Data-driven intelligence goes a long way for first responders.
In Salina, KS dispatchers arm first responders with information that helps keep them safer on the scene of a call for service.
To do this, dispatchers have built-in capabilities in their computer aided dispatch (CAD) system that includes building contact information, known onsite hazards, entry points, notes about prior incidences with residents, and other details that could impact the safety of responders.
This information is especially useful when a call for service comes in regarding someone with any sort of medical condition, according to lead dispatcher Angela Fuller with the Salina Police Department.
In one instance, this medical information was used when first responders were headed to an incident involving a residence with numerous disabled residents.
"When we know in advance that there is a situation involving someone with any type of disability, we can let first responders know what they might be dealing with," Fuller said. "This is especially useful in case of a fire emergency so our fire crews know that there could be individuals inside who are unable to evacuate."
First responders view this information on their mobile data terminals, which help them see vital CAD information in real time. With the ability to relay details about a call for service on a mobile device, another layer of privacy is extended to those in need. This is especially beneficial for any call involving sexual assaults and protected medical information.
While medical information is always private and separate radio channels are used for relaying information from dispatch to first responders, mobile CAD provides this same information in real time.
"Without mobile CAD capabilities, first responders would need to call in to dispatch to receive certain information surrounding patient's privacy," Fuller said. "Mobile CAD allows us to keep this private information secure, while also allowing first responders to access the pertinent data immediately."
From traffic citations to hurricanes to burglary rings, public safety personnel are always ready to provide help when it’s needed most.
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Dispatchers deal with life and death situations every day on the job. They're used to the pressure that comes with an intense call for service and being relied on to send the appropriate response to an emergency. That's why it takes quite a bit to get a dispatcher to refer to one particular day as worse than any of the others.
But according to Denise McKinney, Chief of Communications for the Ouachita Parish Fire Department in Louisiana, there's one day that stands out to her as the worst in her history on the job.
When Ouachita Parish including the cities of West Monroe and Monroe was hit by an EF2 tornado in December 2013, long after tornado season had ended, first responders worked diligently to aid those in need. According to the Enhanced Fujita scale, which is used to rank the severity of tornadoes, an EF2 indicates a storm with wind speeds of up to 135 mph.
"The storm started in the southwest end of the parish and continued to move throughout the community," McKinney said. "We were getting a lot of calls, but no one was using the word 'tornado' in the calls. What we were hearing was that there was a lot of wind and a lot of trees were coming down."
As the storm continued to move through the area, Ouachita Parish 911 received an onslaught of calls from residents who were trapped in their homes or unable to get home due to trees in the roadways. In addition, lightning from the storm caused many house fires, and rescuers needed clear pathways to get to those in need.
"The storm really tore up the area," McKinney said. "We had a lot of off-duty firemen come out with their chainsaws to clear pathways on the roadways so residents and emergency vehicles could get around. We were also getting calls from our public works personnel who let us know which roads had been closed, which was beneficial as it allowed us to enter that information into our computer aided dispatch (CAD) system."
By entering this information into CAD, dispatchers created roadblocks on CAD maps, which helped ensure all first responders avoided certain areas that were impassable.
"Every entry into our CAD system map was globally applied so that all users could see the changes in their mobile units within their patrol or rescue vehicles," McKinney said. "Being able to see those changes immediately enabled us to get help to where it was needed most despite the amount of debris on the roads."
Every year, the Great Plains region of the US experiences severe thunderstorms throughout the summer months.
The summer of 2017 was no different for Independence, Missouri.
In mid-July, heavy storms hit this Kansas City metro area town causing damage to vehicles, homes, and businesses. High winds of more than 85 mph also caused downed trees and power lines, which led to power outages for several residents.
In addition, the rain and hail accompanying these storms resulted in flash flooding as it dumped more than three inches onto the town. Numerous roadways were impassable due to the trees and flooding, which caused routing issues for motorists and first responders.
In this type of situation, dispatchers and first responders are tasked with routing emergency personnel to those in need, which can be difficult when roads are impassable.
During that storm, the local 9-1-1 dispatch center in Independence fielded such a high call volume that they were running a modified response on emergency calls.
According to Independence Fire Dept. Battalion Chief Cindy Culp, a modified response helps ensure an effective level of coverage continues throughout the community despite emergency conditions that could absorb numerous resources.
"Any time the big storms hit, we're out there with police responding to weather-related calls for service and your every-day emergencies," Culp said. "It's important for dispatch to make sure there's enough coverage throughout the city to account for any emergency situation that arises as well as for of the events attributed to weather activity."
While the modified response prevented the city from running out of first responders to meet the needs of the community, first responders also had to deal with how to get to those in need.
"We had to be re-routed to several calls for service due to the condition of the roads," Culp said. "Dispatch helped with routing us to these incidents so that we could get help to where it was needed most."
Like many emergency responses, communication with other agencies and departments played a large role in effectively meeting the needs of the community during the storm.
According to Joanna Whitt, Records Administrator for the Independence Police Dept., the police and fire departments work together quite often in emergencies.
"In critical situations, we work closely with the fire department," Whitt said. "Anytime the police and fire departments are on the scene together, we share information with each other that pertains to safety for first responders and the public."
Located just around 30 miles off the coast of Texas, between Houston and the Louisiana border, the neighboring communities of Nederland and Port Neches are so close together that it is often difficult to tell where one city ends and the other begins. The proximity between the two communities along with a third nearby city allowed for a unique partnership to form between local law enforcement. In these communities, local agencies rely on each other for basic services, including police dispatch.
Because all three municipalities are all utilizing the same computer aided dispatch (CAD) software, information flows seamlessly between each of the jurisdictions, according to Nederland Police Chief Darrell Bush.
