sceneplyFLOOR PLAN
Plan: the first
layer of control.
The floor plan is already part of the design. Add annotations below to define the world model’s first layer of spatial control.
DESIGN-GUIDED WORLD GENERATION
Let clients
step inside
your design.
Turn existing design files into immersive spaces for client review.
LOADING THE ACTUAL GAUSSIAN SCENE
01 FLOOR PLANS02 MODEL VIEWS03 CAMERA PATHS04 AI RENDERS
ARCHITECTURAL INPUTS / WORLD GENERATION / CLIENT EXPERIENCEA real room. A working prototype.Scroll to discover ↓
01 / THE OPPORTUNITYBuilt around architectural practice
Give clients
a sense of space.
Help clients understand scale, atmosphere and how rooms connect—before anything is built.
01
Make design tangible
Explore a proposal from inside.
02
Reuse existing work
Start with the files your team already creates.
03
Compare the atmosphere
Review day and night in the same view.
02 / THE WORKING PROTOTYPE Available to explore
Don't just imagine it.
Step inside.
Drag the divider to compare day and night.
DAYLIGHTNIGHT
SCENE 002 / BEDROOM3D GAUSSIAN SPLAT
Enter the space
Interactive 3D · Two lighting conditions · Downloads approximately 71 MB
Preparing the space…
This space couldn't load.
You can still inspect the design workflow below.
WASD / arrows: move · Q: down · E: up
Drag to look · Right-drag to move · Scroll the page
Two generated scenes, one synchronized view. Geometry may differ; for design review, not precise measurement.
03 / WHAT SCENEPLY ADDSMore design constraints for world generation
Your design guides
the world model.
Sceneply adds constraints from your existing design files. No extra set of assets to create.
Plan: the first
MODEL VIEWS
White-model views.
The second layer.
White-model renders help clients understand a space. Across multiple views, they also provide a second layer of spatial constraints.
CAMERA PATH
Camera paths.
The third layer.
From the existing model
A camera path follows how people look through a space. It adds a third layer of guidance for a more natural viewing experience.
NANO BANANA / AI RENDERS
AI renders.
Material and atmosphere.
We use Nano Banana’s multi-view consistency to carry materials, objects and atmosphere from the main view across the space.
FOUR INPUTS. MORE CONTROL.
FLOOR PLAN What we ask designers to annotate
01 / FLOOR PLAN
Mark your design intent
on the existing plan.
We want designers to annotate the floor plan they already use. These notes make the intended spatial structure explicit, forming the first layer of conditions for the world model.
- Space and purposeLabel each room or area and its intended use.
- Boundaries and openingsIdentify key walls, doors and connections between spaces.
- What should stayMark important layout relationships and elements to preserve.
Existing plan → designer annotations → spatial constraints.
Inspect a design constraint +
THE FOUR DESIGN INPUTS ABOVE
01 / SCENEPLY
Define what guides
the generation.
Turn the plan, model views, camera path and AI renders into spatial and visual constraints.
OUTPUT: DESIGN CONDITIONS02 / THIRD-PARTY WORLD MODEL
Generate the space
with those conditions.
The world model uses Sceneply’s conditions to guide the generated 3D scene.
OUTPUT: AN EXPLORABLE SCENE03 / CLIENT REVIEW
Experience the design.
Make feedback specific.
Explore the space together to understand the design intent and discuss what should change.
Explore the room demoWe are testing layout fidelity and consistency across views. Design conditions guide generation; exact geometry is not guaranteed.
VR EXPLORATIONS / DESIGN COMMUNICATION
Share the intent.
Understand the space.
Our VR interactions help designers communicate their full design intent, so clients can understand the space and offer more specific, actionable feedback.
BUILT FOR EARLY-STAGE DESIGN
Iterate fast.
Review in space.
Keep the fast visual feedback of AI rendering. Extend it into an immersive design review.
Change the design→Review AI renders→Explore the space→Refine the proposal ↻
View 01 · Two references for the same camera: structure and appearance.
Generation time and revision effort are being tested.
Technical detail: ComfyUI reference graph +
Experimental reference workflow: nine images and one camera video feed a Seedance 2.5 node and video export. Shown for reconstruction testing; generation does not run on this page.
04 / BUILDING SCENEPLYArchitecture is our starting point
Built for design teams.
Built to grow.
Start with early design reviews. Turn repeatable project work into a product.
Architecture + interiors.
Studios presenting concept designs to clients. Planned pilots begin with our London network.
Projects first.
Product next.
Standardize project delivery, then test team subscriptions, generation fees and hosting.
Pricing and unit economics remain to be validated.Existing files.
More design control.
A design constraint layer built on third-party world models.
WHERE WE ARE
A working prototype.
A clear next test.
Next: test the prototype in a real client review.
- BUILT
Spatial prototype
Explorable scenes, day/night comparison and a reference workflow.
- IN DEVELOPMENT
Review interactions
VR scene switching and spatial annotations.
- NEXT / TARGET: END OF 2026
First real-project pilot
Measure design understanding, fidelity, correction effort and cost. Customer validation is still ahead.
05 / THE FOUNDERSDesign insight meets spatial software
Architecture meets
spatial software.
Met at UCL Bartlett in 2024. Building Sceneply together since July 2026.
Y01
CO-FOUNDER / CEO
Yaowen
Leads Gaussian splatting and world-model integration. Architectural practice at Foster + Partners, and co-founder of Studio Wernacular.
Gaussian splatting · World-model integration · Architectural workflow
E02
CO-FOUNDER / CTO
Edwin
Leads experience and software development at Sceneply. Currently develops software to support architectural design at Remap.
Software · VR interaction · Product experience
FROM A PROPOSAL TO A PLACE.
Make the design
something they feel.
Sceneply is developing accessible immersive
experiences for architecture and interior design.
FOUNDER CONTACT