Guides

• 3D Virtual Tours and Visual Digital Twins for Facility Management

  Visual digital twins connect 3D spatial data directly to structured facility records. By linking survey-grade laser scans with digitized O&M documents, facility managers can visually inspect site conditions and retrieve indexed asset data without traveling.

• ALTA/NSPS Land Title Surveys Explained

  A technical guide to ALTA/NSPS Land Title Surveys, detailing core boundary requirements, Table A optional items, field equipment, and deliverables for commercial real estate transactions.

• As-Built Documentation and 2D Drawings from Laser Scans

  Learn how to transition from a registered point cloud to reliable 2D as-built documentation. Discover which deliverables fit your workflow, from flat DWG floor plans to fully dimensioned Revit models.

• Asset-Tagged Digital Twin (LOD 500)

  A technical guide to BIMForum Level of Development (LOD) 500 digital twins, detailing how survey-grade laser scanning and AI-assisted metadata extraction connect legacy facility documents to verified 3D geometry.

• BIM for Facility Management

  Building Information Modeling (BIM) for facility management connects structural geometry with structured maintenance records. Facility teams use spatially indexed digital twins to access O&M manuals and asset data directly from a 3D model, replacing disconnected paper archives with a verifiable baseline.

• BIM LOD Levels Explained

  BIM Level of Development (LOD) levels — 100, 200, 300, 350, 400, 500 — define the geometric and informational detail of model elements at each project stage. This guide explains what each level means in practice, when each is appropriate, and how scan-to-BIM deliverables map to LOD.

• Understanding Commercial Boundary Surveys

  A commercial boundary survey establishes the exact legal perimeter of a parcel by comparing physical field evidence against recorded deed descriptions. Developers and architects rely on this verified boundary data to ensure new structures comply with local zoning setbacks and avoid encroaching on neighboring land.

• Construction Progress Monitoring Using Drone Data

  Aerial drone mapping provides verifiable site topography, earthwork volumetrics, and visual progress documentation across commercial construction sites without interrupting ground operations.

• Construction Verification Scanning

  Construction verification scanning captures active job sites at critical milestones to compare as-built conditions against the coordinated design model, preventing cascading rework.

• Plant and Industrial Facility Laser Scanning

  Survey-grade 3D laser scanning captures complex piping, structural steel, and MEP systems in active industrial environments. High-density point clouds accurate to ±2 mm provide the foundation for safe plant retrofits, equipment installation, and clash detection.

• MEP Scan-to-BIM: Coordination and As-Built Modeling

  Convert complex mechanical room laser scans into coordinated Autodesk Revit models. Prevent spatial clashes and streamline retrofit routing with field-verified 3D data.

• Orthomosaic Drone Mapping for Construction and Site Planning

  High-resolution orthomosaic maps generated from FAA Part 107 compliant drone flights. We deliver geo-referenced aerial data for earthwork volumetrics, site logistics, and construction progress tracking.

• Point Cloud to Revit: Architectural Modeling

  Converting a laser scan into an Autodesk Revit model replaces assumed dimensions with verified spatial data. Learn how point clouds translate into accurate architectural baselines for renovations.

• Scan-to-CAD: 2D Drawings for Commercial Permit Sets

  Converting 3D laser scans into 2D AutoCAD permit sets eliminates the dimensional errors that cause municipal plan-check rejections. This workflow delivers the verified floor plans and exterior elevations required for commercial tenant improvements.

• Stockpile Volumetrics and Earthwork Tracking

  Drone-based volumetric surveying captures high-density topographic data to calculate stockpile volumes, monitor site earthwork, and export precise surfaces into AutoCAD Civil 3D.

• Topographic Surveys Explained

  A topographic survey maps the physical features and elevation changes of a property. It provides the verified dimensional baseline required for civil engineering, grading plans, and architectural design.

• What Is Reality Capture?

  Reality capture translates physical environments into precise 3D digital models. Learn the core technologies, the scan-to-BIM workflow, and how accurate site data prevents construction rework.