MCP Insights

Data and How It Will Change the Public Safety Communications Landscape [WEBINAR]

Ready or not, data is taking over the world. So what does that mean for emergency communications?

The way in which public safety answering points (PSAPs) respond to both emergency, and non-emergency events, will change dramatically once public safety communications starts harnessing the the increasing availability of data in our communities. Here are some interesting stats:

• Internet-connected machines are expected to be more than 200 billion by 2020 according to research from Intel.
• Gartner predicts that the IoT market will eventually include 20.8 billion things.
• Technology giant Ericsson predicts that in 2018, there will be more IoT gadgets than mobile devices.

In today’s communications environment, PSAPs rely primarily on voice communications to provide an up-to-date picture of what’s happening at the emergency scene and communicate with other first responders. This is problematic when the communications infrastructure becomes disabled during natural disasters, or when a victim is unable to place a call for help.

In-Building Public Safety Radio Coverage: Tips for Overcoming Limitations and Issues

When it comes to emergency response, having reliable public safety radio coverage is imperative to keeping first responders safe and able to communicate when responding to incidents inside of buildings. As natural disasters intensify and terrorists become bolder, building codes and standards become stricter. While thicker walls and reinforced windows are great for the safety of a building’s inhabitants, they also make it more difficult for radio signals to penetrate.

PEMA Builds New High-Tech EOC Under Budget with MCP’s Help

The Pennsylvania Emergency Management Agency (PEMA), a statewide agency tasked with coordinating prevention, response and recovery activities related to natural and manmade emergencies in the Commonwealth of Pennsylvania, wanted to introduce new technology and replace aging systems in its legacy Emergency Operations Center (EOC).

MCP is extremely proud to have played a role in helping PEMA construct and implement an innovative and modern EOC that dramatically improves their administrative and operational capabilities, both day-to-day and during emergencies. The new facility opened in July 2016 – and was completed under budget, despite the fact that the budget was established nearly a full decade before construction was completed.

Pennsylvania Emergency Operations Center Facility - Harrisburg, PA

Their original facility, located in a suburb near the state capital of Harrisburg, was not originally designed to be a coordination center during large, multijurisdictional events. Not only did this hamper the agency’s operations, it also had space constraints that prevented PEMA from introducing new technology and scaling its operations to meet the needs of today’s emergency response environment.

When It Comes To FirstNet and NG911 Convergence is the Key To Success

“Let’s go invent tomorrow instead of worrying about what happened yesterday.” – Steve Jobs

Our nation’s 911 centers, the nexus of citizens who need help and our dedicated first responders, are on the brink of a major evolution. Some would say that it is on a level similar to how the iPhone revolutionized mobile communications a decade ago. 

The foundation currently is being laid for end-to-end Internet Protocol (IP) communications from the caller (or sensor) all the way through to the first responders in the field. Freed from the limitations of 512 characters (or less) of emergency caller data, the 911 sector will integrate systems and networks previously impeded by proprietary protocols and siloed networks. 

The convergence of Next Generation 911 (NG911) and the Nationwide Public Safety Broadband Network (NPSBN) will give 911 professionals and first responders alike a seamless emergency communications environment that enables sharing of critical multimedia data—between the public, 911 centers, and first responders. Gone will be the days of, “This network/system doesn’t talk to that one.” Or, “That data isn’t available.” Or, “There’s no way for me to send you that information.”

The flywheel of progress continues to turn and we all owe it to everyone who calls 911 in their greatest time of need to keep it moving in the right direction. Discussions are taking place on how and why Emergency Services IP Networks (ESInets)—which will transmit emergency calls and related data—and the NPSBN need to be interconnected to share critical information needed by 911 centers and first responders alike. There are many compelling use cases that speak to the need for a strong integration—all of which come back to the workflow of our emergency responders. Keeping our responders safe, leveraging the data to make better decisions, and ultimately improving outcomes for those who need help, are all reasons that NG911 systems and the NPSBN must work together. 

Public safety needs visibility into the NPSBN’s design

For a while now, the First Responder Network Authority (FirstNet) has been describing the nationwide public safety broadband network (NPSBN) that it is implementing in partnership with AT&T as a “mission-critical” communications network for public safety. And it is entirely possible that the network will live up to its promise. But that is not the type of thing that the public safety sector will accept on face value—it is going to need proof. That’s just the way it is in public safety, a sector where lives are on the line and seconds count, every day.   

Embracing the Power of NG911 Content for Improving Emergency Response [Webinar]

Next Generation 911 (NG911) and the Nationwide Public Safety Broadband Network (NPSBN) promise to be powerful platforms that will improve response times, create resource efficiencies and revolutionize how public safety operates. We believe that NG911 content, defined as value-added data inputs about a call, caller or the location of a call, will not only enable first responders in the migration towards NG911, but will also help drive NG911 adoption.

Life at MCP: Meet Nick Falgiatore

Nick Falgiatore is a senior technology specialist at Mission Critical Partners (MCP) who brings a decade of industry experience to the table. His prowess includes land mobile radio system assessment, design, procurement, and implementation support, FirstNet planning, Federal Communications Commission (FCC) licensing, propagation modeling, interoperability planning, and data gathering among others. He’s also one of the public safety communications sector’s rising stars – he was recently honored with an award as a leading professional charting a course in the industry in the years to come.

