Los Angeles and the South Bay
We scan objects, rooms, buildings, and sites and deliver the results as point clouds, meshes, and Gaussian splats. Capture is done on location with handheld LiDAR, structured-light scanners, cameras, and drones. Files are cleaned and delivered in the format you work in.
Komatsu WA380 wheel loaderFull-size construction equipment, photogrammetry
Capture methods by size of subject
Structured light, sub-millimeter detail
Machine parts, fixtures, hardware, artifacts, and products up to roughly a meter. Output is a watertight mesh suitable for CAD, 3D printing, and reverse engineering.
Handheld LiDAR, roughly 1 cm accuracy
Residential and commercial interiors, mechanical rooms, and building exteriors. Output is a registered point cloud your modeler or architect can take into CAD or BIM software.
Aerial and ground photogrammetry
Sculptures, monuments, façades, and outdoor sites captured from the ground and by drone. Output is a textured mesh or Gaussian splat for documentation, planning, and presentation.
Services
Every job includes on-site capture, processing, and delivery in the formats you specify. We also take overflow field capture from BIM, survey, and VFX vendors on a per-project basis; you keep the modeling in-house, we supply the data.
We come to the site with the equipment the job needs. Based in Long Beach, covering Los Angeles County and Orange County; the rest of California by arrangement. Roofs, ladders, crawlspaces, and occupied buildings are fine.
Raw scans are registered, cleaned of noise and stray points, decimated to a usable size, and checked for scale. Meshes are reconstructed and decimated to the density you need.
If you need the scan to be seen and not just measured, we build the viewer. Web-embeddable models, Gaussian splat scenes, and VR walkthroughs on Meta Quest, produced by the same studio that builds VR training simulators for universities.
Sample scans
These are interactive. Click to load a model, then rotate and zoom to check detail and coverage.
More scans, including the full 300+ day series, are on Sketchfab. Models are shown as captured; nothing has been patched or resculpted.
How it works
Address or object, what you need scanned, approximate square footage or dimensions, deadline, and the software you'll open the files in.
We reply with a recommended method and a fixed price, usually within one business day.
Most interiors are scanned in one visit. Objects can be scanned on site or shipped to us.
You get a preview link to check coverage, then the final files. Typical turnaround is one to five business days depending on scale.
Clients
FAQ
LiDAR measures distance directly, so it's reliable indoors, in low light, and on plain surfaces like white walls. Photogrammetry builds geometry from overlapping photos, so it produces better color and fine surface detail but needs good light and texture. Many jobs use both: LiDAR for the room geometry, photos for the detail. We recommend a method once we see the site.
Structured-light object scans resolve detail well under a millimeter. Handheld LiDAR interiors are typically accurate to about a centimeter over a room, which is adequate for as-builts, space planning, and most renovation work. If you need survey-grade tolerances for legal or structural purposes, tell us and we'll say whether the job needs a terrestrial scanner or a licensed surveyor.
Point clouds in E57, LAS/LAZ, or PLY. Meshes in OBJ, FBX, glTF/GLB, STL, or USDZ. Gaussian splats as PLY or SOG. We don't do Revit or BIM modeling ourselves; we deliver clean point clouds that your modeler imports directly.
Yes, for aerial photogrammetry of large objects, structures, and outdoor sites. Airspace and site conditions determine what's possible at a given address; we check before quoting.
Single objects start around $150 for a clean mesh; complex parts run higher. A residential interior typically runs $800–$2,500 for a registered point cloud, depending on square footage. Site and roof captures start at $500 per visit. Subcontract field work is available by the hour or day. Send the details and we'll give you a fixed number.
About
Digital Ubiquities is a Long Beach creative technology studio. Most of our work is VR training software for universities, including simulators in use at NYU. Scanning started as a way to get real geometry into those scenes and turned into a daily practice: a 300+ day project publishing one scan a day through 2021 and 2022, covering everything from door hardware to heavy equipment.
The studio is run by an engineer with degrees in Physics and Mechanical Engineering and twelve years in XR development, interactive installations, and fabrication. Our work has been juried at SIGGRAPH and awarded at AWE and MIT Reality Hack. The simulation side of the studio is at xr.ubqt.is.
Equipment
Email the details below and we'll reply with a method and a price, usually within one business day. Small test captures are welcome if you want to check the data before committing to a larger job.