Algorithm-Driven

Revolutionize Housing with Cutting-Edge Technology

The Algorithm-Driven structures leverage cutting-edge technology through generative design, digital fabrication, and advanced simulation technologies to create homes that are smarter, more attainable, and more sustainable. A key feature is the centralization of the mechanicals into one smart wall, allowing for better use of materials and space. These tools enable us to streamline the housing production process, making it efficient and cost-effective without sacrificing quality.

First Floor

Second Floor

Tailored Designs for Individual Homeowners and Large-Scale Developments

This process allows for highly personalized home designs that respond to the unique needs and situations of individual homeowners. At the same time, this technology can be scaled for large developments, generating multiple unique designs quickly, which are tailored to their specific locations. One of the benefits of utilizing this technology is the decrease in waste on the project by over 50%, which means less construction waste heading to our landfills.

Streamlined Design and
Build Vision

The Algorithm-Driven structure simplifies home design by allowing users to generate custom designs through an app that integrates budgeting and sustainability metrics. Utilizing foam-insulated panels sandwiched between steel studs, this approach accelerates construction, reduces labor costs, and enhances energy efficiency. With superior insulation properties, these specialized panels help maintain comfortable indoor temperatures while lowering energy bills. Additionally, they are designed to minimize waste, resulting in a more sustainable building experience from concept to completion.

Framing Style and
Why It’s Unique

The Algorithm-Driven process utilizes specialized panels which incorporates foam sandwiched between 1x2 inch steel studs and comes pre-cut for windows and doors. This style streamlines framing and insulation, reducing build time and providing a superior energy envelope.