GREENPASS
While urban growth accelerates worldwide, urban areas are becoming more sensitive to climate change. Urban Heat Islands (UHI), air pollution, and pluvial flooding are major threats to urban development and the health and safety of city populations. Municipalities need to take action to solve urban growth and climate change impacts. GREENPASS helps planners, developers and municipalities make the best decision for each phase of urban planning and development – dealing with up to 6 urban challenges. GREENPASS makes the impacts of green infrastructures and other structural measures on the urban environment visible, measurable, and comparable. GREENPASS offers the right solution for each phase of urban planning processes. From checking drafts to detailed planning and realization. Preliminary analysis based on machine learning database interrogation. Standard analysis based on regular BASIC simulation.
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UrbanFootprint
Assess risk, understand markets, and make better decisions with the most powerful and comprehensive urban, climate, and community resilience data platform available anywhere. Assess existing conditions and land use down to the parcel level with granular urban, environmental, and mobility data. Analyze and intersect vulnerabilities, impacts, and policy interventions at the state, city, and neighborhood level. Evaluate the impacts of climate change and natural hazards on communities, resources, and infrastructure. Design the future with the next generation of urban and mobility planning using granular parcel, transport, and environmental data. Drive ESG reporting with effective, meaningful, data‑driven assessments of social and environmental impacts. Build more resilient and equitable communities with targeted climate, hazard, urban, and community vulnerability data.
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Urban Network Analysis Toolbox for ArcGIS
The City Form Lab has released a state-of-the-art toolbox for urban network analysis. As the first of its kind, the centrality tools this ArcGIS toolbox can be used to compute five types of graph analysis measures on spatial networks: reach; gravity; betweenness; closeness; and straightness. Redundancy tools additionally calculate the redundancy index, redundant paths, and the wayfinding index. The tools incorporate three important features that make them particularly suited for spatial analysis on urban street networks. First, they can account for both geometry and topology in the input networks, using either metric distance (e.g. meters) or topological distance (e.g. turns) as impedance factors in the analysis. Second, unlike previous software tools that operate with two network elements (nodes and edges), the UNA tools include a third network element, buildings, which are used as the spatial units of analysis for all measures.
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Orbital Stack
Orbital Stack is an AI and CFD web-based software that provides earlier qualitative guidance, comparing a large number of design options while highlighting any potential wind and thermal comfort red flags. It allows for the realization of a variety of climate-conscious, high-performance developments not previously feasible due to cost and/or time constraints associated with traditional studies.
Orbital Stack is the first digital climate-analysis tool built by global leaders in wind and microclimate engineering using real wind tunnel data. It is truly a game-changer for the architecture and building design sector, offering our clients direct access to wind comfort and safety analysis, thermal comfort and shadowing analysis, and cladding pressure simulations. This means architects can run their own wind simulations and quickly understand the climate impacts of their proposed building designs from the start, making decisions that result in higher performing and more resilient projects.
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