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 <h1>
 Create Zoning Responsive Generative Design Applications with the Zoneomics
 GDE API
 </h1>
 Matthew Player, Founder and CEO, Zoneomics
 <hr />
 
 Today we’re launching the Experimental release of the Zoneomics Zoning Data
 Generative Design Enabled (API). This new data product offers a seamless
 solution for generative design in models and applications by incorporating
 city zoning restrictions. Specifically designed for visualization, you can
 use GDE Mode to create and visualize 3D zoning massing envelopes directly in
 your application.
 
 <h2>GDE Mode Is Currently Available In Test Markets</h2>
 
 Users can trial the Zoneomics Zoning Data GDE Mode API in selected markets
 where we are providing GDE coverage during this Experimental Phase:
 
 <ul>
 <li>Phoenix, Arizona</li>
 <li>Newport Beach, California</li>
 <li>Hawthorne, California</li>
 <li>Redondo Beach, California</li>
 <li>Culver City, California</li>
 <li>Beverly Hills, California</li>
 <li>Costa Mesa, California</li>
 <li>San Francisco, California</li>
 <li>Long Beach, California</li>
 <li>South San Francisco, California</li>
 <li>Huntington Beach, California</li>
 <li>Atherton, California</li>
 <li>Thornton, Colorado</li>
 <li>Washington, District of Columbia</li>
 <li>Miami, Florida</li>
 <li>Fort Lauderdale, Florida</li>
 <li>Doral, Florida</li>
 <li>Clearwater, Florida</li>
 <li>Wildwood, Florida</li>
 <li>Saint Cloud, Florida</li>
 <li>Atlanta, Georgia</li>
 <li>Alpharetta, Georgia</li>
 <li>Honolulu, Hawaii</li>
 <li>Chicago, Illinois</li>
 <li>Haverhill, Massachusetts</li>
 <li>Brookline, Massachusetts</li>
 <li>Detroit, Michigan</li>
 <li>Ann Arbor, Michigan</li>
 <li>Stillwater, Minnesota</li>
 <li>South St Paul, Minnesota</li>
 <li>St Louis, Missouri</li>
 <li>Las Vegas, Nevada</li>
 <li>Reno, Nevada</li>
 <li>Newark, New Jersey</li>
 <li>Leonia, New Jersey</li>
 <li>Palisades Park, New Jersey</li>
 <li>Mount Vernon, New York</li>
 <li>Yonkers, New York</li>
 <li>New York City, New York</li>
 <li>Albany, New York</li>
 <li>Fayetteville, North Carolina</li>
 <li>Portland, Oregon</li>
 <li>Beaverton, Oregon</li>
 <li>Philadelphia, Pennsylvania</li>
 <li>Nashville, Tennessee</li>
 <li>Fort Worth, Texas</li>
 <li>Austin, Texas</li>
 <li>University Park, Texas</li>
 <li>Plano, Texas</li>
 <li>Corpus Christi, Texas</li>
 <li>Arlington County Unincorporated, Virginia</li>
 <li>Bellevue, Washington</li>
 <li>Bothell, Washington</li>
 <li>Woodinville, Washington</li>
 <li>Kirkland, Washington</li>
 </ul>
 
 If you have a city that you would like to recommend we make available during
 the Experimental Phase please contact us at
 <a href="mailto:info@zoneomics.com">info@zoneomics.com</a>.
 
 
 <img
 alt=""
 width="70%"
 style="margin: 0 auto"
 src="/images/blog/image2.gif"
 />
 
 <h2>Design 3D experiences the easier way</h2>
 
 Creating 3D models of buildings to comprehend the possible structures that
 can be placed on a property based on its pertinent zoning information, land
 usage rights and building controls restrictions is a labor and resource
 intensive process. It requires data collection, architectural drawings and
 interpretations and technical expertise to render 3D models using a
 collection of softwares.
 
