Heritage
OVERVIEW
Millimetre Precision for Centuries of History
Heritage structures, including monuments, temples, forts, colonial buildings, archaeological sites, and UNESCO listed assets, represent irreplaceable cultural and architectural records. Conventional survey methods cannot capture the complexity of ornate facades, irregular masonry, vaulted ceilings, and subterranean archaeology with the accuracy that conservation, restoration, and regulatory compliance demand.
VB Terrascan deploys FARO laser scanning technology across operational and protected heritage sites, capturing every surface, arch, column, and structural detail at millimetre level accuracy without physical contact or disruption to the fabric of the structure. AI processed point clouds are converted into BIM models aligned to Historic BIM (HBIM) standards, delivering georeferenced digital twins that support ASI and State Heritage Authority compliance, conservation design, and structural assessment.
OUR ROLE
How We Deliver Heritage Excellence
Non Contact 3D Laser Scanning
FARO static and terrestrial scanners capture every surface of heritage structures without physical contact, including facades, interiors, vaulted ceilings, carved stonework, and underground chambers, at millimetre level accuracy, preserving structural integrity while delivering complete digital documentation.
HBIM and Conservation Modeling
Point clouds converted into Historic BIM (HBIM) models aligned to international conservation standards, capturing as existing geometry, material conditions, and structural anomalies, ready for conservation design, authority review, and UNESCO or ASI submission.
As Built Documentation and Conservation Deliverables
Comprehensive as built drawings, elevation surveys, section profiles, and deviation maps for every element of the heritage asset, ready for ASI compliance submissions, grant applications, insurance documentation, and long term conservation records.
Digital Twin and Structural Condition Monitoring
AI integrated digital twins track structural settlement, facade deterioration, and material deformation across heritage assets over time, giving conservation architects and authority managers a live, accurate picture of structural health and intervention priorities.
TECHNOLOGY
Technology That Powers Precision
3D Laser Scanning (Non Contact Terrestrial)
Historic BIM (HBIM) Modeling
Digital Twin and Condition Monitoring
CAD and Conservation Documentation
ASI and UNESCO Regulatory Data Integration
Sectors at a Glance
Sectors We Serve
Airport digital twins consolidate airside, terminal and landside data into a live operational model. Crowd simulation, gate utilisation and infrastructure compliance checks run continuously against the as-built point cloud baseline.
FARO 3D scanning delivers millimetre-accurate as-built documentation of commercial towers, mixed-use developments, and retail complexes. AI-processed point clouds feed directly into CIM-ready BIM models for lease management, fit-out coordination, and asset handover.
Industrial parks feature modular zoning, high-bay warehouses and heavy load infrastructure. Digital twin deployment enables real-time asset monitoring, predictive maintenance scheduling and 360° facility walkthroughs without site visits.
Healthcare facilities demand as-built documentation accuracy beyond standard construction tolerances. FARO scanners capture ward layouts, operating theatres, MEP systems and cleanroom envelopes with millimetre-level accuracy, supporting HTM/NABH-compliant asset management and regulatory compliance.
Bridges, flyovers, dams, rail corridors and port facilities don’t leave much room for error. These are live assets, often under load and the survey data needs to match that reality. Manual methods are too slow, too exposed and not precise enough for environments where you can’t shut things down and wait.
SLAM-enabled terrestrial scanners navigate confined spaces while capturing 2 million points per second. AI-segmented point clouds auto-generate piping, HVAC, and structural Revit models with sub-2mm deviation.
Water infrastructure, including treatment plants, effluent plants, distribution networks, pumping stations, reservoirs, and underground pipelines, underpins urban and industrial life. Ageing assets, expansion programmes, and regulatory demands all require documentation that stays current and accurate across every kilometre of network.