Recorded simulations · Gazebo · 1080p

Watch the control software run.

Thirty-five recorded runs of the same control software — across vehicle panels, a marine hull, tower glazing, interior lighting, EV intake and charging, a fleet handoff between geofenced cells, and a full service-centre cycle. The same software drives an industrial arm, a gantry, a mobile platform and a humanoid. Each clip captions the stage it is executing, the patent it illustrates, and what that stage means in plain terms.

A note on terminology

The claims name these operations: PPF application, vinyl wrapping, ceramic coating, window tint, custom graphic and decal application. The same materials are sold under many other names — paint protection film, paint film, clear bra, surface protection film, wrap film, solar-control and safety film — and naming varies by region and by manufacturer. If a product is an adhesive film applied from a release liner, or a coating applied to a vehicle, watercraft or building surface, the question is which of the claim's terms it falls under, not which trade name it is sold as. That is a claim-construction question to be settled with counsel on the specific product; nothing here decides it.

Narrated — synthesised speech

Every cut except the teaser carries a technical voice-over describing what the system sees, what it decides, what the robot does and what is inspected. The narration is synthesised speech, not a recorded human voice.

Simulation — not physical hardware Every frame is rendered in a physics simulator and carries a permanent watermark. These are not recordings of a real robot, real footage, or any real deployment, installation or customer. All on-screen metrics are simulated estimates produced by the model. A rendered cut shows subject matter the patents disclose; it does not indicate the capability is implemented in the software. Eight of the sixteen capabilities are not fully implemented, and humanoid panel handling has not been started — the technology page lists the status of each.

Full walkthrough — complete treatment cycle

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Licensing

What you would actually be licensing

The portfolio is four issued patents covering different ground. Licensees do not take the whole portfolio and they do not take a general-purpose product. A licence is granted for a defined field of use, and the control software is configured for the surfaces, tooling, platforms and cycle times of that field.

1 · Field of use

The application you are licensed to practise — automotive glazing and interlayers, vehicle exterior film and coatings, vehicle lighting and interiors, EV service and charging, architectural glazing, or marine. The field determines which of the four patents and which control modules are in scope.

2 · Territory and exclusivity

Defined by agreement, and exclusive, co-exclusive or non-exclusive within the field. Because the fields do not overlap, a licence in one does not foreclose the others.

3 · Configured deliverable

The modules that field actually needs, tailored to your process — not a general release that would let a licensee operate outside the field they paid for. Scope, term and support are set per agreement.

Scope, pricing and terms are set per agreement. Nothing on this page is an offer, a licence, or legal advice.

Stage → claim

What each stage demonstrates

Stage	Patent	Claim language illustrated
Part enters / leaves the cell	U.S. 12,511,598 B1	“optimize asset utilization by dynamically managing external vehicle staging areas and internal service bays”
3D surface scan	U.S. 12,643,243 B1	“a three-dimensional vision system comprising stereo cameras and laser grid projectors … to generate high-resolution digital surface models”
Surface preparation pass	U.S. 12,643,243 B1	“an automated tool magazine … holding a plurality of interchangeable tool heads” / “autonomously interprets the digital surface models, selects tool heads”
Film application	U.S. 12,643,243 B1	“controls robotic motion including dexterous manipulation … execute multi-step surface treatment operations, detects defects, and performs real-time corrective actions”
Lighting inspection / QC	U.S. 12,649,240 B1	“performing real-time quality control and corrective adjustments … said quality control findings automatically updating machine learning models”

Recorded simulations illustrating some of the claimed systems in operation.