Capture the site.
Review the map and 3D model.
Omniterra Atlas turns drone videos and image sets into a mapped site record: orthophoto maps, DSM surfaces, browser-ready 3D models, evidence layers, open exports, and AI-assisted site search.
01 / Orthophoto Map
A site map that opens fast and exports cleanly.
Browser site atlas review
Open the finished site atlas in a MapLibre review page with bounds, center, zoom, raster opacity, and a single portable PMTiles archive behind it.
GIS-ready map exports
Deliver orthophoto COG GeoTIFF, preview PNG, DSM raster, PMTiles archive, manifest, and source metadata for GIS, CAD, and reporting handoff.
Honest georeferencing
Verify raster CRS, fit local MicMac coordinates into a projected CRS when needed, and record method, RMSE, point count, and fallback status.
Clean web delivery
Normalize the orthomosaic before publishing, add transparency where black fill appears, and package the map for fast byte-range browser access.
Flight QA before processing
Filter blurry frames, suppress perceptual duplicates, merge sidecar or EXIF GPS metadata, and keep every selected frame in the manifest.
One mapped record for every review
Use the same mapped record for progress meetings, field triage, client screenshots, GIS handoff, and recurring site history.
02 / 3D Site Model
A browser 3D model for context, communication, and inspection.
Gaussian splat review
Publish a vivid browser-ready scene from the `splatfacto` path with exported Gaussian splat PLY, standalone viewer, and rendered preview video.
Point cloud and mesh outputs
Use the `nerfacto` path for exported point clouds, TSDF meshes, OBJ/texture companions, wireframe inspection, and fit-view browser controls.
Site atlas plus 3D page
Review the orthophoto atlas and the 3D scene together so site teams can inspect geometry without splitting the workflow.
Georeferenced point-cloud overlay
When alignment succeeds, overlay a georeferenced PLY point cloud over the orthophoto PMTiles basemap with manifest-driven CRS inference.
Trackpad-friendly inspection
Inspect splats, point clouds, and meshes with orbit, zoom, modifier-drag panning, fit/reset view actions, mesh wireframe, and scene auto-fit.
GPU-aware quality control
Estimate image volume, CPU/RAM, GPU VRAM, downscale factor, training steps, safe frame budget, and config overrides before long 3D jobs.
03 / AI Site Search
Ask the site what is in the footage.
Natural-language video search
Ask for objects, colors, materials, vehicles, activities, defects, or site states, then receive ranked evidence instead of scrubbing footage by hand.
Map-linked evidence
Return timestamps, thumbnails, object evidence, masks or boxes when available, and map context when frames can be placed geospatially.
Change-aware queries
Find what appeared, disappeared, expanded, or moved between flights across earthworks, staging, standing water, access, and material stockpiles.
Saved site watchlists
Track vehicles, equipment, trenching, erosion, pavement cracks, fence issues, blocked access, roof damage, or site-specific review targets.
Multimodal reasoning with evidence
Use vision-capable models for captioning, triage, query expansion, and explanation while tying precision back to detectors, embeddings, and geometry.
Searchable site memory
Keep orthophoto tiles, frames, search hits, notes, exports, and comparison results attached to the same mapped site record across flights.
04 / Workflow & FAQ
Move from one model to a repeatable site atlas.
Compare orthophotos, splats, point clouds, search results, and notes across weekly or monthly flights so progress becomes a dated site atlas.
Support distance, area, elevation profile, stockpile volume, and cut/fill workflows against base surfaces or design overlays.
Bring in DXF, LandXML, GeoTIFF, and model-adjacent converted layers so the review starts from design intent, not imagery alone.
Show the evidence behind each atlas: selected frames, overlap warnings, georef method, RMSE, sparse registration, splat settings, fallbacks, and output status.
Package COG, PMTiles, PLY, OBJ, textures, PNG, MP4, PDF, JSON, and Parquet so owners and GIS teams can use the mapped record outside Omniterra.
Send public, private, or expiring atlas links with lightweight comments and permissions for owners, contractors, drone teams, and field crews.
FAQ
What do we get in the first Atlas pilot?
A first pilot returns a browser site atlas, 3D review output, QA-backed evidence layer, and export bundle. AI search can focus on the objects, activities, or site states that matter for the decision.
Can it start from video?
Yes. Omniterra Atlas accepts drone video or image directories. Video is decoded into frames, then filtered for sharpness, duplicate suppression, spacing, geotags, and mapping-style quality.
Do we need RTK or GPS?
No for visual review, yes for precise geospatial delivery. When GPS or sidecar metadata exists, outputs publish in a projected CRS. When it does not, the run is honestly marked local-only.
What makes the page web-ready?
Every output is prepared as a durable mapped record: tiled orthophotos, stable 3D scene manifests, camera and georeferencing metadata, QA notes, and open exports that remain useful outside the review page.
What can AI site search find?
Search can target vehicles, equipment, colors, materials, stockpiles, standing water, trenching, cracks, damage signals, clips, timestamps, and repeated site states across flights.
How should we start?
Start with the smallest site atlas that can prove the workflow: one recent flight, the decision the team needs to make, any control or design context, and the handoff format your GIS, owner, or field team will actually use.
Send one flight.
Get the site atlas.
Start with a drone dataset review for one active site, construction project, facility, or inspection workflow.
Send the imagery, the decision the atlas should support, and any control, design, or GIS context you already have. We will return fit, timing, and a pilot scope for orthophoto + 3D review, AI site search, or a recurring progress workflow.