BEYOND BRUTE FORCE SYSTEMSGB2625573.7 · PENDING01 / 12
THE CHALLENGE
A small edit can change the whole view.
An opening, a camera move or a lighting change can reveal new detail. The useful result is the complete image your user sees.
HoloRenderer
BEYOND BRUTE FORCE SYSTEMSGB2625573.7 · PENDING02 / 12
THE OPPORTUNITY
Focus the update. Check the complete view.
For supported scene changes, the design aims to focus reconstruction on affected content and check the full result before accepting it.
HoloRenderer
BEYOND BRUTE FORCE SYSTEMSGB2625573.7 · PENDING03 / 12
A PRACTICAL EXAMPLE
Open a doorway. Change the light.
Keep scene information that remains applicable, update the affected content and inspect the complete result for geometry, material and lighting.
HoloRenderer
BEYOND BRUTE FORCE SYSTEMSGB2625573.7 · PENDING04 / 12
THE WORKFLOW
Change the scene. Reconstruct the affected view.
Retain the agreed scene and its current dependencies.
Apply one declared geometry or lighting change.
Produce the requested complete view.
Inspect detail, membership and image against the reference.
HoloRenderer
BEYOND BRUTE FORCE SYSTEMSGB2625573.7 · PENDING05 / 12
WHY IT MATTERS
Give creative tools a focused update path.
Detailed scenes and animation
Selective reconstruction for supported changes
Retained scene context
Full-view comparison against an engine baseline
HoloRenderer
BEYOND BRUTE FORCE SYSTEMSGB2625573.7 · PENDING06 / 12
RECORDED WORK
Visible demonstrations. A defined comparison path.
Existing HoloRenderer visual prototypes include the Boundary-grown HoloRenderer detail sweep and a later stone-detail and lighting preview. The related Brave fixture compared 100,000 entities across five runs with matched visual fingerprints.
The browser fixture is adjacent evidence, not a direct throughput result for the filed Renderer13 scope.
HoloRenderer
BEYOND BRUTE FORCE SYSTEMSGB2625573.7 · PENDING07 / 12
THE EVIDENCE IN CONTEXT
Separate the active record from the complete renderer.
The related fixture used an 81-byte native active-route record against a 93-byte optimized Three.js route. The installed runtime and scene rules were excluded from those figures.
Optimized Three.js was slightly faster on the draw proxy. A target-engine comparison must include the complete frame, memory and output quality.
HoloRenderer
BEYOND BRUTE FORCE SYSTEMSGB2625573.7 · PENDING08 / 12
WHERE IT FITS
For graphics engines and 3D creation tools.
Game and engine teams
Visualisation and design tools
Changing digital-twin scenes
HoloRenderer
BEYOND BRUTE FORCE SYSTEMSGB2625573.7 · PENDING09 / 12
THE EIGHT-TECHNOLOGY PORTFOLIO
A distinct role in a wider system.
HoloRenderer makes the view from a retained scene. World provides changing world-state context; Seed State OS has separate retained-update measurements. None of those adjacent results is automatically Renderer13 performance.
HoloRenderer
BEYOND BRUTE FORCE SYSTEMSGB2625573.7 · PENDING10 / 12
YOUR EVALUATION
Bring a real workload. Agree the complete comparison.
Bring an animated scene, your normal rendering pipeline and a target hardware profile.
Choose one changing scene and a strong full-redraw and incremental baseline.
Freeze image quality, target hardware and update sequence.
Include preparation, old and new visible regions, full image checks and memory.
HoloRenderer
BEYOND BRUTE FORCE SYSTEMSGB2625573.7 · PENDING11 / 12
THE NEXT STEP
Explore the technology. Start a conversation.
Watch the available explainer, review the recorded work and contact Beyond Brute Force Systems Limited. Evaluation scope and licensing are agreed by email.
HoloRenderer
BEYOND BRUTE FORCE SYSTEMSGB2625573.7 · PENDING12 / 12
Slide 1 of 12
Use the buttons or focus the presentation and use the left and right arrow keys.
Explore detailed views, scene changes and lighting while making retained scene information useful again.
2. A small edit can change the whole view.
An opening, a camera move or a lighting change can reveal new detail. The useful result is the complete image your user sees.
3. Focus the update. Check the complete view.
For supported scene changes, the design aims to focus reconstruction on affected content and check the full result before accepting it.
4. Open a doorway. Change the light.
Keep scene information that remains applicable, update the affected content and inspect the complete result for geometry, material and lighting.
5. Change the scene. Reconstruct the affected view.
Retain the agreed scene and its current dependencies.
Apply one declared geometry or lighting change.
Produce the requested complete view.
Inspect detail, membership and image against the reference.
6. Give creative tools a focused update path.
Detailed scenes and animation
Selective reconstruction for supported changes
Retained scene context
Full-view comparison against an engine baseline
7. Visible demonstrations. A defined comparison path.
Existing HoloRenderer visual prototypes include the Boundary-grown HoloRenderer detail sweep and a later stone-detail and lighting preview. The related Brave fixture compared 100,000 entities across five runs with matched visual fingerprints.
The browser fixture is adjacent evidence, not a direct throughput result for the filed Renderer13 scope.
8. Separate the active record from the complete renderer.
The related fixture used an 81-byte native active-route record against a 93-byte optimized Three.js route. The installed runtime and scene rules were excluded from those figures.
Optimized Three.js was slightly faster on the draw proxy. A target-engine comparison must include the complete frame, memory and output quality.
9. For graphics engines and 3D creation tools.
Game and engine teams
Visualisation and design tools
Changing digital-twin scenes
10. A distinct role in a wider system.
HoloRenderer makes the view from a retained scene. World provides changing world-state context; Seed State OS has separate retained-update measurements. None of those adjacent results is automatically Renderer13 performance.
11. Bring a real workload. Agree the complete comparison.
Bring an animated scene, your normal rendering pipeline and a target hardware profile.
Choose one changing scene and a strong full-redraw and incremental baseline.
Freeze image quality, target hardware and update sequence.
Include preparation, old and new visible regions, full image checks and memory.
12. Explore the technology. Start a conversation.
Watch the available explainer, review the recorded work and contact Beyond Brute Force Systems Limited. Evaluation scope and licensing are agreed by email.
