How Promise Robotics Is Enabling Homebuilding Capacity to Address Canada’s Housing Demand

By Ramtin Attar, CEO & Co-Founder, Promise Robotics

Across Canada, housing demand continues to outpace supply. Builders are navigating labour constraints, rising input costs, and increasing pressure to deliver more homes on tighter timelines. Traditional construction methods alone have not been enough to close this gap.

When my co-founder and I started Promise Robotics, we set out to bring robotic automation and AI into homebuilding in a practical way that can be deployed by the industry. Our goal was to increase productivity, reduce costs, and expand housing capacity. We believed these technologies could make a meaningful difference, but only if they were built to operate at the scale and pace that real-world construction demands.

My co-founder, Reza Nasseri, brings decades of experience as the founder and owner of Landmark Homes, a leading Alberta homebuilder, and ACQBuilt, one of Canada’s leading offsite manufacturing operations. Over the course of his career, he has advanced industrialized construction by integrating manufacturing principles into homebuilding to improve quality, efficiency, and sustainability, work that earned him the Order of Canada. That experience across both large-scale homebuilding and factory-based production continues to shape how we approach automation. For us, automation is not theoretical; it is production infrastructure that must perform reliably under real-world conditions.

Why scale matters and how we’re building for it

Meeting today’s housing demand requires production systems that operate consistently, at volume, and under real-world conditions. Scale is not optional if we are to meaningfully increase housing supply.

One of the core constraints in scaling homebuilding has been variability. Every home comes with unique designs, local code requirements, and site conditions. Traditional automation, built around repetition, struggles with that level of complexity. By embedding AI directly into the production process, automation becomes adaptive rather than rigid. Digital building models can be interpreted automatically, translated into robotic manufacturing instructions, and adjusted in real time on the factory floor. This shift from fixed programming to intelligent systems makes it possible to expand production capacity while maintaining design flexibility and quality.

We have translated that capability into deployable infrastructure through our Factory-as-a-Service® platform. By managing the home production lifecycle, from digital models through robotic manufacturing, we give builders access to advanced automation without the capital cost or operational complexity of running their own facilities. This model is now operating at scale through our AI-powered homebuilding facility in Calgary, built on our earlier factory launched in 2024 in Edmonton.

With more than 60,000 square feet of deployment space, the Calgary facility offers a clear example of how industrialized production can respond to real housing pressure. Despite several years of record-breaking growth, experts estimate the city requires 9,000 additional homes each year beyond current output to restore affordability to pre-pandemic levels. Gaps of this size require sustained production throughput.

Building Canada’s industrial backbone for housing

Canada has historically relied on imported technologies to advance homebuilding, which has left gaps in domestic industrial capability. Expanding housing supply at the level required demands more than isolated projects or facilities. It requires a durable, domestic industrial backbone that supports advanced manufacturing, local talent, and scalable production capacity.

Our Calgary facility is part of that broader effort. The systems we are building at Promise Robotics are designed to serve as industrial infrastructure for prefabrication. By integrating robotics, intelligent software, and purpose-built production environments, we are building an industrial backbone to increase housing output in a sustained, measurable way.

Putting Factory-as-a-Service® into practice

At the core of the Calgary facility is our Factory-as-a-Service® platform, which translates digital designs into fully assembled housing components, including roof systems and installed windows and doors. By combining robotics, AI, and cloud-based automation, the system enables faster, more predictable production while maintaining quality standards.

We began deployment with a clear objective: to open the path for broader industry adoption. Instead of asking builders to assume the initial risk of implementing advanced automation, we applied the system within our own operations and refined it through live production. That operational experience has directly shaped how the platform performs today.

The result is an established, production-ready capability that builders can integrate into their operations with confidence. It enables output expansion without introducing unnecessary operational complexity.

Working alongside builders

Our Calgary facility has been producing homes for industry-leading builders, including Mattamy Homes’ Alberta Division. Working alongside builders reinforces our belief that automation should support existing expertise and established workflows.

Builders should not have to fundamentally change how they operate to adopt modern production methods. When applied effectively, automation reduces friction, increases efficiency, and strengthens the industry’s overall capacity.

Scaling from Alberta to the rest of Canada and the United States

In Alberta, builders have a track record of adopting practical solutions to real production challenges. That has made it a strong place to deploy advanced homebuilding infrastructure.

At the same time, the pressures facing Calgary are not unique. Housing supply constraints are present across Canada and in many U.S. markets. What is being developed here is a model designed to be replicated in other regions through a growing network of factories across North America.

The Calgary facility was not built as a one-off project. It demonstrates how AI-enabled industrial infrastructure can be applied directly to housing production to increase capacity in a measurable way.

By focusing on deployable, production-ready infrastructure, we believe homebuilding capacity can be materially expanded across both Canada and the United States. Building that capacity at scale is not a future ambition. It is the objective guiding our work today.