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GeoComm and Esri Canada collaborate on indoor mapping capabilities for better 911 emergency response
The PoC was demonstrated in collaboration with the City of Guelph, Ontario, a recipient of $1.017 million CAD from a federal program of Defence Research and Development Canada, towards the development of a next-generation emergency services GIS database.
"In public safety emergency response it is essential that help arrives in the right location, at the right time. For over 25 years GeoComm has been dedicated to providing public safety agencies GIS data services and applications to improve emergency response. We are excited to be partnering with Esri Canada in their commitment to serving Canadian municipalities and bringing them the power to see indoors," Dan Craigie, Strategic Development Director for Public Safety GIS Content at GeoComm.
Historically, 9-1-1 and emergency services are locationally challenged when dispatching and responding to specific locations inside buildings. With the average citizen spending over 80% of their lives indoors and over 80% of all 9-1-1 calls now originating from mobile phones (with no fixed location), those location challenges are greatly amplified. Lives have been lost as a result.
With raw geodetic positions from mobile phones now becoming available for 9-1-1 calls, improved actionable information about a caller's location is possible–even indoors. Unfortunately, without context of the indoor space, this raw position—while potentially very accurate and precise—is little more than a blue dot on an otherwise blank screen. With indoor maps, however, dispatchers will be able to effectively communicate the location of a caller in a better context (e.g., stairs, rooms, floors, etc.).
"In partnering with GeoComm, we've been able to bring awareness and education to Canada on the importance of indoor mapping for 9-1-1 emergency response. The technological shift to Next Generation 9-1-1 and the availability of the z-axis will enable more accurate and efficient emergency response–when minutes and seconds matter," said Joann Fox, NG9-1-1 industry manager, Esri Canada.
Additionally, due to their potential usefulness during an emergency response, the use of location-based IoT sensors within the indoor space must be considered. For example, the PoC solution leverages building related data from location-based heat and smoke sensors to determine indoor location, which significantly enhances situational awareness for first responders.
For more information on NG9-1-1 and indoor mapping, visit esri.ca/ng911 (http://www.esri.ca/
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