What is Geocoding?
Excellent question! Geocoding is the process of using address information (like street name, postal code, etc…) to find latitude/longitude coordinates so we know how to place points on maps. For more information, see our section on Geocoding Options.
Does SpatialKey geocode non-U.S. addresses?
SpatialKey supports the geocoding of addresses for over 150 different countries. Additionally you can import data that includes latitude and longitude for any location in the world. Non-U.S geocoding is a premium feature – if you would like this enabled for your organization, please contact us.
Can SpatialKey work with real-time data?
SpatialKey addresses most of the requests we get for “real-time” daily or even hourly updates. If you need updates more frequently than that and are working with large data instances please send us a description of your use scenario and we’ll let you know whether SpatialKey can meet your needs.
Does SpatialKey allow me to import shapefiles?
Shapefiles can be imported into SpatialKey. Guidelines for this process are provided in Importing Shapefiles.
What is geo‑correction and why would I use it?
Geo‑correction is a feature available only in the Underwriting application that allows you to fine‑tune the position of a manually entered address. After typing in a location, you can drag the map marker to the exact rooftop or precise spot you want analyzed.
You would use geo‑correction when the automated geocode is close but not perfectly accurate. Adjusting the point ensures your hazard results and accumulation checks reflect the true location of the building rather than a nearby street, parcel edge, or alley.
Key points
Occurs before running the analysis
You confirm or adjust the marker during the Underwriting setup workflow, ensuring accuracy before results are generated.
Available only for manually typed addresses
You can drag and reposition locations you enter directly in the Underwriting app.
Not available for imported schedules or API‑submitted locations
Uploaded CSVs or API locations must already contain accurate address or latitude/longitude values, as these cannot be corrected using geo‑correction.
Improves underwriting accuracy
Even small spatial adjustments can change hazard results or accumulation exposure—for example, whether a building sits inside a flood zone or within a ring threshold.
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