Digital Twins for Architecture, Engineering & Construction

Before a single line is drawn, you need to know exactly what you're working with.

Traditional measured surveys are expensive, slow, and rarely capture the full picture. A TWINFLOW scan of an existing building or site gives your design team a complete, accurate 3D record they can interrogate remotely — at any point in the project — without ever returning to site.

Every space is measurable. Every surface is visible. Floor-to-ceiling heights, corridor widths, plant room layouts — all accessible without a tape measure.

The impact:

• Eliminate repeat site visits for design information gathering

• Reduce survey costs by up to 40% versus traditional measured survey methods

• Give architects and engineers remote access to precise spatial data from day one

• Spot constraints and clash risks before they become expensive problems

Great design requires great spatial understanding. Digital twins give your design team a navigable reference model they can return to throughout the design process — checking dimensions, verifying spatial relationships, and sense-checking proposals against reality.

When integrated with BIM tools like Autodesk Revit or Navisworks, TWINFLOW scans can be used to validate model accuracy against the as-built condition — catching coordination errors before they reach site.

Specific use cases:

• Overlay point cloud data with BIM models to identify clashes between services and structure

• Validate existing ceiling heights, structural bays, and column positions before committing to a design

• Provide accurate floorplate data for retrofit and refurbishment projects where original drawings no longer reflect reality

• Support planning submissions with photorealistic site context models

The impact:

• Clash detection at design stage costs 10–100x less to resolve than the same issue discovered on site

• Reduce design team requests for information (RFIs) caused by inaccurate existing conditions data

• Improve design confidence and reduce abortive work

Once build starts, keeping track of what's been done — and whether it's been done correctly — is a full-time job.

TWINFLOW implements a programme of regular 3D scans at agreed project milestones, creating a timestamped visual record of construction progress. Project managers, clients, and remote stakeholders can walk the site virtually at any time, without needing to be present in person.

Each scan becomes a permanent, navigable snapshot in time. Compare scans side by side. Verify that work matches approved drawings. Flag deviations before they're buried behind the next layer of finishes.

Specific use cases:

• Monthly or phase-by-phase progress scans for client reporting

• Documentation of concealed works (MEP routes, structural fixings, underfloor services) before they are covered up — critical for future maintenance and insurance purposes

• Remote progress reviews for clients, consultants, and stakeholders who can't visit site regularly

• Visual audit trail to support interim payment applications and milestone sign-offs

The impact:

• Cut non-productive site visits by up to 50% through remote access for off-site stakeholders

• Build a permanent, legally defensible record of construction progress

• Identify construction deviations up to 2–3 weeks earlier than traditional inspection processes

Defects found late cost more to fix. It's that simple.

TWINFLOW digital twins enable structured, location-linked QA/QC workflows directly within the 3D model. Issues can be logged, photographed, and assigned — all tagged to their precise spatial location. No more deciphering vague snagging descriptions like "second floor, near the east staircase."

Your site team walks the floor with a tablet. Issues get pinned directly inside the twin. The contractor gets an exact, navigable location. Sign-off is tracked in the same system.

Specific use cases:

• Structured snagging and defect management within a navigable 3D model

• Photo and annotation tagging at precise locations for clear contractor instruction

• Pre-handover sign-off walkthroughs for client teams to review and approve remotely

• Defects liability period documentation — providing timestamped evidence of asset condition at practical completion

The impact:

• Reduce snagging resolution time through precise, unambiguous defect location data

• Improve first-fix rates by giving contractors clearer, spatially-accurate instructions

• Protect against post-handover disputes with a complete condition record at practical completion

Digital twins don't exist in isolation. They connect directly to the tools your teams already use.

TWINFLOW scans integrate with leading AEC platforms — including Autodesk Revit, Navisworks, AutoCAD, and Procore — allowing you to bring 3D spatial context into your existing project management and design workflows without switching platforms.

Point cloud data, floor plans, and dimensioned exports can be generated directly from the twin, reducing the manual effort of translating site surveys into usable CAD geometry.

Specific use cases:

• Export accurate floor plans and section cuts for import into CAD/BIM software

• Generate point cloud data for Revit model creation and validation

• Embed digital twins within Procore projects for construction progress tracking

• Use scan data to populate or verify asset registers and facility management databases at handover

The impact:

• Eliminate manual re-drawing of as-built conditions

• Reduce modelling time from existing surveys by up to 60%

• Improve BIM model accuracy and reduce co-ordination errors on site

What gets handed over at the end of a project is often shockingly incomplete. PDFs, zipped folders, and paper O&M manuals don't tell you where the isolation valve is or what's hidden inside that ceiling void.

A TWINFLOW handover package gives the facilities and asset management team something they can actually use — a photo-realistic, navigable 3D record of the completed building with documentation, equipment data, and maintenance information linked directly to location.

This isn't a document library. It's a living spatial interface for the building.

Specific use cases:

• Deliver a fully navigable as-built digital twin as part of the contractual handover package

• Attach O&M documentation, equipment datasheets, and warranties directly to assets within the model

• Provide incoming FM teams with a complete, spatially-accurate record of the building — from day one of occupation

• Establish a baseline model for ongoing facilities management, future refurbishment planning, and capital works

The impact:

• Reduce FM team onboarding time with intuitive, visual building documentation

• Eliminate the common scenario where as-built information is lost, incomplete, or out of date within 12 months of handover

• Create the foundation for an ongoing asset management digital twin — delivering value far beyond the construction programme itself