SimulaFlySimulaFly
Environment background
The System

A precise model for home decisions.

SimulaFly is designed to support high-consideration home purchases by reducing uncertainty before buying. It replaces endless browsing with focused, contextual visualization.

SimulaFly visualization interface showing a minimalist sofa placed in a living room

The System Workflow

01

1. Input

You provide an unedited photo of your room. No measurements, no dimensional scanning needed.

Unedited room input snapshot
DRAG UNEDITED PHOTO
02

2. Processing

The system analyzes spatial layout, lighting, and existing style to understand rigid environmental constraints.

Spatial mesh scanning geometry
03

3. Decision Output

You receive a curated shortlist of purchasable products, rendered entirely realistically inside your space.

Decision output shortlist rendering

Platform Architecture

Room-based visual mapping

Products are placed directly into your unedited photo with dimension-accurate scaling and matched lighting conditions, bypassing imagination entirely.

Dimension Locked
Geometry Linked

Context-aware bounds

Suggestions are strictly filtered to obey explicit geometric and palette constraints.

Variation Inject

Variation toggling

Seamlessly swap between entirely different styles within a single viewport state.

Objective guidance protocol

Built-in conversational support provides objective styling advice relative to the options shown, resolving decision paralysis.

Common Scenarios

Replacing a centerpiece

When buying a large item like a sofa, the risk of it overwhelming the space is high. Visualization removes dimension and proportion anxiety.

Sofa option 1

Mid-Century Teal Option

Sofa option 2

Modern Navy Option

Trying risky styles safely

Shoppers often default to safe neutral colors out of fear. Seeing a bolder color actively rendered in their own space gives them permission to commit.

Comparison

Side-by-side contrast

Experience the system.

Run a live preview flow with an empty room to see the processing, output, and comparison states in action.

Try the demo