Maxfield uses Geographic Information System (GIS) to capture, store, analyze, and visualize spatial data.
By linking spatial data with descriptive information, GIS allows us to understand patterns and relationships in a geographic context. GIS reveals patterns and relationships that are difficult to see through traditional analysis. This approach enables us to efficiently process requests and deliver clear, visual insights that support your project goals and timelines.
Visualize and analyze demographic and socioeconomic characteristics. This helps to improve spatial understanding of patterns and trends across different geographic areas
Converts tabular data (like customer addresses or business locations) to spatial data, which enables visual representation and allows for spatial analysis.
Geocoding helps us gain valuable insights into customer distribution, demographic suitability, competitive positioning, and market potential, ultimately leading to more strategic and successful location decisions.
Gather, map, and analyze housing characteristics such as:
GIS enables the layering of this data with geographic features, allowing for a detailed spatial understanding of how housing is distributed and how it relates to other community factors like infrastructure, zoning, and demographics.
Tools to develop drive-time areas, which helps us understand accessibility to amenities and market reach, while traffic count data informs us about visibility and potential congestion for site selection.
By overlaying demographic and economic data with these spatial analyses, we can gain crucial insights for optimal site acquisition and market understanding. Ultimately, this data-driven approach enhances marketing, improves decision-making, and contributes to more successful real estate developments that we can use on behalf of our clients.
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info@maxfieldresearch.com
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