Fire Accreditation Analysis
Used to complete spatial analysis workflows and generate maps based on the CFAI Accreditation Model IT specifications.
Use GIS data to measure performance for continual improvement
Firefighters make critical decisions based on limited information every day. Agencies should strive to generate verified data for emergency and nonemergency needs to provide responders with the right data at the right time. Through the power of location intelligence, organizations can now adopt a smarter, more integrative approach to safety.
Through the accreditation process, GIS can be used to analyze, measure, and share data with decision-makers. This data can come from computer-aided dispatch software, records management systems, community risk reduction activities, or any source deemed appropriate by the agency.
The Center for Public Safety Excellence (CPSE) accreditation is "an all-hazard, quality improvement model based on risk analysis and self-assessment that promotes the establishment of community-adopted performance targets for fire and emergency service agencies." This model of continual improvement is heavily dependent on the collection and analysis of data, and GIS supports the self-assessment. The benefits of using the appropriate GIS data to measure standards of cover performance and focus resources are far-reaching.
GIS can be used to identify gaps in the current deployment model, ensure resources are deployed appropriately, and address risks identified in the community risk assessment.
Drive-time analysis, 90th percentile data visualization, and the presentation of high-risk areas can all be performed with GIS. Off-the-shelf templates support an agency's data analysis. Templates provide direction on how to automate the data you import into your solutions. These solutions support standards of cover practices and are configurable and very flexible.
Industry Blog
GIS is a major component of the National Emergency Response Information System (NERIS), which is transforming the legacy system.
Esri Blog
During Hurricane Ian, federal and state response teams used tools to allow actions to be tracked on a shared map, including last known locations.
Esri Blog
The Charlottesville Fire Department in Virginia tracks fire hydrant inspections with an all-in-one mobile work app.
RECORDED WEBINAR
Learn how to measure key performance indicators in real time with GIS.
ESRI BLOG
The Missouri Division of Fire Safety has saved time and expenses through automating its permitting and inspection processes.
USER STORY
Charlottesville Fire Department uses an all-in-one mobile work app to streamline the hydrant inspection process and get real-time information.
Used to complete spatial analysis workflows and generate maps based on the CFAI Accreditation Model IT specifications.
Visualize fire and EMS incidents sourced from dispatch or records management systems and monitor associated response times.
Used to inventory fire pre-incident plans and understand hazards and risks that affect responding personnel and building occupants.
Identify properties and buildings that could result in a loss of life, or have a negative impact on the community, if a fire were to occur.
Used to perform fire hydrant inspections and ensure that every hydrant in a district performs reliably when an emergency occurs.
Get maps that provide the situational awareness needed to save lives and protect property.
Better understand the spatial behaviors of fires, floods, and other natural hazards.
Accurately display available resources, provide first responders and call centers with more reliable routes, reduce emergency response times, and save lives.
Empower personnel with real-time location insight for better decision-making to keep your communities safe.