General Construction / Heritage
OVERVIEW
Verify Every Pour. Trust Every Measurement
Construction projects fail on measurement. A slab that’s 30mm off, a column slightly out of plumb, MEP rough-ins that don’t match the drawings is by the time the next trade arrives, the window to fix it cheaply has already closed.
VB Terrascan works across heritage conservation, institutional buildings, high-rise residential towers, and heavy civil projects. At every stage of the build, we run FARO laser scans to verify what’s actually been constructed against what was designed. Slab by slab, floor by floor.
The point cloud data gets compared directly to the BIM model. If there’s a structural deviation, you know before the next pour. Not after. That’s the difference between a straightforward correction and a costly remediation job.
Project managers and clients also get a progress tracking digital twin that reflects real construction status. Not what the program says. What’s actually there.
OVERVIEW
How We Deliver Construction Industry Excellence
Precision Site Surveying & 3D Laser Scanning
We capture as-built conditions at every stage of construction. Slab by slab, floor by floor. Deviations against the design model get flagged before they turn into something that needs remediating.
As-Built Documentation & CAD Deliverables
As-built drawings and deviation reports are delivered throughout the build, not just at handover. Consultants, contractors, and authorities all get a construction record they can actually rely on.
BIM & Construction Modeling
We compare point cloud data directly against the BIM model to show where structural, MEP, and architectural systems sit relative to design intent. Every trade knows where they stand. Programmes stay on track.
Digital Twin & Progress Tracking
Project managers and clients can see real build progress, deviation status, and programme health from any device. The picture updates as construction moves forward, so decisions are based on what's actually there.
Singapore Towers
Landmark Documentation
- Scanner Leased
- Scan-to-BIM
- Digital Twin
TECHNOLOGY
Technology That Powers Precision
3D Laser Scanning
BIM Integration & Clash Detection
Digital Twin Solutions
CAD & Engineering Documentation
Progress Tracking & Deviation Analysis
Gallery
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.