Geospatial evidence and structured asset records for planning, inspection and lifecycle decisions.
Frame the engineering decision before defining the capture. Marmol connects site understanding, documentation requirements and technical review within an agreed information scope.
Discuss your survey scopeReality Capture establishes an information foundation for capital projects, modifications and asset handover. Define the engineering use before selecting the acquisition method: site boundaries, spatial references, required coverage and review criteria. Marmol’s survey experience supports this field perspective. Laser scanning, as-built documentation and operational twins each require a confirmed delivery scope.
A credible survey begins with control of the capture boundary. Prioritize the assets and interfaces that matter, review access and occlusions, and establish dimensional requirements against the intended decision. Record concealed or inaccessible areas explicitly, keeping measured geometry distinct from assumptions introduced during modelling.
Survey files, point clouds, drawings and models serve different engineering purposes. Specify the format, coverage, level of detail and review criteria for each deliverable. Modelled elements retain their derivation and assumptions. A continuously updated operational twin also requires defined information connections, permissions and update responsibility.
Define the asset, the engineering priority and the decision ahead. Marmol connects field knowledge with a clear technical scope, accountable review and an evidence-led handover.
Define your project briefA reliable information handover starts with defined outputs. Agree formats, coverage, dimensional requirements and verification responsibilities before field acquisition.
Establish existing-condition geometry around a defined engineering use and survey boundary.
Registered point cloud, capture coverage and survey reference information.
Translate surveyed conditions into specified drawings and models for technical review.
Agreed 2D drawings and 3D models, with modelling detail and exclusions defined.
Connect records with agreed asset identities, locations and information ownership.
Asset register and linked imagery, drawings and documents within the agreed scope.
Define the model, evidence and information structure needed for a twin use case.
Model and data handover with agreed identifiers, formats and integration requirements.
Agree the site boundary, access, intended use and acceptance criteria.
Plan field capture around site safety, coverage and survey control.
Review registration, coverage and dimensional checks against the agreed criteria.
Develop the specified drawings, models and asset information.
Deliver the agreed files, review notes and information structure.
A 3D model records geometry. A connected asset model links agreed records. Live operational data requires a separately specified integration. These are different scopes, with different acceptance criteria.
Explore the published Wadi Dawkah update for related geospatial experience. It is not presented as a laser-scanning or operational digital-twin case study.
View the documented projectDefine the survey boundary, engineering use and acceptance requirements with Marmol.
