Compute
Provide useful computing capacity through a compact hub designed to integrate with the building.
CANADIAN INNOVATION · BUILT FOR A BETTER FUTURE
Useful computing. Recovered heat. A new possibility for how we build and fund housing.
Explore a collaboration ↗Discover the concept ↓
AI-BTU is developing a building-integrated approach to computing and heat recovery, starting with a residential pilot in Québec.
01 — OUR APPROACH
Provide useful computing capacity through a compact hub designed to integrate with the building.
Explore how heat from liquid-cooled equipment can serve building needs, from space heating to hot water.
Investigate how computing revenue and heat reuse can contribute to more affordable, efficient housing.
02 — THE FIRST CHAPTER
Our Québec residential pilot brings building design, computing and heat recovery into one project. The goal is to model, measure and refine the concept before considering broader applications.
Research & design stage03 — BEYOND THE PILOT
The long-term vision is to apply this approach to multi-unit housing and other buildings across Canada: using productive computing to help support housing affordability, while making better use of its heat.
Performance, economics and scalability are being studied. Heating contribution, savings and revenue are not yet validated.
04 — THE TEAM

Leads AI-BTU, sets priorities and approves project decisions and external commitments.
Supports research, funding reviews and preparation for decisions in English and French.
These are AI support roles being connected, not a directory of hired professionals or confirmed research partners. Eric remains responsible for decisions.
LET’S BUILD THE NEXT CHAPTER
We welcome conversations with researchers, engineers, housing organizations and technology partners.
Based in Squamish, British Columbia.
Pilot in Morin-Heights, Québec.