Per point
One support, one row, one as-built.
Data-centre halls · start to finish
Nobody wants to hang 60,000 supports. Robots should.
Hole, fixing, rod or trapeze, level, write-back — whatever the pack calls for — so the next trade can run.
Concept render · Frunteer Synthetic · not a product, not a site
Early days · IFC-to-work-pack prototype in hand · looking for design partners
The job
The schedule already knows where each support belongs. We take that list and deliver the finished, documented support — hole, fixing, rod or trapeze, level, write-back. Not a leftover after someone else’s drill.
IFC in. Coordinates, kind, trade, hole, geometry.
Hole, fixing, rod or trapeze — whatever the pack requires.
An as-built slot on every row, filled when it is in.
Work pack · frunteer.workpack.v0
An IFC goes in. Each row carries coordinates, kind, trade, hole, geometry, and a place to write the as-built. This hall is a lab fixture — one example of the start-to-finish job, not the edge of it.
| Tag | Kind | Trade | X | Y | Z | Rod | Strut | Hole | Status | As-built |
|---|
Synthetic lab fixture. CSV and JSON are the same payload.
How we sell
Trade partner, not a tool on your books. The unit is the finished support, start to finish. We are still choosing how it is billed with the people who do this work — that is what a design partner is for.
One support, one row, one as-built.
The install done so the next trade can run.
Start off-site, then on a job you already have.
Who you would be talking to
Building Frunteer and the IFC-to-work-pack layer behind it. Looking for people who already install or model overhead supports and want a first partner on the path.
Open invitation
If you model or install overhead supports, I would like to hear how you do it today — start to finish — and whether a first trial together would be useful. Happy to start with a conversation.