Applications
One visual data architecture. Multiple outcomes.
Visual data should not be locked into a single purpose.
The same hierarchical structure that improves streaming efficiency can also power medical imaging, immersive media and enable AI systems. Instead of building separate technologies for separate markets, we designed a single visual architecture that adapts across data types, networks, devices and intelligent infrastructure.
From media delivery to machine perception, the foundation remains the same. Only the outcome changes.
AI and visual intelligence
Teaching AI to see with purpose.
Most vision systems still retrieve and process entire frames, even when only small regions matter.
Our architecture enables selective access to visual information before inference begins.
This approach supports applications ranging from autonomous systems and industrial inspection to medical imaging and large-scale generative AI pipelines.
Less wasted compute.
Less latency.
Lower energy and carbon impact.
More intelligent systems, built efficiently.
Video
One video. Every network. Every device.
Video moves across an increasingly fragmented landscape. Streaming, broadcast, social platforms and next-generation television all demand different resolutions, bandwidths and device capabilities.
Traditionally this meant creating multiple versions of the same content. Our architecture changes that. By structuring video hierarchically, one format adapts efficiently across networks, devices and performance constraints, whilst ensuring state of the art compression and processing efficiency.
Immersive and spatial media
Cinematic XR built for real production pipelines
Cinematic immersive media often requires new production pipelines and specialised assets. V-Nova PresenZ takes a different approach.
Our technology works directly with existing CGI and VFX workflows, allowing studios to transform cinematic scenes and Gaussian Splats into explorable 6DoF movies without rebuilding their production ecosystem.
By structuring visual data hierarchically, immersive experiences adapt efficiently across networks and devices, making spatial media and volumetric 6DoF media practical in real-world deployment.
Industrial
Mission-critical visual infrastructure.
Industrial systems increasingly rely on visual data to automate inspection, guide robots, monitor infrastructure and support real-time operations. These environments demand high quality, low latency and efficient processing, often where compute, bandwidth or power are limited.
Our technologies optimise how visual information is compressed, transported and processed, enabling faster decisions with lower infrastructure costs.
More performance.
Less bandwidth and compute.
Greater operational efficiency.
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