Luminiferous
Aerial drone footage of a housing development at dusk wipes across into a Gaussian-splat reconstruction of the same street, which then dives to the roundabout and climbs back out to a wide view

Luminiferous

Mobile Scanners for iOS & Android

Join the Waitlist

Video to 3D meshes and Gaussian Splats, iOS & Android apps coming soon

Real footage/scans → Gaussian splat

Get the scannerSee how it works

Actual Luminiferous capture · Gaussian-splat render

OBJ · GLB · PLY · SPZ · SOG

export formats

Unlimited

scan volume

On-device

drift correction

iOS & Android

mobile capture

Capabilities

Built like a precision instrument.

Everything below is real and working in Luminiferous Scanners today — no mockups, no promises.

Scan anything, any size

01

From a single object to an entire property — just walk the space with your phone and Luminiferous captures it all in one pass.

Sees true depth

02

Luminiferous uses your phone’s sensors to measure depth, so every scan is built from real measurements of the space — not guesswork.

Cleans up as you go

03

The scanner refines and corrects your capture while you scan, so the model comes out tidy the first time.

Real-world dimensions

04

Scans keep true real-world scale. Measure rooms, furniture, and spaces straight from the model.

Watch it build live

05

See your 3D model take shape on screen in real time as you move — you always know what you’ve captured.

Share it anywhere

06

Save meshes and Gaussian splats in standard formats — OBJ, GLB, PLY, SPZ, SOG — or share a link that opens in any browser.

A full toolkit behind it

07

A complete server-side suite of tools for sharing, editing, and storing your scans — your captures live somewhere useful.

Just your phone

08

No rig, no extra hardware, no training. If you can take a video, you can make a 3D model.

Real capture data

Every pixel is a measurement.

Luminiferous scans are not photos with depth guessed in — they are dense, colorized 3D data. Below: a living room captured on a phone, shown as the raw colorized point cloud, and the camera path that produced it.

  • Dense colorized point clouds — true measured geometry
  • Watertight meshes with photo-real texture
  • Camera poses + intrinsics bundled with every scan
Colorized 3D point-cloud capture of a living room with a sofa, viewed from above, with the scan camera path shown as a dotted line
A living room, captured on a phone — the raw colorized point cloud behind every Luminiferous model, camera trajectory included.
The master hall of the captured house, seen from inside the walking tourWalk the captureFour-room house tourA master hall, two bedrooms and an exercise room, each captured on its own and aligned at the doorways. Walk through a doorway and the next room streams in around you.Drag to look around, click the floor to walk there, or use W A S D. Walking only — the camera stays on the measured floor.Opens in a new tab and streams about 170 MB of capture data, so the first room takes a moment.Open the tour (opens in a new tab)

Reality to splat

Videos turned into 3D Gaussian Splats you can move around inside of

The first five seconds are the raw drone footage; everything after the wipe is the reconstruction, flying a camera the drone never could.

Aerial drone footage of a housing development at dusk wipes across into a Gaussian-splat reconstruction of the same street, which then dives to the roundabout and climbs back out to a wide view
Five seconds of real footage, a wipe, then the splat carrying the same solved camera into the dive.18 seconds at 30 fps. The render picks the flight up on the exact frame the footage hands it over, so the cut you cannot find is the point.

Explore a live scan

Step inside a Gaussian splat.

The same capture pipeline, rendered as a Gaussian splat instead of a mesh — every surface reconstructed from photographs, running in your browser. Orbit it, zoom in, or fly through it.

Loads about 49 MB of splat data — we wait until you ask for it.
Gaussian Splat Reconstruction — aerial captureOpen full screen ↗3.15 million Gaussians from a 180-image aerial pass, solved and trained end to end on a Luminiferous server. Drag to orbit, scroll to zoom, and press W/A/S/D to fly through the scene.

Explore the model

Walk around the finished scan.

This is the capture as a textured 3D model. Drag to orbit, scroll or pinch to zoom, and use two fingers or a right-drag to pan through the room.

3D model loads as you approach
Mesh ReconstructionOpen full screen ↗A textured room reconstruction you can orbit, zoom, and pan directly in the browser.

Pipeline

Scan. Refine. Export.

  1. 01

    Scan

    Open Luminiferous and move the phone around your subject — a handheld video sweep or a set of photos. Drone footage goes through the same pipeline.

  2. 02

    Refine

    On-device loop closure and depth completion clean up the geometry as you cover the space.

  3. 03

    Export

    Your capture is reconstructed into a mesh and a Gaussian splat — share a link to the live web viewer, or export OBJ, GLB, PLY, SPZ, or SOG.

Get Luminiferous

Coming soon

Downloads open when the apps launch. Luminiferous is in active development on iOS & Android — follow along as Luminiferous Scanners head to launch.

Luminiferous Scanners · iOS & Android