Home > Public Safety > Customer Feature: Denco Area 9-1-1 District
FacebookLinkedInXPinterestEmail
Dark Mode

Customer Feature: Denco Area 9-1-1 District

The Denco Area 9-1-1 District (Denco) is an emergency communication district in Texas, formed on August 25, 1987, after voters supported the creation of the emergency communications district. Denco provides 9-1-1 emergency communication services through seven primary and two secondary Public Safety Answering Points (PSAPs) to citizens in 31 jurisdictions throughout North Texas which includes suburban and rural areas in and around Denton County.

Denco has been a GeoComm customer since May 2014 when they began preparing for a future migration to a Next Generation 9-1-1 (NG9-1-1) system. At that time GeoComm completed a comprehensive 9-1-1 Data Analysis which provided an overview of accuracy and synchronization issues within Denco’s GIS Data, MSAG, and ALI database. This analysis included providing Denco with an outline of recommended updates that would prepare the region’s GIS data for use in a mission-critical NG9-1-1 system.

Following the GIS data analysis GeoComm worked with Denco to develop and document workflows to assist the region with ongoing maintenance of high quality NG9-1-1 GIS data. Throughout the years Denco has remained diligent in their GIS data maintenance efforts and today have the GIS data policies and workflow processes in place that follow NENA NG9-1-1 standards and ensure proper maintenance of a district-wide GIS database incorporating disparate databases from participating local governmental agencies. As a result from their diligent GIS maintenance efforts, Denco is on track to meet the minimum 98% synchronization rate between MSAG, ALI, and GIS data as recommended by NENA informational document 71-50112 by December 2019. This minimum standard is important for the GIS data to be considered viable for use in a NG9-1-1 system.

Denco along with some of the jurisdictions within the Denco coverage area utilize GeoComm Maintainer, an NG9-1-1 GIS addressing tool built in Esri’s ArcGIS Desktop, to improve the quality and accuracy of their GIS data, automate address range assignment on their road segments, and identify and resolve synchronization issues between their 9-1-1 database and their GIS map data.

GeoComm Resolver is also used by all of Denco’s jurisdictions to inspect and resolve GIS data discrepancies identified through a series of quality control checks provided by GeoComm GIS Data Hub. GeoComm utilizes Amazon Web Service to provide GIS Data Hub as a Software-as-a-Service (SaaS)GIS data management solution to Denco. Denco authorities utilize GIS Data Hub to manage their GIS data lifecycle by using it to complete GIS data validation against industry standards, generate actionable reporting, accomplish their multi GIS dataset aggregation, and prepare map packages for provisioning to their 9-1-1 mapping applications.

All of these software tools were designed to help Denco and the jurisdictions they serve overcome their unique GIS data obstacles and empower them with tools that would simplify the completion of their daily GIS processes.

Denco is currently preparing for a transition and implementation of the NG Core Services that will include an ECRF and LVF to support i3 spatial call routing of 9-1-1 calls.

December 03, 2019

GIS Resources

Carbon County 9-1-1 Indoor Maps Project

The Carbon County Pennsylvania Communications Center recently partnered with GeoComm to create GIS-based indoor maps for buildings throughout their county. These indoor maps would be valuable and vital pieces of information for their dispatchers and first responders to aid in improving situational awareness and decreasing response times. Carbon County Communications Center dispatchers access their indoor maps in RapidSOS Portal, provided by GeoComm partner RapidSOS.

Life-Saving Z-Axis Data in the Emergency Communication Center

When a 9-1-1 call is placed, the caller’s location is a primary piece of information that dispatchers need to deploy emergency response personnel. Where is the caller located? What do their surroundings look like? Could something about that location be an obstacle or even hazardous to first responders?

Z-Axis Location Information – The Next Frontier of Public Safety Location Intelligence®

What is z-axis and how does it improve in public safety emergency response? Many Emergency Communications Centers (ECCs) have started to notice that raw z-axis information is now available to them, but what should be done with that information and how can it be made actionable?