AI-driven building assessment and retrofit planning
Buildings waste enormous amounts of energy
Buildings consume about 40% of global energy and produce roughly the same share of carbon emissions. Most of this energy gets wasted through poor insulation, inefficient heating and cooling systems, and outdated design practices.
The building sector moves slowly — most structures last decades, and retrofitting existing buildings is complex and expensive. Meanwhile, billions of people worldwide still rely on polluting fuels for basic needs like cooking and heating water, creating both climate and health problems.
Solving building energy waste requires both cutting-edge technology and practical approaches that work at massive scale. The opportunity is enormous: dramatically reducing emissions while making buildings more comfortable and affordable to operate.
Retrofitting old buildings is slow, expensive, and disruptive
Most existing buildings will still be standing in 2050, so retrofitting them is crucial for climate goals. But traditional retrofits are complex projects that can take months, cost tens of thousands of dollars, and require homeowners to navigate multiple contractors and financing options.
The retrofit industry needs to become faster, cheaper, and easier for building owners. This requires both technological innovation and new business models.
AI-driven building assessment and retrofit planning
Software that uses artificial intelligence to analyze buildings and recommend optimal retrofit strategies. These tools can process utility bills, satellite imagery, and building data to identify the most cost-effective improvements. AI can also optimize retrofit designs for specific climates and building types.