Validation against the target
Plan checks for expected channels, ranges, sizes, and packing conventions before an asset enters the destination pipeline.
MRGI SURFACE / 3D MATERIALS & TEXTURE PAINTING
COMING SOONPaint materials.
Shape how surfaces look.
Build and paint materials for 3D objects using texture layers and PBR maps. Inspect surface properties and prepare target-specific material packages.
For material artists and technical teams producing assets for interactive worlds.
Try the interactive demo Browse all 15 appsMEET THE WORKSPACE
A closer look at Surface.
A 3D material workspace with a shaded object, a material library, paint layers, and the texture maps that define surface appearance.
Proposed design with synthetic content. This is not a released application; features and appearance may change.
EXPLORE THE IDEA / HANDS ON
Inspect a material under changing light.
Adjust roughness, metalness, lighting, and model shape in a live Three.js scene. Inspect the recipe values beside the result.
INTERACTIVE 3D / THREE.JSA small example.
A small example.
A closer look.
Adjust roughness, metalness, lighting, and model shape in a live Three.js scene. Inspect the recipe values beside the result.
Synthetic inputs. Local computation. No uploads.The geometry and lighting are generated locally. This is a small material viewer, not TextureCraft painting, GPU baking, or a certified engine export.
Read the full Surface workflow guideExplore the future interface design
Inside MRGI Surface
INTERFACE CONCEPTSTUDIO LIGHT / CONCEPT RENDER
Base color
Roughness
Normal
PROPOSED AUTOMATION RECIPE
From input to
a considered handoff.
Pair materials with Construct asset references and include validation reports in an Evidence packet.
- 01Create
Build and inspect the material layers.
- 02Validate
Check maps against the destination requirements.
- 03Handoff
Export the package and its validation record.
Original interface mockup with synthetic content. This is a design concept, not a screenshot of a released application. Switch views to explore the proposed workflow.
01 / THE WORK BEHIND THE WORK
Reproducible material packages with target-specific validation.
A material that looks right in one viewport can fail in the next engine. Surface is being designed to make packing conventions, target expectations, and validation results part of the material handoff.
Where it stands
The source foundation is imported. Validation adapters and game-engine/WebXR acceptance testing are planned; target compatibility is not yet guaranteed.
02 / THE PLANNED TOOLKIT
Built around
your real work.
The intended Surface experience.
Feature availability will be confirmed before release.
- 01
Paint layered PBR materials
- 02
Prepare and inspect texture maps
- 03
Review baking and packing settings
- 04
Define target-specific export recipes
- 05
Validate material package structure
- 06
Record export inputs and findings
A CLOSER LOOK / FEATURE DESIGN
How Surface
is intended to work.
Explore the behavior behind the feature names: what the product would do, and what the reviewer would still need to decide.
01Target-aware material definition
02Preflight before handoff
03Reproducible material release
THE END-TO-END WALKTHROUGH
Explore the detailed workflow ↗Prepare a ceramic material for an interactive scene
Make the target assumptions explicit and distinguish material appearance from package validity.
03 / THE MRGI DIRECTION
Where we’re taking Surface.
Three product-specific priorities shaping the proposed MRGI experience.
An export recipe you can repeat
Keep the material version and target settings together, making reruns and issue diagnosis easier across teams.
QA results with the package
Include the validation findings alongside exported maps so downstream artists understand what was checked and what still needs review.
These are development goals, not claims of shipped features or market exclusivity. AI, local operation, and automation are shared foundations—not the entire product distinction.
04 / BETTER CONNECTED
A next step
for every good idea.
Pair materials with Construct asset references and include validation reports in an Evidence packet.
- 01
Create
Build and inspect the material layers.
- 02
Validate
Check maps against the destination requirements.
- 03
Handoff
Export the package and its validation record.
Assistance with a defined role.
Proposed assistance can flag inconsistent maps or suggest material adjustments. Target validation and visual acceptance remain separate review steps.
Cross-app access is planned around selected resources and explicit consent. Ordinary local editing should not require uploading your files.
CONCEPT PREVIEWCOMING SOON
2D & 3D CAD
MRGI Construct
Create technical drawings and 3D designs with dimensions and constraints. Connect reviewed design revisions to parts lists, estimates, and production checks.
- Create technical drawings and 3D designs
- Inspect dimensions, constraints, and parts
- Review bills of materials and design changes
CONCEPT PREVIEWCOMING SOON
Photo & image editing
MRGI Pixel
Crop and retouch photos, combine layers and masks, and adjust color and lighting. Prepare consistent image variations for campaigns and publishing.
- Crop, retouch, and adjust photographs
- Combine image layers and masks
- Produce variations for different placements
CONCEPT PREVIEWCOMING SOON
PDF editing & review
MRGI Evidence
Read, annotate, organize, and redact PDFs. Assemble reviewed documents and their sources into a verifiable evidence packet.
- Annotate and organize PDF pages
- Review redactions and supporting sources
- Assemble evidence and distribution packets
BUILT ON OPEN-SOURCE FOUNDATIONS
Layered PBR painting, GPU baking, and packed engine export templates exist in TextureCraft. Reproducible QA evidence is the proposed MRGI extension. Read the source credits ↗
MRGI SURFACE / COMING SOON
A new way forward.
Taking shape.
Explore the suite today. Availability and pricing will follow.
Visit your Cyberplexs account ↗Existing identity portal · No app access yetExplore planned memberships ↗