911 Map Data
Because when lives are on the line, accuracy matters.
Whether you're a first-responder or a channel partner — if you're looking for a GIS company to supply you with accurate 911 map data to integrate into your emergency response system, you've come to the right place. For years, we've been supplying accurate, field-verified public safety map data for use in emergency dispatch software, GIS mapping systems and data mapping solutions.
Data specifically for public safety, verified by public safety experts
Because physical addresses are the fundamental core and universal key to a well-run emergency response system, it is critical that all addresses be field verified. That's why our public safety public safety map data is 100% field-verified. Based on our experience, specifically for public safety, the only way to create a solid mapping foundation is field verification of each and every address and road.
Advanced collection techniques for unparalleled confidence
When a call for help comes in, you can respond with confidence knowing that you have the best data in the industry — collected, verified and supplemented using the most advanced techniques available:
- Point-based address collection: Point-based collection utilizes a fleet of third generation mobile mapping vehicles marrying three navigation technologies with a revolutionary voice recording system to map a jurisdiction with spatially accurate (sub-meter) three-dimensional results. It’s because of this process that you can expect call mapping to an exact, field verified location in more than 99% of all 911 calls.
- Linear reference: Calculating three-dimensional mileage using routes and mileposts helps to identify high-hazard locations which can potentially translate to incremental roadway safety funding opportunities, benefiting 911, public safety, departments of transportation and engineers.
- Routing: Road network attributes like one-way restrictions and speed limits can affect routing. Our routing engine intelligently calculates these factors, maximizing efficiency in finding a destination — recalculating routes based on factors such as road closures, travel and turn restrictions.