PluraFusionCapture
Reality in
- Photos to TwinPhotographs and video to a dense cloud, a textured mesh and splats
- Scans to CloudScanner stations registered into one placed cloud
- Clean upSelect, delete, thin and repair clouds, meshes and splats
PluraFusionpublic beta · spring 2027
Every kind of 3D reality. One scene.
Capture it, survey it, design on it, present it and share it — in one application on your own machine, with the next job always one click away.
What it doesone application
From the first photographto the last deliverable.
Twelve workspaces in one application, each showing only what its job needs — and every one of them working on the same scene, so the next job is always one click away.
- Point clouds
- Meshes
- Gaussian splats
- CAD
- BIM
- Photographs and film
- World tiles
- GIS vectors
Measure
Numbers out
- SurveyTerrain, contours, sections, volumes and the report
- ClassifyEvery point given a class, by a model you train
- SiteMeasure, compare and align real places on the map
Make
Models on reality
- DesignExact solids, assemblies, simulation, toolpaths
- 2D DraftingDraw, dimension and edit DXF and DWG
- BIMStoreys, plans and elements, out as IFC
- Scan to BIMA scan becomes a checked building model
Show
To everyone else
- ViewingOrbit, measure and section anything
- PresentationRay-traced films, live tours and a kiosk
- StereoTrue 3D on the desk, built into the renderer
- ShareA browser link, a site network, working together
Every action is a command you can search for — over twelve hundred of them →
FusionCorethe engine underneath
Built from the ground upto be fast with anything.
FusionCore is the engine every workspace runs on: one renderer, one streaming system, one set of readers and one compute layer — written for this application, on Vulkan, for NVIDIA and AMD alike.
01Render
Ray-traced light, for both eyes, in one pass.
- Hardware ray tracing with ReSTIR global illumination, sun shadows and reflections
- Every pass drawn for both eyes at once — stereo costs one traversal, not two renders
- Physical sky, volumetric clouds and fog; DLSS and FSR upscaling
02Stream
Bigger than your memory, drawn now.
- Billions of points paged from disk under a fixed time slice, so loading never stalls a frame
- Huge meshes as a level-of-detail tree, the cut chosen on the graphics card every frame
- The detail follows the measured frame time on your card — fluid while you move, sharper when you stop
03Read
The file you were sent, opened as itself.
- Readers for scans, meshes, splats, CAD, BIM and GIS — no converter in between
- FARO and Z+F scans without their SDKs; Inventor, Parasolid, ACIS and Rhino without those programs
- What a file already holds — its level-of-detail tree, its coordinates — is kept, not thrown away
04Compute
Every card in the machine, at work.
- Points drawn by a compute rasteriser; splats sorted and drawn in tiles on the GPU
- Dense matching, splat training and classification run on the graphics card
- Two cards in one machine both work; no CUDA, so AMD is not an afterthought
Formatsin and out
76 formats in.34 out.
Scans, meshes, splats, CAD, BIM, city layers, terrain, GIS and photographs — opened as they are, and written back in the format the next person needs.
Go deepera page for every job
Six ways in,one scene behind them.
Each drawing below is made from the real thing: the drone's actual flight, the mountain's measured heights, the bracket's dimensions.
02Photos to Twin
Photos to a measured twin
Drone flights, video and laser scans to a dense cloud, a mesh and Gaussian splats — in a real coordinate system.
capture.solve · capture.train
03Geo
Every survey deliverable
Terrain, contours, sections, volumes, classes you train yourself, and linework drawn on the cloud — each with its accuracy stated.
cloud.contours · classify.run
04Design
Design on reality
Exact solids with their history, drawings and DWG, stress and heat, toolpaths and printing — beside the scan it has to fit.
cad.fea · cad.drawing.auto
05Present
Films and live tours
Light it, keyframe the camera, add cards and hotspots, render with ray tracing — from the data itself.
present.keyframe.add · present.export_video
06Share
One link for everyone else
A web package any server can host, a site network with no internet, and — as the service opens — working on it together.
file.export_web_package · share.on_network
07Stereo
True 3D on the desk
Stereo built into the renderer — quad-buffer, passive panels, side by side — free in the Viewer, with Schneider Digital.
view.stereo.interleaved_rows
Gallerycaptured in the application
Splats, scansand light.
A quarry hill turned into splats from drone photographs, a stadium's lidar sorted by class, a bistro and a chess set in low sun — all of it in the same application.
WorkspacesThe applicationPluraFusion 0.12 · window captures
The application,as it is.
Each workspace shows only what its job needs — click through them. These are the application's own windows, not drawings of them.
CompareNormal here, rare elsewhereevery figure dated
What you would expect.What others leave out.
Huge files on the machine you have, any graphics card, the file you were sent opened as itself — and the numbers to show for it.
Out of coreBillions of points and huge meshes stream from disk a page at a time — the file is bounded by your disk, not your memoryon the machine you have
NVIDIA · AMDthrough Vulkan, no CUDA — Gaussian splats included, where Postshot needs NVIDIAcross-vendor by design
SLPKEsri scene layers opened — and written by the application itselfI3S read and write
€1,490a year for every survey deliverable, against $4,500–5,100 for the tools surveyors use todaylist prices, 30 Oct 2026 · ours draft
EditionsEditionsper seat · excl. VAT · draft
One price list.Start free.
Editions nest and are named after jobs, so a hand-off is never cut in half. Founding members get 40 % off the first year.
BetaTransmittalclosed beta · public beta · launch
Help usfinish it.
Everyone who joins gets 30 days of Ultimate. Run a test mission on your own data and you keep it until launch — with 40 % off your first year.