Building optimization and sustainability platform Adapatis announced that it has raised $4 million in a seed funding round, with proceeds aimed at supporting the company in scaling its platform across the U.S. and Canada.

Founded in 2022, Toronto-based Adaptis provides solutions for building owners and operators to simplify complex real estate capital planning and sustainability decisions. The company offers an AI-powered cost and carbon decision support platform integrating financial, sustainability, and operational data, allowing users to prioritize upgrades, remain compliant, and manage long-term costs effectively, and enabling data-driven retrofit and decarbonization strategies. Key features of the company’s solutions include optimization of carbon and cost across the lifecycle of individual buildings or portfolios.

Sheida Shahi, Co-Founder and CEO of Adaptis, said:

“Our goal is simple: enable real estate decision-makers to lead in profitability and sustainability. This funding allows us to accelerate innovation, expand our reach, and make cutting-edge carbon and cost optimization tools accessible across the built environment.”

According to Adaptis, the new capital is supporting the scaling of the platform across new geographies, as well as plans to broaden its reach across all asset classes beyond Class A properties and to continue development through ongoing R&D. Adaptis said that its platform has active operations in over 350 buildings, with over 400 set to onboard next quarter, and achieves an average capex savings of 20% for building owners.

The round was led by Building Ventures with notable participation from MetaProp, 2048 Ventures, Powerhouse Ventures, and Blue Vision Capital.

Heather Widman, Partner at Building Ventures, said:

“Anyone who designs, develops, owns, or operates buildings and isn’t looking at whole-life carbon is leaving money on the table and taking undue risk. We are thrilled to support Adaptis as they expand globally, boosting net operating income and averting millions of tons of CO2e.”