$ twinton build --project clinic

loading structural model

twinton build
Medical-Dental Clinic2 storeys · steel frame · 5 discipline models · … elements
live twin schedule simulated
Price
DAY 1/120
installedtodayplannedclash

]01[ the problem

The model knows every beam. The site works from last week's PDF.

A contractor on a clinic like this one gets five models from five consultants. Structural, HVAC, plumbing and electrical each know their own systems. Nobody on site sees all five on the day's plan, so the ductwork arrives and meets a steel beam, the ceiling closes before the inspector has seen above it, and the foreman calls the project manager to ask what is next.

182candidate clashes this page found in the real consultant models, most of them rectangular ducts passing through W460 beams at level 2
15,896elements across structure, architecture, HVAC, plumbing and electrical, each with its storey and a place in the schedule
6role apps on one twin: site manager, structural, HVAC, plumbing, electrical, inspector. Each sees only its own work

]02[ the product

Twinton Build: one live twin of the building, an app for each engineer

What the site manager gets

The building as it stands today, what every crew is doing, the two-week lookahead and the clashes that will block a crew before they block it. The schedule drives the model, so a slipped task shows as a gap in the building.

What each engineer gets

On a phone: today's step, the elements to install with their IFC ids, a checklist that knows the quantities, the clashes on their own systems and who they clash with. Tap an element on the twin and it says what it is, when it goes in and who signs it off.

What the inspector gets

Hold points tied to the elements they cover: footing rebar before the pour, fire-rated walls before boarding, the space above the ceiling before the tiles go in. A hold point that has not passed stops the next task.

How it connects

We load your IFC files and your schedule (MS Project, Primavera P6 or a spreadsheet), map each task to its elements and publish the twin to your team. Progress comes back from the apps, site cameras or a weekly scan and is written onto the same elements.

]03[ what is real on this page

RealSimulated
The building: buildingSMART's Medical-Dental Clinic, a real two-storey clinic modelled in Revit, five discipline IFC files, CC BY 4.0The schedule: 16 tasks over 120 working days from 5 October 2026, set by us to show the method
Every element's class, name, storey and IFC express id, read from the filesWhich day each element goes in (spread along the building inside its task)
The 182 candidate clashes: bounding boxes of two disciplines overlapping by at least 40 mm on every axis, computed from the geometryClash status, crews, names and checklist ticks. Ticks are kept in your browser only
The quantities in each checklist, counted from the modelHold point results

A bounding-box clash is a candidate, not a verdict: a duct can pass through an open-web joist or a planned beam penetration. On a project a coordinator confirms each one; the twin tracks the confirmation.

]04[ price

Priced per project, by floor area

PILOT

€18,000

One live project up to 10,000 m², twelve weeks. We load your models and schedule, run the clash sweep every week and put the apps in the hands of up to 40 people on site.

PROJECT

€3 / m²

Per project for its whole build, minimum €25,000. A 20,000 m² hospital wing is €60,000, less than one week of a ten-person crew standing still.

COMPANY

from €180,000 / yr

Every project the company runs, your own templates for checklists and hold points, and the twin handed over to the building owner at the end.

Euro excluding VAT. The pilot fee is credited against the first project licence.

]05[ your building

Send us one project and we build its twin

Tell us the project and what you would share: IFC files, the schedule, the number of people on site. We answer within one working day with what the pilot would cover.

What you send is stored so we can reply; see privacy.