 
 You can now utilize the Zoneomics Zoning Data GDE API to intelligently
 create 3D zoning massing envelopes with automation. This means PropTech that
 exists to help developers, appraisers, real estate professionals and local
 governments to analyze the possibilities of structures on a property can now
 skip countless hours of data collection, analysis, interpretation, drawing
 and digital modeling and instead go straight to 3D Mass modeling.
 

 
 <img
 alt=""
 width="70%"
 style="margin: 0 auto"
 src="/images/blog/image3.png"
 />
 
 <h2>Create next-gen experiences for a wide range of use cases</h2>
 
 3D Mass Modeling of buildings based on zoning information has several
 valuable use cases in urban planning, real estate development, and
 architecture. Here are just a few common applications:
 
 <ol class="grid">
 <li>
 Urban Planning and Zoning Compliance: Urban planners can
 use 3D Mass Models to visualize how proposed buildings align with existing
 zoning regulations.
 </li>
 <li>
 City Visualization and Master Planning: Creating 3D Mass
 Models of entire cityscapes can enable urban planners to develop
 comprehensive master plans.
 </li>
 <li>
 Architectural Design and Visualization: Architects can
 use 3D Mass Models to visualize how proposed building designs fit within
 the context of the surrounding environment and existing structures.
 </li>
 <li>
 Real Estate Marketing: Real estate developers and agents
 can use 3D Mass Models to showcase the potential of their projects.
 </li>
 <li>
 Environmental Impact Assessment: By simulating the
 visual impact of new buildings on the environment, 3D Mass Models can
 assist with assessing potential effects.
 </li>
 <li>
 Infrastructure Planning: When planning new
 infrastructure projects, such as roads or public transportation systems,
 3D Mass Models can help visualize the interplay and impact of buildings
 and infrastructure.
 </li>
 <li>
 Historic Preservation and Heritage Management: 3D Mass
 Models can aid in preserving historic sites by evaluating the impact of
 new constructions on heritage buildings or districts.
 </li>
 <li>
 Real Estate Feasibility Studies: Developers can use 3D
 Mass Models to assess project feasibility and determine whether it aligns
 with the intended development vision, budget, and zoning requirements.
 </li>
 <li>
 Stakeholder Engagement: 3D Mass Models can be used to
 engage stakeholders in decision-making processes, making urban planning
 and development more accessible, transparent and inclusive.
 </li>
 <li>
 Build a more sustainable Real Estate Industry: The GDE
 API can be an important tool for planning and designing better places for
 both people and the environment.
 </li>
 </ol>
 
 Leveraging 3D Mass Modeling in conjunction with zoning information, urban
 planners, architects, and real estate professionals can make informed
 decisions, optimize designs, and ensure compliance with regulations,
 ultimately leading to more efficient and sustainable urban developments.
 
 
 <img
 alt=""
 width="70%"
 style="margin: 0 auto"
 src="/images/blog/image5.png"
 />
 
 <h2>Get started with Zoneomics Zoning Data GDE Mode API</h2>
 
 Try out Zoneomics Zoning Data GDE Mode API at no additional cost to our
 existing API subscribers during the Experimental phase. To learn more, check
 out the documentation.
 
 
 To learn more about how to utilize the GDE Mode API please book a meeting
 with our API Onboarding Team. We can’t wait to see what you create within
 these new generative design capabilities.
 
 
 
 Experimental releases are not production ready.
 Experimental releases are snapshots of the ongoing Zoneomics development
 process. While we try to keep these releases stable, they have not
 undergone the same degree of testing as a full release, and could contain
 features that are incomplete or may change or be removed before the next
 full release.
 
 
 
 
 No upgrade path. Because Experimental releases represent
 work in progress, we cannot provide a supported upgrade path between
 Experimental releases, or from any Experimental release to a final
 release. You may not be able to migrate any data you store in a Zoneomics
 Experimental release to a future Zoneomics release.
 
 
 
 
 Zoneomics does not provide full support for Experimental
 releases.
 
 
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Discover how the Zoneomics Zoning Data Generative Design Enabled (GDE) API 