids<\/p>8<\/p> Spatial analysis and siting<\/p>10<\/p> GeoAI<\/p>10<\/p> 3D, BIM and digital twins<\/p>8<\/p> Metadata, quality and publication<\/p>5<\/p> Platforms and orbits<\/p>8<\/p> Optical, spectral and thermal sensors<\/p>8<\/p> Radar, lidar and microwave sensors<\/p>10<\/p> Processing levels and analysis-ready data<\/p>9<\/p> Calibration and validation<\/p>8<\/p> Tasking, ground segment and access<\/p>9<\/p> Data cubes, analysis and archives<\/p>7<\/p> Frontier and research<\/p>8<\/p> 01Join<\/b>Identity, attestation quote, signed policy.<\/p>02Admit<\/b>Admitted for a stated scope, nothing wider.<\/p>03Describe<\/b>What, where, how and by whom, with calibration.<\/p>04Time<\/b>One clock across the grid, with its error bound.<\/p>05Observe<\/b>Every value with quality and provenance.<\/p>06Qualify<\/b>Tested against the specification, state on record.<\/p>07Federate<\/b>Signed exchange across grids and trust domains.<\/p>08Orchestrate<\/b>Software and configuration by signed plan.<\/p> <\/section> 03<\/b>On the grid<\/p> The ground, measured before it is modelled.<\/h2>Real elevation, line of sight, an orbit swath and a GeoAI pass, each an interactive explainer on open terrain data with its source shown.<\/p> Line of sight<\/h3>A 30 m mast against the terrain.<\/a>Relief<\/h3>Terrarium-encoded DEM, contours by marching squares.<\/a>Hillshade and slope<\/h3>One gradient, a sun you can move.<\/a>Geodesic grid<\/h3>Stations counted into 10,242 cells.<\/a> <\/section> 04<\/b>In the field<\/p> Where this runs, sector by sector.<\/h2> 1 deployment scenarios from the sector research that rely on earth twins.<\/p> Agriculture Farm or cooperative agromet network with crop models<\/h3>Compact stations and soil probes feeding irrigation, disease and frost models.<\/a> <\/section> 05<\/b>Open and enterprise<\/p> Open by default. Enterprise by contract.<\/h2> The open counterpart lives on the main site for anyone to read and run. The enterprise service is designed, deployed and operated with you, under contract.<\/p> Open, on the main site<\/p>Simulation methods with worked examples<\/li>Open terrain and grid layers<\/li><\/ul>Enterprise, on this site<\/p>Drone survey and 3D site twins<\/li>Network planning studies<\/li>Scenario studies<\/li><\/ul> <\/section> 06<\/b>The rest of the line<\/p> Digital twins and simulation, area by area.<\/h2> Digital twins and simulation Site twins<\/h3>The site in 3D, measured to scale.<\/a>Digital twins and simulation Network twins<\/h3>Coverage, capacity, power and timing, simulated.<\/a>Digital twins and simulation Scenario simulation<\/h3>Floods, heat, load and failure, run before they happen.<\/a>Digital twins and simulation Planning<\/h3>From the twin to a plan you can tender.<\/a> <\/section> Bring us the site.<\/h2>Survey, design, deployment and operation for earth twins. The form names who receives your details.<\/p> Talk to us<\/a>contact@observatory.global<\/a> <\/section> <\/main>
