Explore XGRIDS-powered spatial capture and 3D reconstruction workflows for buildings, facilities, and other real-world environments. Tell us what you need to document, measure, or visualize, and we'll review potential approaches, requirements, and next steps.
Every site is different. Access, environment, positioning needs, level of detail, and intended use all affect the most suitable capture and processing workflow.
Tell us what you need to document, understand, or visualize. We can review the project requirements and discuss potential approaches, whether you are planning a new capture or already have spatial data that needs further processing.
On-site work, specialized modeling, accuracy requirements, and delivery options are assessed individually before any scope is confirmed.
Share your project requirements ↗Discuss a specific stage of the workflow or submit a broader project brief. Final service availability, scope, and deliverables are confirmed after an initial review.
Explore suitable methods for documenting interiors, buildings, facilities and other physical environments. On-site capture requirements depend on location, access, schedule and project scope.
Transform captured spatial data into structured 3D assets through data registration, processing, cleanup, and reconstruction. Processing methods and outputs depend on data quality, project requirements and intended use.
Develop spatial models and technical documentation from captured and processed data. Modeling detail, drawing requirements, and deliverable formats are defined according to project scope and intended application.
Present captured environments through immersive visualizations and interactive 3D experiences. Viewing methods, levels of interactivity and delivery platforms depend on project objectives and deployment requirements.
You do not need a complete technical plan to start a conversation. Choose the closest starting point and share what you know.
Share the site location, environment, objectives, and intended use. We can review the requirements and discuss whether an on-site capture workflow may be suitable.
Already have scan data? Tell us which device or software produced it, the approximate data size, the current file types, and the output you want to explore.
Need help understanding capture methods or a possible XGRIDS-based workflow? Share your application and constraints so the options can be reviewed.
These are common application areas for reality capture and 3D reconstruction. Suitability depends on the project objectives, data requirements and agreed scope.
Explore existing-condition documentation, renovation planning, spatial coordination and 3D visualization workflows.
Create a digital spatial reference for facility documentation, equipment areas, and operational environments where suitable.
Discuss point-cloud and spatial visualization workflows. Coordinate systems, georeferencing, tolerances and survey-grade requirements must be assessed explicitly.
The application examples above are not a guarantee that every service or deliverable is available for every project. Required specifications should be reviewed before work is quoted.
A defined scope helps align project goals, responsibilities, data requirements, output formats and timing before a project is confirmed.
Share the location, site type, project goals, timeline, and any known constraints.
Review feasibility, site conditions, source data, target outputs, and required specifications.
If the project is feasible, define the proposed approach, deliverables, estimated schedule, and costs.
Confirm scope, responsibilities, access, data handoff, and scheduling before work is arranged.
Proceed with the agreed capture or data-processing work, subject to confirmed availability and scope.
Provide the agreed deliverables and review notes using the confirmed delivery method.
From spatial point clouds to 3D models, BIM workflows, and immersive visualization, deliverables are selected around your project goals, downstream tools, and intended use. Available outputs, formats, and levels of detail are confirmed for each project.
Spatial point-cloud data for measurement, documentation, and downstream modeling, with coordinate requirements and compatible file formats reviewed in advance.
Reconstructed 3D models or mesh assets developed where supported by the source data, processing workflow, and agreed level of detail.
Dimensional measurements, area or volume calculations, and spatial analysis outputs, subject to data quality, project requirements, and applicable accuracy limitations.
BIM models developed from reality-capture data where the required modeling scope, level of detail, software compatibility, and project standards can be supported.
CAD files and 2D drawing outputs, potentially including floor plans, elevations, and sections, depending on the source data and confirmed drafting requirements.
3D Gaussian Splatting (3DGS), immersive 3D visualization, or digital-twin-related outputs where compatible with the selected technology and agreed project scope.
Specify required file formats, coordinate system, accuracy or tolerance, modeling detail, software compatibility, hosting or integration needs, and target delivery date. These requirements are reviewed and confirmed individually.
Not every deliverable is included in every project. Final outputs depend on project scope, technical feasibility, available data, and confirmed service capabilities.
Different sites and deliverables call for different methods. Depending on the project, the discussion may include mobile LiDAR, SLAM-based capture, positioning workflows, point-cloud processing, or 3D reconstruction.
XGRIDS technology may be relevant for selected spatial capture and reconstruction workflows. Device selection, compatibility, and the feasibility of a particular output should be reviewed against your requirements.
Explore XGRIDS Technology ↗Tell us about your environment, intended use and desired outputs. We will review the information and follow up on feasibility and potential next steps.
A few details can help determine whether your project is a good fit and what information is needed next.
Project feasibility, on-site availability, accuracy requirements, deliverable formats, and timing are reviewed individually. Please include relevant constraints in your inquiry.
