Case study · Kloudspot · 09·2023 · 2 min

Digital Twins at Scale

A refinery of a process — eight disciplines, one design system, and a twin built in six weeks instead of sixteen.

A digital twin is a live, watchable model of a real place — a metro train, a factory floor, a retail hall — wired to its sensors so an operator can see occupancy, safety, and flow in one glance. Kloudspot built them for enterprises, and it built each one almost from scratch. Eight deployments were in flight at once, and instead of getting faster, delivery was getting slower.

The reasons were structural, not artistic. There was no design system, so every project rebuilt its assets. Hardware, 3D, design, and engineering each spoke their own dialect, and detail leaked at every handoff. Two designers would model near-identical assets without ever seeing each other’s work. And no two teams ran the same process, so nothing compounded.

The design system was the org chart in disguise

The fix wasn’t better-looking screens. It was a shared vocabulary. I built a modular design system — reusable components, spatial-modelling standards, and visualization patterns — and wrapped it in a cross-functional framework that put hardware, 3D, Unity, and front-end on the same cadence. FigJam rituals pulled sensor realities into the design phase early, when they were cheap to accommodate, instead of at handoff, when they weren’t.

Hardware engineers and front-end developers don’t naturally speak the same language. A modular system gave everyone the same nouns and verbs. That’s what made coordinated delivery possible.

We defined one route from empty file to shipped twin: name the teams and the goal, set direction with mockups, procure 3D assets against real floor maps and CAD, integrate the IoT devices early, revise against the 3D renders, then hand off to developers with annotated designs, prototypes, and every asset in one place. Three deliverables held it together — a design process, the design system, and a UI kit tuned for twin interfaces.

A digital twin of an RTA metro train: live per-coach occupancy read straight off the 3D model, from Free to Crowded.
A digital twin of an RTA metro train: live per-coach occupancy read straight off the 3D model, from Free to Crowded.

The turnaround for a full twin fell from more than sixteen weeks to six, without dropping quality, and the same system carried across eight-plus enterprise deployments. Over the year, new project signings rose 110% — because a practice that can promise six weeks can say yes to work a sixteen-week practice has to decline. The craft mattered, but the leverage was in the shared language underneath it.

Published 09·2023 · 375 words · 2 min