GIS, maps and GeoAI<\/p>Indoor and underground models<\/h3>Indoor spaces and subsurface utilities for shelters, plant rooms and tunnels.<\/p>We integrate.<\/p>OGC IndoorGML \u00b7 OGC Model for Underground Data Definition and Integration (MUDDI)<\/p><\/article>GIS, maps and GeoAI<\/p>Digital twin frameworks<\/h3>Linking a model to its physical counterpart with defined fidelity, update rate and purpose.<\/p>We design, integrate and operate.<\/p>ISO\/IEC 30173:2023 \u00b7 ISO 23247-1 (digital twin framework for manufacturing)<\/p><\/article>Frontier<\/b> \u00b7 GIS, maps and GeoAI<\/p>Sensor-fused live twins<\/h3>Twins updated continuously from sensors, cameras and EO, with provenance on every change.<\/p>We design, integrate and operate.<\/p>OGC SensorThings API 1.1 \u00b7 OGC API – Connected Systems<\/p><\/article>Frontier<\/b> \u00b7 GIS, maps and GeoAI<\/p>Geospatial augmented reality<\/h3>Overlaying the twin on the real site for crews through located and oriented devices.<\/p>We design and integrate.<\/p>OGC GeoPose 1.0<\/p><\/article>AI systems<\/p>EO foundation models<\/h3>Large pretrained models over optical, SAR and multi-temporal imagery, fine-tuned for many downstream tasks.<\/p>We design, integrate and operate.<\/p>OGC Training Data Markup Language for AI (TrainingDML-AI) \u00b7 CEOS Analysis Ready Data framework<\/p><\/article> <\/section> 02<\/b>Architecture<\/p> Where it sits, and what it speaks.<\/h2> Earth twins draws on 3 domains and 24 layers of the spectrum; the highlighted layers carry this area. It speaks 3 of the protocol’s 8 core functions.<\/p> Reference systems and geodesy<\/p>7<\/p> Vector, raster and array formats<\/p>10<\/p> Tiling, maps and visual services<\/p>7<\/p> APIs, catalogues and discrete global grids<\/p>8<\/p> Spatial analysis and siting<\/p>10<\/p> GeoAI<\/p>10<\/p> 3D, BIM and digital twins<\/p>8<\/p> Metadata, quality and publication<\/p>5<\/p> Platforms and orbits<\/p>8<\/p> Optical, spectral and thermal sensors<\/p>8<\/p> Radar, lidar and microwave sensors<\/p>10<\/p> Processing levels and analysis-ready data<\/p>9<\/p> Calibration and validation<\/p>8<\/p> Tasking, ground segment and access<\/p>9<\/p> Data cubes, analysis and archives<\/p>7<\/p> Frontier and research<\/p>8<\/p> 01Join<\/b>Identity, attestation quote, signed policy.<\/p>02Admit<\/b>Admitted for a stated scope, nothing wider.<\/p>03Describe<\/b>What, where, how and by whom, with calibration.<\/p>04Time<\/b>One clock across the grid, with its error bound.<\/p>05Observe<\/b>Every value with quality and provenance.<\/p>06Qualify<\/b>Tested against the specification, state on record.<\/p>07Federate<\/b>Signed exchange across grids and trust domains.<\/p>08Orchestrate<\/b>Software and configuration by signed plan.<\/p> <\/section> 03<\/b>On the grid<\/p> The ground, measured before it is modelled.<\/h2>Real elevation, line of sight, an orbit swath and a GeoAI pass, each an interactive explainer on open terrain data with its source shown.<\/p> Line of sight<\/h3>A 30 m mast against the terrain.<\/a>Relief<\/h3>Terrarium-encoded DEM, contours by marching squares.<\/a>Hillshade and slope<\/h3>One gradient, a sun you can move.<\/a>Geodesic grid<\/h3>Stations counted into 10,242 cells.<\/a> <\/section> 04<\/b>In the field<\/p> Where this runs, sector by sector.<\/h2> 1 deployment scenarios from the sector research that rely on earth twins.<\/p> Agriculture Farm or cooperative agromet network with crop models<\/h3>Compact stations and soil probes feeding irrigation, disease and frost models.<\/a> <\/section> 05<\/b>Open and enterprise<\/p> Open by default. Enterprise by contract.<\/h2> The open counterpart lives on the main site for anyone to read and run. The enterprise service is designed, deployed and operated with you, under contract.<\/p> Open, on the main site<\/p>Simulation methods with worked examples<\/li>Open terrain and grid layers<\/li><\/ul>Enterprise, on this site<\/p>Drone survey and 3D site twins<\/li>Network planning studies<\/li>Scenario studies<\/li><\/ul> <\/section> 06<\/b>The rest of the line<\/p> Digital twins and simulation, area by area.<\/h2> Digital twins and simulation Site twins<\/h3>The site in 3D, measured to scale.<\/a>Digital twins and simulation Network twins<\/h3>Coverage, capacity, power and timing, simulated.<\/a>Digital twins and simulation Scenario simulation<\/h3>Floods, heat, load and failure, run before they happen.<\/a>Digital twins and simulation Planning<\/h3>From the twin to a plan you can tender.<\/a> <\/section> Bring us the site.<\/h2>Survey, design, deployment and operation for earth twins. The form names who receives your details.<\/p> Talk to us<\/a>contact@observatory.global<\/a> <\/section> <\/main>
GIS, maps and GeoAI<\/p>Digital twin frameworks<\/h3>Linking a model to its physical counterpart with defined fidelity, update rate and purpose.<\/p>We design, integrate and operate.<\/p>ISO\/IEC 30173:2023 \u00b7 ISO 23247-1 (digital twin framework for manufacturing)<\/p><\/article>Frontier<\/b> \u00b7 GIS, maps and GeoAI<\/p>Sensor-fused live twins<\/h3>Twins updated continuously from sensors, cameras and EO, with provenance on every change.<\/p>We design, integrate and operate.<\/p>OGC SensorThings API 1.1 \u00b7 OGC API – Connected Systems<\/p><\/article>Frontier<\/b> \u00b7 GIS, maps and GeoAI<\/p>Geospatial augmented reality<\/h3>Overlaying the twin on the real site for crews through located and oriented devices.<\/p>We design and integrate.<\/p>OGC GeoPose 1.0<\/p><\/article>AI systems<\/p>EO foundation models<\/h3>Large pretrained models over optical, SAR and multi-temporal imagery, fine-tuned for many downstream tasks.<\/p>We design, integrate and operate.<\/p>OGC Training Data Markup Language for AI (TrainingDML-AI) \u00b7 CEOS Analysis Ready Data framework<\/p><\/article> <\/section> 02<\/b>Architecture<\/p> Where it sits, and what it speaks.<\/h2> Earth twins draws on 3 domains and 24 layers of the spectrum; the highlighted layers carry this area. It speaks 3 of the protocol’s 8 core functions.<\/p> Reference systems and geodesy<\/p>7<\/p> Vector, raster and array formats<\/p>10<\/p> Tiling, maps and visual services<\/p>7<\/p> APIs, catalogues and discrete global grids<\/p>8<\/p> Spatial analysis and siting<\/p>10<\/p> GeoAI<\/p>10<\/p> 3D, BIM and digital twins<\/p>8<\/p> Metadata, quality and publication<\/p>5<\/p> Platforms and orbits<\/p>8<\/p> Optical, spectral and thermal sensors<\/p>8<\/p> Radar, lidar and microwave sensors<\/p>10<\/p> Processing levels and analysis-ready data<\/p>9<\/p> Calibration and validation<\/p>8<\/p> Tasking, ground segment and access<\/p>9<\/p> Data cubes, analysis and archives<\/p>7<\/p> Frontier and research<\/p>8<\/p> 01Join<\/b>Identity, attestation quote, signed policy.<\/p>02Admit<\/b>Admitted for a stated scope, nothing wider.<\/p>03Describe<\/b>What, where, how and by whom, with calibration.<\/p>04Time<\/b>One clock across the grid, with its error bound.<\/p>05Observe<\/b>Every value with quality and provenance.<\/p>06Qualify<\/b>Tested against the specification, state on record.<\/p>07Federate<\/b>Signed exchange across grids and trust domains.<\/p>08Orchestrate<\/b>Software and configuration by signed plan.<\/p> <\/section> 03<\/b>On the grid<\/p> The ground, measured before it is modelled.