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City Planners

The capabilities of our Temperature Operating System "tOS" are crucial in advancing data-driven urban planning and developing heat resilience strategies. Its proficiency in producing high-resolution classification maps offers essential insights for urban design optimization, thereby playing a key role in designing heat-resilient cities.

More Cases

Enterprise API Use Cases

City Planners 2

The platform effectively transforms urban data into actionable intelligence, which is essential for crafting cities resilient to climatic changes. This aids in shaping sustainable, adaptable urban landscapes, ensuring a harmonious balance between development and environmental considerations. 

City Planners

Our Temperature Operating System "tOS" includes specific modeling for urban physics, customized for each locality, neighborhood, city, or even county. This enhancement in detail and specificity greatly enhances the effectiveness of planning, making our urban areas more livable and better equipped to handle the challenges posed by urban heat and environmental sustainability.

Dashboard Use Cases - available April 2024

City Planners can use the dashboard to identify urban heat islands and plan green infrastructure, informed by temperature data and historical trends. It aids in climate adaptation, emergency preparedness, and optimizing public spaces for thermal comfort. Planners can also locate cooling centers in high-risk areas, encourage sustainable building, and analyze energy needs for better urban resilience and sustainability.


Urban Heat Island Visualization

City Planners can use the dashboard to visually identify and analyze urban heat islands, aiding in the strategic development of green infrastructure projects to mitigate heat and improve urban climates.


Climate Adaptation Insights

The dashboard provides access to historical, near real time, and forecast temperature data, supporting the creation of climate adaptation strategies, including extreme temperature planning and heatwave response initiatives.


Public Space Design and Optimization

Planners can analyze temperature patterns through the dashboard to optimize the design and location of public spaces, ensuring thermal comfort and accessibility, thus enhancing urban livability.


Green Infrastructure Mapping

Enables City Planners to identify optimal locations for green infrastructure, such as parks and reflective roofs, through visual mapping, promoting urban cooling and sustainability.


Thermal Comfort in Transportation Planning

The dashboard's temperature data assists in planning transportation projects that prioritize thermal comfort and safety, including the design of shaded walkways and resilient public transport systems.


Resilient Urban Planning

By visualizing temperature trends and patterns, planners can integrate resilience into urban planning, ensuring cities are prepared for and adaptable to future climate conditions.


Land Use Planning

City planners can utilize temperature maps to inform zoning decisions, promoting land uses that reduce heat buildup.


Emergency Preparedness Mapping

The dashboard's temperature data assists in identifying areas prone to high temperatures for targeted emergency response plans during heatwaves.


Community Cooling Centers

City planners can analyze and visualize temperature data through the dashboard to plan and locate cooling centers in areas identified as high-risk for heat impacts.


Heat Mapping & Mobility

Utilize the dashboard to map cooler areas and travel routes, designing them as pedestrian and cycling paths to promote lower carbon emissions and healthier lifestyles.


Renewable Energy Integration

City Planners can leverage the dashboard to identify areas with high potential for renewable energy projects like solar and wind, encouraging sustainable urban developments.


Water Conservation Strategies

Employ the dashboard to develop and visualize water conservation initiatives, including rainwater harvesting and sustainable wastewater treatments, prioritizing areas with increased temperature for focused conservation efforts.

Enterprise API Use Cases

Available in the US only starting July 2024, these API uses enable City Planners to leverage advanced temperature data to create smarter, more sustainable, and resilient urban environments. By incorporating these insights into their planning processes, City Planners can significantly improve the livability, sustainability, and adaptability of cities to meet the challenges of climate change and urbanization.


City Planners can leverage the API to access detailed temperature data to identify and analyze urban heat islands within the city. This critical insight enables planners to develop targeted green infrastructure projects, such as increasing green spaces or reflective roofs, to mitigate heat absorption and improve urban climate conditions.

Urban Heat Island Effect Analysis


Climate Adaptation Planning

The API enables City Planners to access forecasts and historical temperature data to inform climate adaptation strategies. This includes planning for extreme temperature and developing heatwave response plans, ensuring cities are better prepared for future climate scenarios.


Public Space Optimization

Through the API, planners can analyze temperature patterns to optimize the design and location of public spaces, ensuring they provide thermal comfort and are accessible during various weather conditions. This data aids in creating more livable, enjoyable urban environments for residents and visitors.


Transportation and Mobility Enhancement

By accessing real-time and historical temperature data, City Planners can plan and implement transportation projects that consider thermal comfort and safety. This includes designing shaded walkways, bike lanes, and ensuring public transport systems are resilient to temperature extremes.

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