Fuselab Creative

Go, or no go? ✈︎

The second shot from Drone Forge takes us beneath the map, to the screen where every mission gets cleared or grounded.
Four checks. One readiness score. One payload hold, and the whole mission drops to 36%.
The drone comes last. The decision comes first.

Drone Forge, designed by Fuselab Creative.

Thousands of fans. Thousands of devices. One network that can’t fail.
Every live event has an invisible layer: the signals, data and connections that keep the experience running.
With Spectra, we made that layer visible. The stadium becomes a living digital twin, with heatmaps that show congestion as it forms, KPIs that update in real time, and one view across every venue.
AI connects it all. Operators can ask questions in plain language and get immediate answers about interference, alarms and peak demand, before fans notice anything.
The game is what everyone watches. The network is what we designed.
Let’s design your next intelligent product.

Nobody chose where the globe stops.
The data did.
In most product films, a designer frames the hero shot by eye. In this one, the resting position was calculated - from where the network is densest.
The planet turns exactly once, slows, and settles on the part of the world that matters most to the people using Kestrel. Then the interface builds itself around it, panel by panel.
Nothing here is a mockup. The real dashboard and the real Mapbox globe were lifted straight from the codebase and put on a stage. Every frame is a function of time - scrub anywhere, render at any size, same image. The last frame matches the first to about 1/255 per pixel.
We directed it in plain sentences. An AI agent wrote the code, rendered the stills, measured them, and came back for the next note.
Dozens of iterations. Zero keyframes.
When the product’s own content decides the composition, the shot stops being a choice and starts being an answer.
Curious what you’d direct this way.

Nobody can see inside a cell tower. Until now.

OptivionAI turns heavy telecom hardware into a photoreal digital twin - RF health, power, thermal, all live, all exactly where they belong. The AI catches the anomaly and suggests the fix before anyone climbs.

Glassmorphic panels. Golden-hour sky. Industrial hardware looking… cinematic.

Quiet when things are fine. Loud the second they’re not. This is what enterprise UX should feel like.

Have a complex product that needs to feel simple? DM us!

What if the infrastructure itself became the interface?
Traditional dashboards tell you what's happening. But what if you could see exactly where it's happening?
For OptivionAI, we explored a different approach to telecom infrastructure monitoring.

Imagine an operator receives an alert about a network anomaly. Instead of switching between multiple dashboards, they can explore a 3D model and pinpoint the affected equipment.

The interface brings together three key layers:

Physical infrastructure: component locations and connections.
Real-time diagnostics: live network status and anomalies.
Contextual information: relevant data for faster troubleshooting.

The goal? Move seamlessly from a complete site overview to individual components, with every data point connected to its physical context.

Now we're curious: What's the biggest challenge you've encountered when working with complex dashboards?