Project Overview

A leading house plans design company wanted their customers to have a more clear understanding of what their future house would look like on their actual property.

Another Reality Studio utilized their talented developer team to create an augmented reality (AR) custom application for residential house plans. You can scan a rendering of a home you want to build and see the a virtual 3D model of the house on your actual lot. The app utilizes AR house placement to visualize the customer’s catalogue in real life.

Key Features

• Custom API integration to fit internal software and databases
• High Fidelity Visualizations
• Use the camera snapshot option for photo realistic renderings and pictures. This feature includes shadows, lighting, seamless materials, and post-processing to make your design look like it’s already built
• Top 40 house plans available
• Intuitive user interface
• 2D, 3D, and AR modes
• 3D Viewer to use standard finger gestures to get a bird’s eye view of the design layout in unlimited perspectives

Challenges and Core Considerations

• The Another Reality Studio project manager began the project with concept evaluation and feasibility. He collaborated with the client on user design, estimating, and planning to create project milestones and a timeline for completion.
• The developer team lead worked with in house artist to create product models in 3D and depict realistic materials. The developers utilized ARkit and ARcore in Unreal Engine as the AR frameworks to create the app functionalities. They used native languages to integrate APIs with the company’s internal infrastructure to communicate between app and the company’s internal database.
• After project delivery, ARS continued working with the client for maintenance/ support, new projects, and additional feature requests.

Impact: The ARS Solution

ARS created a custom app that allows the client to utilize augmented reality to view their top 40 houses on unlimited locations with AR. The ARS solution allows for unlimited perspectives to view site lines and lighting.