Add On: Geospatial

Track addresses in your investigations

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By Hubstream Inc.

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Geospatial information

Geospatial information is data embedded with geographic components, such as coordinates or addresses. This type of information is frequently used in crime intelligence and analytics to understand the context of data points. By understanding where particular events take place on a map, investigators can identify trends and relationships that would otherwise go unnoticed.

What does geospatial information include?

Geospatial information includes all data with a spatial component—that is, location-based information such as coordinates or addresses. This data type can be used to create visual maps and diagrams that help people understand relationships between different location-based points. For example, geospatial analysis can map population density across a city or uncover correlations between weather patterns and crop yields.

How can geospatial information help investigators?

Geospatial information is any data related to a geographic location that can be used to understand the physical characteristics of a place. It can be used in investigations to find evidence, analyze patterns, identify trends, and make decisions.

Provides a visual representation of an area or situation:

It makes it easier for investigators to see patterns or connections between different events and locations by looking at them from various perspectives. This allows them to quickly identify areas that need further investigation or may hold answers. For example, if an investigation involves finding out why a certain crime happened in one area but not another, GI can be used to compare the two areas and look for potential correlations.

Facilitates combining different data sources:

It allows investigators to combine multiple sources of data into one coherent picture. By combining data from multiple sources such as satellite imagery, aerial photography, demographic information, and other sources, investigators can gain a more comprehensive understanding of the situation they’re investigating. They can then use this data to make better decisions about how best to proceed with their investigations.

Allows discovery of previously unfound data:

It provides evidence that cannot be found through traditional methods. For example, by combining aerial photography with GIS software such as ArcGIS™️ or Google Earth™️ Pro, investigators are able to analyze terrain features such as contours that are impossible for them to observe on foot or by car. This kind of evidence can help support an investigation or provide leads for further inquiry into a particular case.

Using geospatial information in investigations offers many benefits for investigators who are trying to solve complex cases or uncover new leads. Geospatial information has the power to open up investigative opportunities and help bring perpetrators of crime swiftly before justice is served.

Types of geospatial data

Geospatial data can come in many forms, including maps, aerial photographs, satellite imagery, and digital elevation models. Each of these has its uses and benefits. Here are some of the most common types of geospatial data:


Maps provide detailed visual representations of places or regions. They can be used to find specific locations or explore patterns in an area. Maps are incredibly useful for navigation and planning purposes.

Aerial photographs:

Aerial photographs are pictures taken from an aircraft or drone that provide a bird’s-eye view of an area. They offer valuable insight into what an area looks like from above, which can be extremely useful for planning or analysis purposes.

Satellite imagery:

Satellite imagery is similar to aerial photographs but is taken from a much higher altitude (typically hundreds or thousands of kilometers up). This type of geospatial data provides detailed views of large areas that may not be accessible by other means.

Digital Elevation Models:

Digital elevation models (DEM) are three-dimensional computer models that represent terrain features such as mountains and valleys in great detail. DEMs are often used to create 3D maps or simulations for analysis or visualization purposes.

Geospatial data is a powerful tool for anyone who needs to better understand their environment and make decisions based on geography-related information.  

How can Hubstream help investigators with geospatial information?

The modern age of investigations has seen remarkable advances in technology, allowing investigators to leverage powerful tools and software to help them uncover evidence and track leads. Hubstream’s geospatial add-on template makes this process even easier by allowing investigative teams to quickly and easily track addresses in their investigations. This template is designed to help investigators stay on top of every detail, making sure nothing is missed along the way. With a simple setup process and helpful features like location-based search, address lookup, and address validation, Hubstream’s geospatial template takes the guesswork out of investigations.

What does the geospatial add-on template contain?

An address entity type.
Value lists of countries and states.
Configuration settings to enable map and street view tiles.

What goals can investigators achieve with this add-on template?

Include addresses as part of their investigations.
Manage and analyze data on addresses.
Visualize the location of addresses including by map and street view.

What are the benefits of using this template?

Easily track addresses, including city, state, and country.
Safely store information on the geo-location (latitude and longitude).
Visualize links between addresses effectively, as well as links with other entities such as people or companies.

Hubstream ONE’s geospatial add-on template makes it easy for investigative teams to quickly and accurately track addresses associated with their investigations. Not only does the template offer an intuitive layout, but it also provides users with detailed analytics on addresses, allowing investigators to analyze data more efficiently and make more informed decisions. This ultimately allows law enforcement agencies to serve their communities better and ensure justice is served.

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