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3D Web App / Real Estate TechnologyActive

HomeForge AI

HomeForge AI is a futuristic web-based 3D house prototype builder that helps future homeowners create a simple, practical, and visually clear concept of their dream home before professional construction planning.

Three.jsReact Three FiberWebGLAI Design Assistant3D UXReal Estate TechConstruction Tech
Request Details
HomeForge AI

Project Manager

Vidula Wickramasinghe

Target Delivery

Prototype the 3D viewport and first customization panel.

Location

Remote / Real estate and construction technology

Current Phase

In Development / MVP Prototype

Case Study

The project context, the problem being addressed, the delivery approach, and the intended outcome.

HomeForge AI allows users to rotate, zoom, and explore a house concept in a real-time 3D environment while customizing land, house structure, exterior features, rooms, colors, interiors, and smart-home options.

The project combines 3D web interaction, real estate technology, construction technology, and AI-assisted design generation into an accessible web prototype.

Challenge

Many future homeowners have ideas but cannot easily communicate those ideas to builders or designers, and professional architectural work can be expensive before the concept is clear.

Approach

Designed a web-based 3D prototype builder where users can customize land, house structure, stories, roof, garage, rooms, colors, windows, doors, outdoor elements, interiors, and smart-home options in real time.

Intended impact

Clearer communication, faster exploration of design alternatives, better early cost/area direction, and a more confident path into professional planning.

What it is
A 3D interactive house prototype and visualization web app.
Why it matters
It helps users visualize and communicate dream-house ideas before construction planning begins.
Who it serves
Future homeowners and the professionals who help turn their ideas into buildable plans.

Objectives & success

Primary goal
Build an MVP prototype where users can customize and share a basic 3D house concept.
Supporting goals
Support AI-generated ideas, area/cost direction, multiple exterior/interior options, and a contractor-friendly concept output.
Success criteria
Users can create, modify, view, and present a clear 3D home concept with meaningful customization options.

Scope & boundaries

Included
Real-time 3D prototype window, basic structural customization, exterior and interior options, smart-home feature selection, AI idea assistance, and shareable concept reference.
Excluded
Final construction drawings, structural engineering approval, legal permits, and replacing professional architectural services.
Delivery boundary
The output is a prototype concept reference only and must be reviewed by qualified professionals before construction decisions.

Key contributions

  • Focused the product on early concept clarity rather than replacing licensed architects or structural engineers.
  • Defined customization controls for land, stories, underground levels, shape, garage, roof, colors, windows, doors, bedrooms, bathrooms, garden, pool, balcony, solar panels, outdoor entertainment, smart-home features, and interior style.
  • Positioned AI as an assistant that can generate prototype ideas from written descriptions and inspiration images.
  • Designed the output as a concept reference that homeowners can share with contractors, builders, architects, or house-plan designers.
  • Kept the project normal/public while describing the MVP status and future construction-technology direction.

Representative use cases

  • Create a dream-house prototype from scratch
  • Customize roof, garage, rooms, doors, windows, colors, garden, pool, balcony, and solar panels
  • Generate design directions from written descriptions
  • Share the concept with a contractor or architect

Skills & learning

  • Designing simple controls for complex 3D customization
  • Turning written house ideas into visual prototypes
  • Balancing homeowner creativity with construction-plan boundaries
  • Using 3D visualization to improve communication with professionals

Timeline & Milestones

Project roadmap and current standing across the main delivery checkpoints.

complete

Discovery

complete

Planning

complete

Design

current

Development

upcoming

Testing

upcoming

Launch

upcoming

Maintenance

Plan versus current state

Concept and MVP feature scope defined.

Next checkpoint

Prototype the 3D viewport and first customization panel.

3D scene foundation

Timing: MVP prototype

Owner: Vidula Wickramasinghe Dependencies: Three.js scene setup and camera controls

In Progress

Customization controls

Timing: MVP prototype

Owner: Vidula Wickramasinghe Dependencies: Land, structure, room, roof, and exterior option data

Pending

AI prompt-to-concept flow

Timing: Future MVP

Owner: Vidula Wickramasinghe Dependencies: Design prompt schema and generated option mapping

Pending

Project Health

Overall Completion0%

0/3

Milestones

0/3

Deliverables Ready

1

High Risks

0

Open Issues

Project Snapshot

Project owner

Vidula Wickramasinghe

Team / department

Solo concept and prototype design

Last updated

19 June 2026, 12:00PM UTC

Completion markers

MVP lets users configure a simple house scene, view it interactively, and export/share the concept direction.

Key Deliverables

Outputs currently produced or tracked for this project.

3D Prototype Builder

Interactive browser-based house visualization with rotate, zoom, and customization controls.

In progress
Owner
Vidula Wickramasinghe
Type
WebGL Prototype
Build core scene and controls.
Customization System

Configurable land, structure, roof, garage, rooms, colors, windows, doors, outdoor, interior, and smart-home options.

Not Started
Owner
Vidula Wickramasinghe
Type
Feature Module
Define option schema.
Concept Sharing Output

Exportable or shareable concept reference for contractors and designers.

Not Started
Owner
Vidula Wickramasinghe
Type
Prototype Feature
Design output format.

Technical & Delivery Strategy

Implementation and rollout notes for the current project approach.

3D Web Prototype Architecture

  • Use a real-time WebGL scene with modular house components and simple state-driven configuration.
  • Keep controls beginner-friendly so non-technical homeowners can adjust concepts without architectural software knowledge.
  • Map AI-generated descriptions into structured prototype parameters such as stories, roof style, room count, exterior colors, and outdoor features.

Construction-Concept Positioning

  • Present HomeForge AI as a pre-planning communication tool, not a replacement for builders, architects, contractors, or legal construction plans.
  • Use shareable prototypes to support clearer first meetings and faster design-option discussion.

Risks & Blockers

Open issues, risk posture, dependencies, and assumptions for the current project state.

Users may confuse concept prototypes with construction-ready architectural plans.

Likelihood: Medium • Owner: Vidula Wickramasinghe

Mitigation: Clearly label output as a concept reference and recommend professional review.

High Risk

Documents & Resources

Quick access to project references, links, and support contacts.

Project brochure

Interactive project brief

Repository or product link

Available on request

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Contact for access

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HomeForge AI Case Study