<\/h2>Real elevation, line of sight, an orbit swath and a GeoAI pass, each an interactive explainer on open terrain data with its source shown.<\/p> Line of sight<\/h3>A 30 m mast against the terrain.<\/a>Relief<\/h3>Terrarium-encoded DEM, contours by marching squares.<\/a>Hillshade and slope<\/h3>One gradient, a sun you can move.<\/a>Geodesic grid<\/h3>Stations counted into 10,242 cells.<\/a> <\/section> 04<\/b>In the field<\/p> Where this runs, sector by sector.<\/h2> 1 deployment scenarios from the sector research that rely on earth twins.<\/p> Agriculture Farm or cooperative agromet network with crop models<\/h3>Compact stations and soil probes feeding irrigation, disease and frost models.<\/a> <\/section> 05<\/b>Open and enterprise<\/p> Open by default. Enterprise by contract.<\/h2> The open counterpart lives on the main site for anyone to read and run. The enterprise service is designed, deployed and operated with you, under contract.<\/p> Open, on the main site<\/p>Simulation methods with worked examples<\/li>Open terrain and grid layers<\/li><\/ul>Enterprise, on this site<\/p>Drone survey and 3D site twins<\/li>Network planning studies<\/li>Scenario studies<\/li><\/ul> <\/section> 06<\/b>The rest of the line<\/p> Digital twins and simulation, area by area.<\/h2> Digital twins and simulation Site twins<\/h3>The site in 3D, measured to scale.<\/a>Digital twins and simulation Network twins<\/h3>Coverage, capacity, power and timing, simulated.<\/a>Digital twins and simulation Scenario simulation<\/h3>Floods, heat, load and failure, run before they happen.<\/a>Digital twins and simulation Planning<\/h3>From the twin to a plan you can tender.<\/a> <\/section> Bring us the site.<\/h2>Survey, design, deployment and operation for earth twins. The form names who receives your details.<\/p> Talk to us<\/a>contact@observatory.global<\/a> <\/section> <\/main>
Frontier<\/b> \u00b7 GIS, maps and GeoAI<\/p>Sensor-fused live twins<\/h3>Twins updated continuously from sensors, cameras and EO, with provenance on every change.<\/p>We design, integrate and operate.<\/p>OGC SensorThings API 1.1 \u00b7 OGC API – Connected Systems<\/p><\/article>Frontier<\/b> \u00b7 GIS, maps and GeoAI<\/p>Geospatial augmented reality<\/h3>Overlaying the twin on the real site for crews through located and oriented devices.<\/p>We design and integrate.<\/p>OGC GeoPose 1.0<\/p><\/article>AI systems<\/p>EO foundation models<\/h3>Large pretrained models over optical, SAR and multi-temporal imagery, fine-tuned for many downstream tasks.<\/p>We design, integrate and operate.<\/p>OGC Training Data Markup Language for AI (TrainingDML-AI) \u00b7 CEOS Analysis Ready Data framework<\/p><\/article> <\/section> 02<\/b>Architecture<\/p> Where it sits, and what it speaks.<\/h2> Earth twins draws on 3 domains and 24 layers of the spectrum; the highlighted layers carry this area. It speaks 3 of the protocol’s 8 core functions.<\/p> Reference systems and geodesy<\/p>7<\/p> Vector, raster and array formats<\/p>10<\/p> Tiling, maps and visual services<\/p>7<\/p> APIs, catalogues and discrete global grids<\/p>8<\/p> Spatial analysis and siting<\/p>10<\/p> GeoAI<\/p>10<\/p> 3D, BIM and digital twins<\/p>8<\/p> Metadata, quality and publication<\/p>5<\/p> Platforms and orbits<\/p>8<\/p> Optical, spectral and thermal sensors<\/p>8<\/p> Radar, lidar and microwave sensors<\/p>10<\/p> Processing levels and analysis-ready data<\/p>9<\/p> Calibration and validation<\/p>8<\/p> Tasking, ground segment and access<\/p>9<\/p> Data cubes, analysis and archives<\/p>7<\/p> Frontier and research<\/p>8<\/p> 01Join<\/b>Identity, attestation quote, signed policy.