Artificial intelligence is moving quickly from experimentation to real-world deployment across the building lifecycle. For the green building community, the central question is no longer whether AI will affect design, construction, operations, and portfolio decision-making. It is how to determine which AI applications are worth investing in, what impacts they can credibly deliver, and what conditions must be in place before they can be trusted and scaled.
This opening session frames the Greenbuild AI Summit, Building Intelligence in the Age of AI, through an impact-first lens. Rather than treating AI as a technology trend, the session asks how AI can support measurable sustainability outcomes: decarbonization, performance, resilience, health, equity, operational efficiency, and long-term asset value. It also acknowledges the tradeoffs and risks that come with AI adoption, including data quality, workflow disruption, governance gaps, human accountability, adoption barriers, and the environmental footprint of digital systems themselves.
Speakers will introduce a practical evaluation lens for the day: impact, readiness, and adoption. Attendees will be invited to ask: What outcome does this AI application improve? What evidence supports that claim? What data, infrastructure, governance, and workforce capacity are required? Can the solution be adopted, maintained, and scaled responsibly across real building and market contexts?
The session will also preview the Summit’s learning arc: investing beyond tools, enabling trusted building intelligence, making intelligence visible, validating AI-enabled project evidence, scaling with guardrails, and translating the day into market action. A brief industry perspective from Autodesk will connect the opening frame to the role of connected data, carbon insight, and lifecycle decision-making in AI-enabled practice.
Attendees will leave with a shared vocabulary and a set of practical questions to carry through the day as they evaluate how AI can move from promise to responsible practice in the built environment.