This connection became a critical component of the police departments' response during Hurricane Harvey in 2017.
In just five days, the Nederland broke national records after 64.58 inches of rain drenched the community — 31.38 inches of which came down in a single day. Port Neches wasn't too far behind, receiving 64.51 inches of rainfall during the same time frame.
Despite the historic rainfall and unprecedented flooding, officers were able to reach the people in need of rescue — regardless of jurisdiction.
"I'll tell you that in a situation like that, you have manuals to go by and you have protocol, but the bottom line is that the actual situation is going to be different, and there is really no way to be proactive except to make sure that the software you're using and any equipment you are going to depend on is good and reliable," Bush said.
Operators in a centralized location were able to coordinate rescue efforts between police departments and dispatch the closest officer to the person in need. While physical barriers blocking roads generally kept officers in their respective jurisdictions, the intercommunity partnership prevented duplicated search and rescue efforts so that nearly 200 lives were saved in a timely manner.
Source: Charleston Gazette-MailBy Giuseppe Sabella
A Kanawha County sheriff’s deputy used three letters to describe her dangerous foot pursuit: AVL.
The automatic vehicle locator tracks first responders from more than 50 agencies throughout the county, and it may have saved Cpl. Stephanie Adams’ life.
Metro 911 officials said the upgrade launched in September and has since helped law enforcement, paramedics, firefighters and county residents.
Read the full story …
When it comes to the world of public safety, dispatchers and first responders are always ready to provide help when it’s needed most.
Take a look back at the work of public safety officials throughout the country by exploring these stories on The Call:
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Have a story you would like to share with The Call? Let us know!
This article is part three in a four-part series on fire responses and the roles of firefighters in the US.
Part 1 | Part 2 | Part 3 | Part 4
When fire crews respond to an unknown structure fire, they must prepare for the worst.
Unknown structure fires by their very nature present a level of danger for fire crews and the individuals involved in the emergency. While dispatchers gather as much information about the emergency as possible, what they know about the situation depends heavily on their computer aided dispatch (CAD) system's capabilities.
When a dispatcher can access premise history information regarding an address, which can include details of previous incidents at the address and potential hazards onsite, first responders use that data to stay safer on the scene. However, providing these details to fire crews is only possible when dispatchers have a CAD system with those capabilities.
According to former firefighter Dan Stringer who worked for a fire department in Michigan, there was one unknown structure fire that he responded to where access to extra information could have meant the difference between life and death.
The incident Stringer recalled involved a fire happening on a wooded property set back more than a quarter of a mile down a dirt driveway, which had significant ice accumulation due to a winter storm.
"When fire crews respond to an emergency and are unsure of the location, there is always the potential that the apparatus they're using won't make it to the scene due to impassable conditions," Stringer said. "A ladder truck is not going to make it across a one-lane, rural bridge, which can present a problem for responders getting to the scene. Thankfully, in this situation, we were able to get one truck on the scene and pump water to the scene from a fire engine parked at a hydrant location."
The scene in question involved a barn, which was completely engulfed in flames. When fire crews began attacking the fire from inside the structure, they discovered construction equipment and numerous drums of oil, some of which were beginning to boil.
"There was a significant explosion risk that we didn't even know about until we were inside the structure," Stringer said. "If those oil drums had exploded, that fire would have been catastrophic for the crews."
Although the barn was a total loss due to damage, fire crews extinguished the flames and no one was injured.
"Technology has made it possible for fire crews to know so much more when they respond to any emergency, but it's not available in all fire departments," Stringer said. "Instant, real-time information is vital to staying safe on the scene of an emergency."
Take a look back at this article to find out how the Oxnard Police Dept. in California was able to reduce the number of gang shootings in the city through the use of intelligence-led policing techniques.
With intelligence led policing, the Oxnard Police Dept. in California is reducing the number of gang shootings in the city.
Located in the Greater Los Angeles area, and with a population of about 207,000 residents, the Oxnard Police Department (PD) continually seeks ways of effectively addressing gang violence.
To combat this problem, the Oxnard PD uses information-driven policing techniques to help address gang activities, especially when there is a connection with violent crime.
In a fire emergency, every second is crucial. That's why dispatchers must work quickly to send the appropriate response to the scene.
When a summer lightning storm caused multiple fires in an Oregon community, dispatchers with the Marion Area Multi Agency Emergency Telecommunications Center (METCOM) were tasked with providing effective coverage to their citizens.
To do this, dispatchers relied heavily on built-in fire response plan capabilities in METCOM's computer aided dispatch (CAD) system. These plans dictate what units and capabilities are needed for a specific call and help get a response moving as quickly as possible. Because fire emergencies can escalate quickly, these plans also take alarm levels assigned to fires into consideration.
When dispatchers escalate a fire emergency to a higher alarm, which indicates the severity of the fire emergency, they know exactly what type of response will be sent to the scene with pre-determined responses built in to CAD.
According to METCOM director Gina Audritsh, dispatch centers throughout the United States use the term level and alarm synonymously when discussing fire emergencies.
"It's important that dispatchers can assign alarms in CAD to fire emergencies and get the right response to the scene as quickly as possible," Audritsh said. "Without these capabilities, sending the best response takes longer."
According to Audritsh, there was a time before METCOM upgraded its CAD system when dispatchers relied on paper maps and manual processes when sending a response.
"At METCOM, we've come a long way," Audritsh said. "We've grown to dispatch for 29 agencies. To do this effectively, we needed a CAD system capable of getting our first responders on the scene as quickly and safely as possible. We have that capability now and our responses have improved so much that our fire departments have experienced improved scores with their insurance rating as a result."
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