We make complex environmental simulations accessible and understandable for all stakeholders of the built environment.
In addressing current climate challenges, Architects and Planners recognize the need to integrate of climate and environmental simulations in the design process. Traditional climate simulations, however require expert setup and take days to compute. Infrared City uses AI to deliver high accuracy results in less than a second, empowering designers and decisionmakers with real time insights.
With order of magnitude time saving capability, our platform enables architects and urban planners to rapidly test multiple design iterations in real-time, helping teams identify optimal solutions for wind comfort, thermal performance, and solar access from the earliest project phases – when design changes are least costly and most impactful.
In comparison, a typical pedestrian wind comfort simulation that involves computational fluid dynamics (CFD) would take an expert 3 days to setup and run, with the actual simulation time for a single run being more than 8 hours. infrared.city can predict the same result, with an average of 90% accuracy in less than a second.
Our state-of-the-art AI models provide real-time feedback on the performance of buildings and cities and can guide climate-informed decisions at every step of the process. The intuitive web interface and shareable reports allow technical specialists and non-technical stakeholders to collaborate effectively using the same data.
Our open integration approach enables users to gain environmental insights adapted to their existing workflows. Whether through our web platform, our connectors (Grasshopper, Revit, Rhino, Sketchup, Archicad, etc ) or API access, infrared.city seamlessly fits into established design processes without disruption.
Our AI insights and automated AI reports generation turns climate simulations into actionable insights. Rather than just raw data, infrared.city provides context-aware performance indicators and visualizations that directly inform design decisions.
Infrared.city currently provides feedback on solar, thermal and wind performance, with more expansive simulation services added continuously to develop a global, AI-driven climate performance advisor for sustainable cities and buildings.
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