Question one
YesCan AI actually do this work?
Eight public cases sit behind this workflow, across contractors, developers and industrial clients in the UK, Europe, the United States and Japan.
38thMove · Workflow
Using cameras, drones and AI to record what has actually been built, compare it against the plan, and catch problems while they are still cheap to fix. This is one of the better-evidenced workflows in the library: named firms are using it in live operations, and the gains they report are large enough to be worth testing.
Start here
Question one
YesEight public cases sit behind this workflow, across contractors, developers and industrial clients in the UK, Europe, the United States and Japan.
Question two
5 of 8Five of the eight cases are in operational or scaled use rather than trials, including NCC, Mace, Vinci, Hensel Phelps and Intel.
Question three
Six figuresThe largest single claim is $342,000 of labour on one airport project. Others report saved hours or reduced rework cost. They measure different things, so each is named and attributed below.
The evidence
These are the headline figures from the public sources, shown with who said them. They are not audited results, and they are not a forecast for your projects. They show that the work is in live use across several named firms and producing results worth measuring.
Hensel Phelps · Track3D
$342kReported alongside 2,964 hours and three major reworks avoided at San Francisco International. The figures come from the technology supplier, not an audit.
NCC · Buildots
70%Reported with a claim that 2.3 times more tasks were completed on time. Supplier-published.
Mace · Buildots
4,200Attributed to automated progress reports. Supplier-published, and the project is not named.
Vinci Construction UK · OpenSpace
6,000A supplier estimate, across 45 live Vinci projects. The breadth of use is the more reliable signal here.
Kajima · drone and AI
75%One task on one named project, reduced from about two hours to 30 minutes. Confirmed by the contractor rather than a supplier.
Intel · Buildots
4.3%The only figure here tied directly to construction cost rather than time. Supplier-published.
Seven of the eight cases rely on figures published by the technology supplier. That does not make them wrong, but it does mean no independent party has checked the calculation, the baseline or the cost of implementation.
The honest part
The figures above were produced on different projects, with different baselines, measuring different things. A saving on an airport fit-out tells you very little about a housing scheme. Almost none of them disclose what the technology cost to put in, so a reported saving is rarely a net benefit.
So the evidence should be used for what it supports: that this work can be done with AI, that serious firms are using it in live operations, and that the reported improvements are large enough to justify testing. What it cannot do is tell you what you will get. Only your own project can do that.
What to do about it
The evidence gives you enough confidence to start. A short, well-designed test gives you the number you can actually take to a board.
None of that is complicated. Doing it properly is a discipline rather than an instinct, though, and it is where most organisations quietly lose the benefit.
Where I come in
This page is the public read of the evidence. What I do is advise the senior people making these calls. I will not run your test or sit in your delivery team — you have people for that, and they will do it better than an outsider. What I bring is an independent view before you commit, and someone to argue with while you are doing it.
The conversations usually cover: