Patent Pending · PCT/EP2026/058725

Navigation Reimagined.

A single curved-space view that fuses eye-level and aerial context. No mode switching, no lost orientation.

Automobile navigation hasn't really changed in 20 years.

Users constantly bounce between 3D perspective, 2D overhead, and street-level views. Every mode switch destroys spatial context. Orientation is lost. Attention is pulled from the road precisely when it matters most.

See the curved-space view in action

One view. All the context.

Orbify's patent-pending image processing system warps a 3D map model onto a curved surface, producing a single 2D image that simultaneously contains a perspective street-level view and an aerial overview, without any mode switching.

Curved-Space Warping

A proprietary warping algorithm bends the 3D model onto a curved surface. Near geometry renders in perspective; distant geometry transitions seamlessly to overhead. All in one coherent frame.

Dual Context, Zero Switching

Local context (street level) and global context (route overview, waypoints) coexist on screen at all times. The driver sees exactly where they are and where they're going, simultaneously.

Portrait-First by Design

Engineered for the tall screens dominating modern vehicles and mobile devices. Maximizes usable real estate while minimizing cognitive load and visual distraction from the road.

Drop-In SDK

Delivered as a software development kit that integrates with existing map data pipelines and rendering stacks. No proprietary map data required, works with open and licensed sources alike.

Top view for global context.
Perspective view for local context.
Route markers. Waypoints.
All at once.

The Orbify system receives position data in real time and outputs a single 2D image of the warped model centred on the user's location, continuously updated as they move.

Discuss Integration →

Why now is the right moment.

01

3D is mainstream

Game-engine-grade rendering and photogrammetry are now available at scale. The infrastructure exists to make this real.

02

Map data is open

High-fidelity geospatial data from global providers is increasingly open and standardised, removing a historic barrier.

03

HMI demand is at a peak

OEMs and Tier-1 suppliers are actively competing on in-cabin experience. Navigation UX is a key differentiator, and a clear gap in the market.

04

First-mover advantage

No existing patents on this approach have been found. Our pending European (EPO) and international (PCT) patent application establishes a defensible IP position now, ahead of the curve.

Built for industry leaders.

🚗

Automotive OEMs & Tier-1 Suppliers

Integrate Orbify's SDK into next-generation infotainment and HMI systems. Deliver a genuine navigation UX leap that differentiates your platform.

Marine Navigation

Single-view situational awareness is mission-critical at sea. Orbify's fused context view maps directly onto marine chart and navigation systems.

🗺️

Mapping & Navigation Platforms

Licence the rendering technology to power next-generation map views for consumer and enterprise navigation applications.

🛡️

Military & Defence

Situational awareness without mode switching is a tactical advantage. Orbify's architecture is adaptable to defence-grade geospatial applications.

Adjacent markets: Broadcast & TV Graphics Education XR & Gaming Tourism
Patent Pending
European and International Patent Application · PCT/EP2026/058725

A defensible IP position from day one.

Orbify's core invention — a single interface combining top view for global context, perspective view for local context, route markers, and waypoints — is the subject of a pending European and international patent application. A prior art search found no existing patents covering this approach, establishing a clear field for protection.

This intellectual property is available for licensing to qualified partners and can form the basis of exclusive integration agreements with OEMs and platform operators.

Interested in where this can go?

We are speaking with selected partners across automotive, mapping and adjacent fields. Reach out for a closer look at the technology and possible integration paths.

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