Team first mentality

Nick came to MCP in 2013 and was quickly entrenched in projects of all shapes and sizes implementing public safety communications systems. He has supported more than 50 clients with designing and deploying new radio and wireless broadband solutions such as Project 25 (P25) Phase I and Phase II systems. In the last two years, he’s been heavily engaged with the rollout of the Nationwide Public Safety Broadband Network, being implemented by FirstNet, working shoulder-to-shoulder with several state and local clients as they build their strategy to build out their network.

'A' Player Traits and How to Spot Them Using a Prescreen Interview

A previous post presented, on a high-level, the approach we take to finding the A players for our public safety communications careers, known as “Topgrading,” a methodology developed by Dr. Brad Smart, who is considered by many to be the world’s foremost expert on hiring practices. This article will explore some of the nuances of Topgrading, and contains tips for public safety leaders looking to find A players to add to their organization.

Unlike the yeti, the A player is no mythical creature. Indeed, the A player—who is defined as a person among the top 10 percent of professionals in his or her chosen field—has numerous discernible traits such as:

• Best-in-class achievements—A players are results driven, exhibit consistently excellent performance, and often are award winners
• Superior problem-solving abilities—A players are quick studies and able to perform complex analysis
• Outstanding leadership skills—A players not only are self-starters, but also self-leaders; typically, you give them a direction, and then get out of their way; they are highly adaptive, they execute needed change, and they inspire others to higher levels of performance
• High passion and energy—A players are driven to succeed and work at a fast pace; they will do whatever it takes—within the bounds of ethics—to get the job done.

Having a roster of A players is vitally important to every organization, but none more so than public safety agencies, which every day encounter situations where lives are on the line and every second counts. So, how does one identify the A players in the public safety sector? It all starts with the Topgrading prescreen interview.

Build a Smart PSAP Cyber Security Strategy: 8 Critical "Must-Haves"

The emergency communications industry is a growing target for cyber security attacks and the threat is only just beginning. Public safety communications infrastructure is becoming more IP-based, and as a result, it's vulnerability to cyber threats is on the rise. There are more than 6,000 PSAPs located across the country, and 80 percent of them are small, making them unlikely to have inadequate cyber security defense programs. This is just one factor, among many, that makes 911 systems an attractive target for cyber-attacks.

Several major cyber security incidents have plagued the industry in the recent months, including

• An October 2016 attack where a teenager accidently impacted 911 centers around the country with a Twitter post containing a link that once clicked on, hijacked your iPhone and dialed 911 repeatedly. The post was clicked more than 117,000 times.

• Ransomware that affected 300 PCs and 40 servers with sensitive data plagued Madison County, who paid an astounding $21,000 in ransom (later covered by cyber insurance). The cost in
  man-hours to restore data is unknown and irretrievable.

These are just two examples that demonstrate that cyber threats are growing in complexity and sophistication, and could continue to increase in severity as PSAPs become more interconnected, both regionally and at the statewide level.

So what cyber threats exist and what steps can you take  to prepare your psap?

Understanding the types of cyber threats that exist today, PSAP and IT Managers can better protect the data and assets within their 911 centers that could be targets.

Statewide Implementations Are Best For Text-to-911

Imagine being on the freeway and encountering a horrific accident, one that almost certainly has resulted in fatalities. You instinctively reach for your mobile phone, and then freeze—because you are a member of the deaf/hard-of-hearing/speech-disabled community and text-to-911 service has yet to arrive where you live.

This is no hypothetical event. It actually happened to Academy Award-winning actress Marlee Matlin, who spoke about it during her keynote address at the 2013 Association of Public-Safety Communications Officials (APCO) national conference. Matlin—who has been a devoted advocate for text-to-911 service—reportedly said at the time, “Instead of being able to instantly text to 911, I had to trust and leave it to other bystanders. And I shudder to think, what if it had been me in the accident—how could I have called?”

Four years later, text-to-911 service still isn’t ubiquitous in the United States—in fact, it is nowhere close to ubiquity, as only about 14 percent of public safety answering points in the United States have implemented the service.

This leads to a critical question: why isn’t this lifesaving feature universally available today?

PSAP Cyber Security Threats and How to Prepare Your Agency [Webinar]

In 2016, the U.S. Department of Homeland Security (DHS) issued an alert indicating that government facilities are being targeted by hackers and cyber criminals, a trend that DHS expected would increase.

Not only were they spot on, the issue has since specifically impacted emergency communications systems on various scales and unprecedented levels several times since that alert. For example:

• Last October, a Twitter post containing a shortened link took over the phone and dialed 911 repeatedly was clicked more than 117,000 times by Apple phone users. 9-1-1 centers across the country were affected.
• In Washington D.C., 70 percent of storage devices that record data from D.C. police surveillance cameras were infected with ransomware eight days before President Trump’s inauguration.
• In Licking County, OH, a 911 center went without computers for a time because of a countywide network shutdown to prevent an attack from spreading.

How We Predict NG911 Will Play Out in the Public Safety Industry [Infographic]

From Next Generation 911 (NG911) to FirstNet, text-to-911 and all the emerging technoFrom Next Generation 911 (NG911) to FirstNet, text-to-911 and all the emerging technologies being implemented in the public safety industry, the way a 911 call is processed and dispatched is changing dramatically. The evolution represents a quantum leap forward in the level of service the nation’s public safety answering points (PSAPs) can provide to the public and first responders. But the migration is being slowed considerably by some of the same difficulties it’s faced before.

The public safety industry has always struggled with technology evolution: it takes significantly longer than it should and the process is far inefficient. Case in point – it took more than four decades to make 911 service available to the entire country.