CityDigitalTwin is a web-based platform for architects, urban planners, and cities to simulate microclimate, outdoor comfort, and energy use. It enables scenario studies of climate adaptation and resiliency interventions — trees, green infrastructure, shading, cool materials, building design, and renewables — to inform pre-design decisions.
CityDigitalTwin: A Web-Based Platform for Climate-Resilient Urban Design
CityDigitalTwin is an innovative web-based platform that empowers architects, urban planners, municipalities, and sustainability professionals to design climate-resilient and energy-efficient urban spaces. Combining advanced simulation technology with an intuitive interface, CityDigitalTwin enables users to assess the environmental impact of their design choices and develop strategies for adaptation, mitigation, and resilience.
At its core, CityDigitalTwin simulates microclimate conditions, outdoor wind and thermal comfort, and building energy performance at the neighborhood or city scale. Users can upload 3D models of urban areas — with inputs compatible from industry-standard design tools like Rhino, Revit, SketchUp, and others — define weather and surface conditions, and analyze the effects of design interventions such as green infrastructure, cool materials, building layout, shading, and renewable energy systems. By providing actionable insights on temperature, outdoor comfort metrics, and energy demand, the platform supports evidence-based decision-making at the pre-design stage of projects.
CityDigitalTwin is ideal for scenario analysis. Users can create and compare multiple “what-if” scenarios — for example, increasing tree canopy, deploying reflective roofs, adding photovoltaic panels, or reconfiguring building placement — to evaluate their impact on urban heat, comfort, and energy use. This capability helps stakeholders make informed trade-offs, prioritize interventions, and meet regulatory or sustainability goals.
The platform is entirely cloud-based, accessible from any browser, and designed to integrate seamlessly into existing urban planning workflows. It offers a fast, cost-effective alternative to traditional simulation tools, reducing both learning curve and turnaround time. CityDigitalTwin also supports collaboration among interdisciplinary teams, enabling shared access to project data and results.
By aligning with emerging priorities such as climate adaptation, carbon reduction, net-zero emissions and human-centered design, CityDigitalTwin is a powerful tool for the next generation of sustainable urban development. Whether used by cities preparing for climate risks, architects and planners conducting pedestrian wind and thermal comfort studies, or engineers optimizing energy systems, it delivers interoperable, data-driven guidance to shape healthier, more resilient, and more efficient built environments.
CityDigitalTwin: A Web-Based Platform for Climate-Resilient Urban Design
CityDigitalTwin is an innovative web-based platform that empowers architects, urban planners, municipalities, and sustainability professionals to design climate-resilient and energy-efficient urban spaces. Combining advanced simulation technology with an intuitive interface, CityDigitalTwin enables users to assess the environmental impact of their design choices and develop strategies for adaptation, mitigation, and resilience.
At its core, CityDigitalTwin simulates microclimate conditions, outdoor wind and thermal comfort, and building energy performance at the neighborhood or city scale. Users can upload 3D models of urban areas — with inputs compatible from industry-standard design tools like Rhino, Revit, SketchUp, and others — define weather and surface conditions, and analyze the effects of design interventions such as green infrastructure, cool materials, building layout, shading, and renewable energy systems. By providing actionable insights on temperature, outdoor comfort metrics, and energy demand, the platform supports evidence-based decision-making at the pre-design stage of projects.
CityDigitalTwin is ideal for scenario analysis. Users can create and compare multiple “what-if” scenarios — for example, increasing tree canopy, deploying reflective roofs, adding photovoltaic panels, or reconfiguring building placement — to evaluate their impact on urban heat, comfort, and energy use. This capability helps stakeholders make informed trade-offs, prioritize interventions, and meet regulatory or sustainability goals.
The platform is entirely cloud-based, accessible from any browser, and designed to integrate seamlessly into existing urban planning workflows. It offers a fast, cost-effective alternative to traditional simulation tools, reducing both learning curve and turnaround time. CityDigitalTwin also supports collaboration among interdisciplinary teams, enabling shared access to project data and results.
By aligning with emerging priorities such as climate adaptation, carbon reduction, net-zero emissions and human-centered design, CityDigitalTwin is a powerful tool for the next generation of sustainable urban development. Whether used by cities preparing for climate risks, architects and planners conducting pedestrian wind and thermal comfort studies, or engineers optimizing energy systems, it delivers interoperable, data-driven guidance to shape healthier, more resilient, and more efficient built environments.
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