<\/p>02Admit<\/b>Admitted for a stated scope, nothing wider.<\/p>03Describe<\/b>What, where, how and by whom, with calibration.<\/p>04Time<\/b>One clock across the grid, with its error bound.<\/p>05Observe<\/b>Every value with quality and provenance.<\/p>06Qualify<\/b>Tested against the specification, state on record.<\/p>07Federate<\/b>Signed exchange across grids and trust domains.<\/p>08Orchestrate<\/b>Software and configuration by signed plan.<\/p> <\/section> 03<\/b>On the grid<\/p> The ground, measured before it is modelled.<\/h2>Real elevation, line of sight, an orbit swath and a GeoAI pass, each an interactive explainer on open terrain data with its source shown.<\/p> Line of sight<\/h3>A 30 m mast against the terrain.<\/a>Relief<\/h3>Terrarium-encoded DEM, contours by marching squares.<\/a>Hillshade and slope<\/h3>One gradient, a sun you can move.<\/a>Geodesic grid<\/h3>Stations counted into 10,242 cells.<\/a> <\/section> 04<\/b>In the field<\/p> Where this runs, sector by sector.<\/h2> 1 deployment scenarios from the sector research that rely on earth twins.<\/p> Agriculture Farm or cooperative agromet network with crop models<\/h3>Compact stations and soil probes feeding irrigation, disease and frost models.<\/a> <\/section> 05<\/b>Open and enterprise<\/p> Open by default. Enterprise by contract.<\/h2> The open counterpart lives on the main site for anyone to read and run. The enterprise service is designed, deployed and operated with you, under contract.<\/p> Open, on the main site<\/p>Simulation methods with worked examples<\/li>Open terrain and grid layers<\/li><\/ul>Enterprise, on this site<\/p>Drone survey and 3D site twins<\/li>Network planning studies<\/li>Scenario studies<\/li><\/ul> <\/section> 06<\/b>The rest of the line<\/p> Digital twins and simulation, area by area.<\/h2> Digital twins and simulation Site twins<\/h3>The site in 3D, measured to scale.<\/a>Digital twins and simulation Network twins<\/h3>Coverage, capacity, power and timing, simulated.<\/a>Digital twins and simulation Scenario simulation<\/h3>Floods, heat, load and failure, run before they happen.<\/a>Digital twins and simulation Planning<\/h3>From the twin to a plan you can tender.<\/a> <\/section> Bring us the site.<\/h2>Survey, design, deployment and operation for earth twins. The form names who receives your details.<\/p> Talk to us<\/a>contact@observatory.global<\/a> <\/section> <\/main>
Frontier<\/b> \u00b7 GIS, maps and GeoAI<\/p>Geospatial augmented reality<\/h3>Overlaying the twin on the real site for crews through located and oriented devices.<\/p>We design and integrate.<\/p>OGC GeoPose 1.0<\/p><\/article>AI systems<\/p>EO foundation models<\/h3>Large pretrained models over optical, SAR and multi-temporal imagery, fine-tuned for many downstream tasks.<\/p>We design, integrate and operate.<\/p>OGC Training Data Markup Language for AI (TrainingDML-AI) \u00b7 CEOS Analysis Ready Data framework<\/p><\/article> <\/section> 02<\/b>Architecture<\/p> Where it sits, and what it speaks.<\/h2> Earth twins draws on 3 domains and 24 layers of the spectrum; the highlighted layers carry this area. It speaks 3 of the protocol’s 8 core functions.