Build on the scene you already have
Reuse retained geometry and scene state when preparing a compatible view, with an evaluation focused on the changes your application makes.
← All eight technologiesBring the scene to life.
RETAINED SCENES · SELECTIVE RECONSTRUCTION
Bring the scene to life.
Build on what stays useful.
HoloRenderer is designed to reuse compatible scene information and reconstruct the view affected by a supported change. Explore detailed ships, animated creatures and lighting in BBF’s existing demonstrations, then discuss a comparison with your own rendering pipeline.
Scene and rendering demonstrations · target-engine evaluation by agreement
UK application GB2625573.7 · Pending · Filed 27 October 2026
05 / GRAPHICS
HoloRendererSCENE · DETAIL · LIGHTWATCH THE INTRODUCTION
HoloRenderer.
A closer look.
Product chapter from the BBF portfolio introduction.
00:02:45–00:03:08 in the eight-technology introduction · Narrated by Aeternum. Read the portfolio transcript →
This scene preview stops at the end of the selected chapter. Open the video library to watch from a scene onwards.
WHY IT MATTERS
Rich scenes.
Focused updates.
Give detail room to shine
Explore close-up geometry, material variation and lighting in detailed interactive scenes.
Judge the complete picture
Compare the finished image, preparation time and rendering cost together on your target hardware.
HOW YOU COULD USE IT
A design change, seen clearly.
A designer changes part of a scene or its lighting. Retained content provides the starting point for the next view, while the updated geometry, materials and finished image can be inspected together.
- 01Retain the agreed scene and dependencies.
- 02Apply a scoped geometry or state change.
- 03Reconstruct the required view.
- 04Inspect detail, lighting and complete output.
PORTFOLIO INTRODUCTION
See how the
technologies fit together.
Discover how our eight technologies address AI workflows, data, graphics, interactive worlds and learning.
BUILT WITH BBF
Detailed scenes. Interactive worlds.
These BBF demonstrations show the visual direction: detailed 3D objects, animated creatures, space environments and playable action.
Detailed ships, varied creatures and an animated space environment show the visual side of BBF’s world-building and rendering work.
A playable scene brings animated creatures, route effects and combat together. Request a private walkthrough to explore the software behind the visuals.
WHAT THE WORK SHOWS
A result you can inspect.
A related five-run browser study containing 100,000 entities produced matching visual fingerprints across the compared routes. That fixture is separate from a direct HoloRenderer performance comparison. Its 81-byte active-route record excludes the resident runtime and scene rules; the optimised procedural Three.js comparison used 93 bytes and was slightly faster on its narrow draw proxy.
PUT IT TO WORK
Start with your application.
Bring a scene with local edits, motion or lighting changes. A targeted evaluation can compare the complete image, update latency, memory and full rendering cost against full redraw and a strong incremental renderer on the same hardware.
Study details and comparisons ↓TEST RESULTS & TECHNICAL NOTES
Explore the measurements.
Review the recorded tests, comparison methods and application-specific evaluation questions.
View recorded results and comparison details
| Related Brave browser fixture | Recorded result |
|---|---|
| Scale / repetitions | 100,000 entities / 5 runs |
| Visual fingerprints | Matched across compared routes |
| Native active-route state | 81 bytes |
| Optimized procedural Three.js active-route state | 93 bytes |
| Narrow draw proxy | Optimized Three.js was slightly faster |
This browser fixture is adjacent evidence, not a direct Renderer13 throughput test. The films show existing scenes and detail; a matched target-engine study must assess complete frame work, memory, fidelity and cost.
A full redraw and a strong conventional incremental renderer are the relevant next target-application comparisons. The target-engine evaluation measures complete frames, image fidelity, memory and latency on the same hardware.
REQUEST A DEMO OR PAID EVALUATION
Let’s work on
your application.
Bring an animated scene and your normal rendering pipeline. We’ll scope a paid evaluation around image quality, scene updates and the complete rendering cost on the same target hardware.