Our services
Capture, model, analyze, and manage existing and future conditions using accurate, field-verified data.
3D Laser Scanning
High-accuracy field capture of existing conditions using terrestrial laser scanning to produce dense, reliable point cloud data.
2D As-Built Drawings
Accurate 2D documentation generated from verified scan data to support design, permitting, construction, and facility records.
3D As-Built & Design Modeling
Engineering-ready 3D models representing existing conditions and proposed changes, suitable for planning, coordination, and visualization.
BIM Coordination
Coordinate new and existing models within a shared BIM environment to resolve spatial conflicts, validate layouts, and support multidisciplinary design coordination.
Scan-Based Analysis & Verification
Use scan data to perform clash detection, deviation analysis, clearance checks, and installed-versus-design comparisons to reduce risk before work begins.
Fabrication & Installation Verification
Verify fabricated components and installed equipment against design intent using scan-based inspection and comparison.
Reverse Engineering
Recreate accurate digital models of existing components, systems, or equipment when original design data is missing or outdated.
Management of Change (MOC) Support
Maintain accurate, up-to-date facility documentation as assets are modified, replaced, or upgraded over time.
Why teams trust AsBuilt
Clear, reliable existing-condition data is the foundation for confident planning, coordination, and execution.
Eliminate guesswork on site conditions
Accurate, field-verified data replaces assumptions and outdated drawings, giving teams confidence in layouts, clearances, and existing conditions before design or construction begins.
Compress project timelines significantly
By starting with accurate existing-condition data, teams reduce rework, minimize site revisits, and move through planning and execution with fewer delays.
Seamless workflow with your tools
Our deliverables integrate into your existing CAD, BIM, and engineering workflows—supporting common platforms and formats without forcing changes to your process.
Engineering-backed scanning operations
Our scanning and modeling work is guided by engineering context and project intent, ensuring the data captured supports real design, coordination, and construction decisions.
Build confidence before work begins
Start with accurate, field-verified data that supports real project decisions.
What you receive
Each project includes documented, verified outputs ready for use in your workflow.
Registered point cloud data
High-resolution, georeferenced point cloud data captured on site and delivered in standard formats compatible with common engineering and BIM tools.
CAD and BIM models
Dimensionally accurate 2D and 3D models created from verified scan data to support design, coordination, and planning activities.
Technical validation and QA
All deliverables are reviewed against site conditions and project requirements to ensure accuracy, consistency, and reliability before handoff.
Use cases across complex facilities
Accurate existing-condition data supports documentation, planning, and ongoing facility management across a wide range of industries and project types.
Completed project documentation
Accurately capture the as-built condition of completed work using 3D scanning and modeling—replacing manual redlines with verified, comprehensive documentation.
Planning for modifications and retrofits
Use existing-condition models and drawings to plan equipment replacements, expansions, and upgrades with confidence before work begins.
Ongoing facility management and MOC
Maintain accurate, up-to-date facility documentation to support Management of Change, operational decisions, and long-term asset planning.
Verification and validation
Compare installed conditions against design intent to identify deviations, conflicts, and risks early—before they impact schedule or cost.
Start with accurate data you can trust
Talk with our team about your facility, scope, and objectives to determine the right capture, modeling, and analysis approach.