<\/p> Reference systems and geodesy<\/p>7<\/p> Vector, raster and array formats<\/p>10<\/p> Tiling, maps and visual services<\/p>7<\/p> APIs, catalogues and discrete global grids<\/p>8<\/p> Spatial analysis and siting<\/p>10<\/p> GeoAI<\/p>10<\/p> 3D, BIM and digital twins<\/p>8<\/p> Metadata, quality and publication<\/p>5<\/p> Platforms and orbits<\/p>8<\/p> Optical, spectral and thermal sensors<\/p>8<\/p> Radar, lidar and microwave sensors<\/p>10<\/p> Processing levels and analysis-ready data<\/p>9<\/p> Calibration and validation<\/p>8<\/p> Tasking, ground segment and access<\/p>9<\/p> Data cubes, analysis and archives<\/p>7<\/p> Frontier and research<\/p>8<\/p> 01Join<\/b>Identity, attestation quote, signed policy.<\/p>02Admit<\/b>Admitted for a stated scope, nothing wider.<\/p>03Describe<\/b>What, where, how and by whom, with calibration.<\/p>04Time<\/b>One clock across the grid, with its error bound.<\/p>05Observe<\/b>Every value with quality and provenance.<\/p>06Qualify<\/b>Tested against the specification, state on record.<\/p>07Federate<\/b>Signed exchange across grids and trust domains.<\/p>08Orchestrate<\/b>Software and configuration by signed plan.<\/p> <\/section> 03<\/b>On the grid<\/p> The ground, measured before it is modelled.<\/h2>Real elevation, line of sight, an orbit swath and a GeoAI pass, each an interactive explainer on open terrain data with its source shown.<\/p> Line of sight<\/h3>A 30 m mast against the terrain.<\/a>Relief<\/h3>Terrarium-encoded DEM, contours by marching squares.<\/a>Hillshade and slope<\/h3>One gradient, a sun you can move.<\/a>Geodesic grid<\/h3>Stations counted into 10,242 cells.<\/a> <\/section> 04<\/b>In the field<\/p> Where this runs, sector by sector.<\/h2> 1 deployment scenarios from the sector research that rely on earth twins.<\/p> Agriculture Farm or cooperative agromet network with crop models<\/h3>Compact stations and soil probes feeding irrigation, disease and frost models.<\/a> <\/section> 05<\/b>Open and enterprise<\/p> Open by default. Enterprise by contract.<\/h2> The open counterpart lives on the main site for anyone to read and run. The enterprise service is designed, deployed and operated with you, under contract.<\/p> Open, on the main site<\/p>Simulation methods with worked examples<\/li>Open terrain and grid layers<\/li><\/ul>Enterprise, on this site<\/p>Drone survey and 3D site twins<\/li>Network planning studies<\/li>Scenario studies<\/li><\/ul> <\/section> 06<\/b>The rest of the line<\/p> Digital twins and simulation, area by area.<\/h2> Digital twins and simulation Site twins<\/h3>The site in 3D, measured to scale.<\/a>Digital twins and simulation Network twins<\/h3>Coverage, capacity, power and timing, simulated.<\/a>Digital twins and simulation Scenario simulation<\/h3>Floods, heat, load and failure, run before they happen.<\/a>Digital twins and simulation Planning<\/h3>From the twin to a plan you can tender.<\/a> <\/section> Bring us the site.<\/h2>Survey, design, deployment and operation for earth twins. The form names who receives your details.<\/p> Talk to us<\/a>contact@observatory.global<\/a> <\/section> <\/main>
