Hi Stephen, powerpoint sucks, so I created this webpage to explain you the approach and options
Cheers,
Vladimir
Turn real sites into photorealistic, interactive 3D environments for remote expert support, technician training, site planning and spatial exploration.
We combine field-tested acquisition, calibration and high-performance processing to turn an everyday location into an interactive 3D asset.
A calibrated LiDAR and 360° camera capture geometry and imagery of the physical environment, following clear acquisition rules.
Collected data moves through a specialized reconstruction workflow, combining geometry and imagery into a detailed 3D environment.
Receive the PLY asset for visualization or integration. On request, add browser navigation, annotations and measurement tools.
From a single scan to a fully internalized workflow. Clear inputs, clear outputs, and transparent pricing.
One address in. One reconstructed environment out. No equipment, software or training required on your side.
Your team captures environments independently. We take care of reconstruction and deliver ready-to-use files.
Own the equipment, the skills and the processing workflow. Build an autonomous scanning capability in-house.
* Light: indicative 48-hour delivery for an agreed standard-size site after a completed scan, subject to dataset quality and confirmed capacity. All prices are indicative starting prices, excluding VAT, travel (where applicable), exceptional site complexity, and third-party software licensing where required. Browser visualization and custom digital-twin features are separately scoped.
Illustrative first-year package comparison. Around 5 environments per year, Optimal already becomes cheaper than repeated Light projects under these assumptions. Excludes travel, optional workstation, third-party software licences, support, and customer's internal labour.
Use real reconstructions to show the value: prepare a technician, support a remote expert, review a site, or explore a property. The slots below are ready for your PLY files.
Room scan from room.ply.
Equipment, workstations and machine clearances.
Interior environments and spatial documentation.
The value is not the scan itself. It is giving people the spatial context they need before a visit, during remote support, or when making a decision from another location.
Let technicians explore an unfamiliar facility, locate equipment and follow guided procedures before the intervention starts.
A remote specialist can understand the surrounding environment, identify assets and guide a field technician with much richer context than a video call alone.
Explore factories, production cells and technical spaces before installations, maintenance or engineering work.
Give buyers or stakeholders a realistic understanding of a property before they travel, helping physical visits focus on serious opportunities.
Attach instructions, asset information and documentation directly to locations in the scene, with geometry-backed measurements where scale is validated.
We connect LiDAR acquisition, calibrated imaging and computational reconstruction to create transferable 3D assets. Visualization runs in the viewer's browser, reducing dependency on a dedicated rendering backend for each visitor.
Light is a one-stop service: we come, scan, process, and deliver. Optimal includes your own calibrated equipment and operator training while reconstruction stays with us as a per-scene service. Max transfers the complete workflow, enabling your team to perform both capture and processing independently.
Yes, if the environment has a valid coordinate scale and geometry suitable for measurement. The viewer includes an indicative point-to-point measuring tool. Measurement accuracy depends on calibration, LiDAR data quality, registration and independent verification; a visually photorealistic Gaussian splat alone does not establish engineering-grade precision.
For a standard-scope Light project, the target is within 48 hours after the completed site scan. Larger, unusually complex, or incomplete datasets may require a separately agreed schedule. Field visits depend on availability and travel logistics.
The deliverable is a 3D file such as PLY, which can be opened in compatible software. An interactive browser viewing experience can also be built and hosted as an additional project. The sample scenes on this site illustrate that capability.
Max includes acquisition hardware, calibration know-how, training, and processing workflow handover. A suitably powerful CPU/GPU computer is needed for local processing, and can be specified or supplied separately. Software licenses and vendor usage rights must be confirmed for the intended installation.
Tell us what you want to scan, where it is and how frequently you expect to use 3D reconstruction. We'll recommend the most practical way to get started.