REAL SPACES.
NEW PERSPECTIVES.
A new way to bring your place into view. Space Scanner is exploring on-site capture with 3D Gaussian Splatting, turning real rooms, spaces and selected objects into experiences people can explore online.
MORE THAN A VIEW.
A SENSE OF THE PLACE.
Give people another way to discover a setting. These are potential applications for selected alpha projects, reviewed individually for capture and delivery suitability.
Let guests explore the room.
Hotel rooms, suites and guest spaces. Explore a richer view of the atmosphere, layout and details before someone arrives.
Potential alpha applicationBring the setting into view.
Bars, dining areas and chef’s kitchens. Present the character of a space through a planned capture while the scene is still.
Potential alpha applicationShow how the space connects.
Apartments, studios and business interiors. Help visitors explore the relationship between areas and understand the setting.
Potential alpha applicationCapture a different perspective.
Film sets, display scenes, figures and selected physical models. Suitability depends on access, scale, surface detail and the capture conditions.
Potential alpha applicationHave a different space in mind? Describe it in your enquiry. Capture requirements and suitable viewing options depend on the project.
CAPTURED IN REALITY.
EXPLORED DIGITALLY.
3D Gaussian Splatting is an evolving approach to reconstructing and rendering the appearance of a real scene from different viewpoints.
Concept illustration, not a captured scan or working viewer. An approved project example can be added as the alpha develops.
3D Gaussian Splatting.
A different way to represent a scene.
Starting with overlapping photos or video views, a reconstruction is optimised into many small 3D Gaussian elements. Together, they reproduce the scene’s appearance as the viewpoint changes.
- A real scene as the starting point.Capture the existing place, its details and its visual character.
- AI-assisted reconstruction and optimisation.A learned scene representation, prepared for the intended viewing experience.
- A focus on practical access.Optimisation and device testing are part of assessing a suitable online presentation.
FROM YOUR SPACE.
TO A SHARED EXPERIENCE.
Each alpha project starts with a suitability discussion. The scene, capture approach and viewing goals shape the work.
Review the place.
Discuss what you want to show, the location, access, scale and intended audience. Confirm whether the project fits the current alpha.
Plan & capture.
Agree on the capture area, scene preparation and timing. Capture overlapping views of the real setting while it is mostly static.
Reconstruct & refine.
Process the captured views, review the reconstruction and prepare an appropriate level of detail for the agreed presentation.
Test the experience.
Review the result and test the intended viewer on agreed devices. Confirm the delivery, access and website requirements together.
A WAY IN.
ON THE RIGHT DEVICES.
The aim is to make the finished experience accessible through a suitable viewer, with scene optimisation and compatibility reviewed for each project.
A place on your website.
Explore a shareable viewer link or website embed. The chosen platform, hosting, access controls and ongoing requirements are agreed for the pilot.
A view within reach.
Assess a scene for supported phones and tablets. Scene size, visual detail, the browser and the device all influence loading and smoothness.
A possible step inside.
Discuss the intended headset and viewing environment. VR is reviewed as a specific pilot option, subject to compatible hardware, browser and viewer support.
Capturing and processing a scene have different hardware requirements from viewing the result. Compatibility is tested for agreed target devices; this service does not promise support for every device or a full interactive VR application.
CURRENTLY IN
ALPHA DEVELOPMENT.
Space Scanner is currently under alpha development and is dedicated to selected customers and suitable pilot projects only. Features, supported devices, deliverables and turnaround are being evaluated. There are no standard packages or public prices at this stage. Your scope, any fees and delivery terms will be agreed individually in a written proposal before work begins.
These are options to explore during a pilot. Availability, technical work and any additional costs are confirmed individually.
YOUR SPACE.
LET'S EXPLORE THE FIT.
Have a room, venue, set or object in mind? Share a little context so we can review whether it is suitable for a Space Scanner alpha project.
A FEW
USEFUL ANSWERS.
What is 3D Gaussian Splatting?
3D Gaussian Splatting, or 3DGS, represents a captured scene using many small, optimised 3D Gaussian elements. From overlapping photos or video views, the reconstruction is optimised to reproduce the appearance of the scene from new viewpoints. It is an image-based 3D representation, rather than a conventional hand-built model.
Will it run on every phone or computer?
Device support is assessed for each pilot. An optimised web viewer may support compatible phones, tablets and computers, but loading time and smoothness depend on the scene size, viewer, device, browser and connection. We agree on target devices and test the proposed experience. Universal device compatibility is not promised.
Does this need a powerful PC?
Capturing and processing a scene have different requirements from viewing the finished result. The goal is to deliver an optimised viewing experience on the agreed devices. A 3DGS scene does not automatically become lightweight, and some devices or scenes may need reduced detail or another presentation approach.
Can I put the scan on my website?
Website presentation is one of the main directions being explored. A viewer link or an embedded experience may be suitable, subject to the pilot, your website platform and the chosen hosting approach. Embedding, hosting, access settings, maintenance and any recurring costs are agreed as part of the proposal.
Can people explore it in VR?
VR is a possible pilot direction, reviewed for the intended headset, browser and viewer. Web-based VR generally needs a compatible WebXR setup. A browser scene does not automatically provide a full interactive VR application; controls, navigation and any additional interaction are separate requirements.
What needs to be ready before capture?
We agree on the area or object, access, scene preparation, lighting and capture time. The capture is planned around a mostly static scene. We also agree which areas must be excluded and what is suitable to appear in the final experience. You need permission to allow capture and use of the space or object.
Is this a survey or a CAD model?
This alpha service focuses on visual presentation and exploration. Survey-grade measurements, CAD or BIM models, floor plans and engineering deliverables are outside the current scope unless separately assessed and explicitly agreed. Let us know if your project needs dimensional accuracy or other technical outputs.
What features can we discuss for a pilot?
Possible additions include guided viewpoints, information hotspots, scene labels, branded presentation and rendered stills or short camera-path clips. These are options to assess for a particular pilot, rather than a standard feature list. Availability and any extra work are confirmed individually.
Are there packages, prices or a launch date?
There are no standard packages or public prices during alpha development, and a general launch date has not been announced. Each selected project is reviewed for suitability. Scope, any fees, deliverables, timing and terms are agreed in writing before capture or production begins.
Who can take part in the alpha?
Space Scanner is currently dedicated to selected customers and suitable pilot projects. Tell us what you want to capture, where it is, how you want people to view it and your intended outcome. An enquiry starts a suitability discussion and does not guarantee acceptance or reserve a production slot.