AI systems<\/p>EO foundation models<\/h3>Large pretrained models over optical, SAR and multi-temporal imagery, fine-tuned for many downstream tasks.<\/p>We design, integrate and operate.<\/p>OGC Training Data Markup Language for AI (TrainingDML-AI) \u00b7 CEOS Analysis Ready Data framework<\/p><\/article> <\/section> 02<\/b>Architecture<\/p> Where it sits, and what it speaks.<\/h2> Earth twins draws on 3 domains and 24 layers of the spectrum; the highlighted layers carry this area. It speaks 3 of the protocol’s 8 core functions.<\/p> Reference systems and geodesy<\/p>7<\/p> Vector, raster and array formats<\/p>10<\/p> Tiling, maps and visual services<\/p>7<\/p> APIs, catalogues and discrete global grids<\/p>8<\/p> Spatial analysis and siting<\/p>10<\/p> GeoAI<\/p>10<\/p> 3D, BIM and digital twins<\/p>8<\/p> Metadata, quality and publication<\/p>5<\/p> Platforms and orbits<\/p>8<\/p> Optical, spectral and thermal sensors<\/p>8<\/p> Radar, lidar and microwave sensors<\/p>10<\/p> Processing levels and analysis-ready data<\/p>9<\/p> Calibration and validation<\/p>8<\/p> Tasking, ground segment and access<\/p>9<\/p> Data cubes, analysis and archives<\/p>7<\/p> Frontier and research<\/p>8<\/p> 01Join<\/b>Identity, attestation quote, signed policy.<\/p>02Admit<\/b>Admitted for a stated scope, nothing wider.<\/p>03Describe<\/b>What, where, how and by whom, with calibration.<\/p>04Time<\/b>One clock across the grid, with its error bound.<\/p>05Observe<\/b>Every value with quality and provenance.<\/p>06Qualify<\/b>Tested against the specification, state on record.<\/p>07Federate<\/b>Signed exchange across grids and trust domains.<\/p>08Orchestrate<\/b>Software and configuration by signed plan.<\/p> <\/section> 03<\/b>On the grid<\/p> The ground, measured before it is modelled.<\/h2>Real elevation, line of sight, an orbit swath and a GeoAI pass, each an interactive explainer on open terrain data with its source shown.<\/p> Line of sight<\/h3>A 30 m mast against the terrain.<\/a>Relief<\/h3>Terrarium-encoded DEM, contours by marching squares.<\/a>Hillshade and slope<\/h3>One gradient, a sun you can move.<\/a>Geodesic grid<\/h3>Stations counted into 10,242 cells.<\/a> <\/section> 04<\/b>In the field<\/p> Where this runs, sector by sector.<\/h2> 1 deployment scenarios from the sector research that rely on earth twins.<\/p> Agriculture Farm or cooperative agromet network with crop models<\/h3>Compact stations and soil probes feeding irrigation, disease and frost models.<\/a> <\/section> 05<\/b>Open and enterprise<\/p> Open by default. Enterprise by contract.<\/h2> The open counterpart lives on the main site for anyone to read and run. The enterprise service is designed, deployed and operated with you, under contract.<\/p> Open, on the main site<\/p>Simulation methods with worked examples<\/li>Open terrain and grid layers<\/li><\/ul>Enterprise, on this site<\/p>Drone survey and 3D site twins<\/li>Network planning studies<\/li>Scenario studies<\/li><\/ul> <\/section> 06<\/b>The rest of the line<\/p> Digital twins and simulation, area by area.<\/h2> Digital twins and simulation Site twins<\/h3>The site in 3D, measured to scale.<\/a>Digital twins and simulation Network twins<\/h3>Coverage, capacity, power and timing, simulated.<\/a>Digital twins and simulation Scenario simulation<\/h3>Floods, heat, load and failure, run before they happen.<\/a>Digital twins and simulation Planning<\/h3>From the twin to a plan you can tender.<\/a> <\/section> Bring us the site.<\/h2>Survey, design, deployment and operation for earth twins. The form names who receives your details.<\/p> Talk to us<\/a>contact@observatory.global<\/a> <\/section> <\/main>