Modern Home Builders Issue 139 | Page 24

________________________________________________________________________________________________________________________

The housing industry is under pressure. With skilled labor scarce, timelines on projects tight and building codes evolving faster than jobsite workflows, builders are struggling to meet the market demand for new homes using traditional methods. Many homes in North America continue to be built in a traditional industry that hasn’ t seen disruptive innovation for decades and is experiencing a massive lag in productivity. This is being met with the need to produce more homes to meet rising demand, which cannot be met without the use of automation.

That’ s why many in the industry are looking to automation not as a future concept, but as an immediate solution. Promise Robotics answers that call by bringing robotics and AI directly into the builder’ s toolbox- without requiring them to become manufacturers or change how they build. The use of AI and robotics in homebuilding boosts production capacity and delivers homes faster with significantly fewer resources making it integral for the industry to embrace automation and follow suit.
Promise’ s platform combines automated design, robotic fabrication, and streamlined jobsite delivery into one integrated solution, enabling builders to produce highperformance, code-compliant wall panels and floor assemblies with exceptional speed and precision.
Promise Robotics offers an end-toend platform designed to simplify offsite construction- building everything from single-family homes, duplexes, and multiplexes to larger buildings up to six stories. Builders submit architectural plans digitally, and the system manages the rest- automated production planning, robotic fabrication of each component, and delivery of ready-to-assemble panels to the site. The platform’ s AI-driven architecture supports high-mix, low-volume production with speed and precision- solving one of the most persistent challenges in automation and enabling true flexibility at scale.
This eliminates many of the inefficiencies common in traditional framing: labor scheduling conflicts, weather delays, waste, and costly on-site mistakes. The components are produced robotically, with millimeter-level accuracy, meeting or exceeding code and energy performance standards as a baseline.
From the builder’ s perspective, the benefit is control- without investing in new facilities, retraining labor, or managing a supply chain. The platform acts as an extension of the builder’ s operation, while Promise Robotics manages the complexity behind the scenes.
Re-engineered process
On top of the opportunity to scale, Promise Robotics deploys its robotic factories directly into local regions, including the added benefit of solving skilled labor shortages across North America. Each facility is compact, highly automated, and optimized for regional builders and their pipeline of work. This approach ensures that offsite manufacturing capacity is available where homes are being built and aligns closely with how panelization already fits into the construction ecosystem.
This year, Promise Robotics is launching a new smart factory in Calgary- one of several in development. It serves as a proof point for the model: local builders gaining access to a robotics-enabled facility that produces high-quality framing components, without having to invest in the infrastructure themselves or have an existing expertise in manufacturing operations. And on top of that, production systems can be rapidly deployed at an existing warehouse or temporary structure offsite or onsite to provide builders with a one-stop production solution from blueprint to assembly.
While offsite construction has existed for decades, traditional prefab hasn’ t lived up to its promise for many builders. High capital costs, labor-intensive processes, long
24