MCP Insights

Subscribe to Newsletter

Learn More About How Drones Are Being Used in Public Safety

Over the last two decades, I have written now and then about a relative who was a career firefighter for the city of Chicago. I am writing about him again today because he’s the reason I’m so excited about a panel discussion that I’ll be moderating in a couple of weeks during MCP’s second-annual Conference for Advancing Public Safety (CAPS).

Be Wary of Using Commercial Broadband Networks for Public Safety Voice

More than ever, broadband communications networks are essential to the public safety and justice communities. Such networks easily transmit highly bandwidth-intensive files, e.g., video and building floor plans, that would choke a narrowband network. Such files enhance situational awareness for incident commanders and other officials—as well as emergency responders and jail/prison officers—by orders of magnitude, which in turn helps them do their jobs better.

But there’s a flip side to broadband communications networks of which the public safety community needs to take seriously. Such networks typically are owned and operated by commercial entities, and because of this public safety agencies that contract for broadband services typically do not receive the performance guarantees and—even more importantly—the visibility into these networks that they’re used to receiving from the networks that they own and operate, for example, their land mobile radio (LMR) systems.

Consequently, public safety agencies should proceed carefully when they consider whether to contract with any commercial entity for broadband services.

A Few Thoughts on Data Integration for Public Safety Agencies

There was a time, not that long ago, when voice communications were king in the public safety community, and data communications were an afterthought. This largely was driven by the limitations of narrowband wireless systems. In the earliest days of data communications, such systems delivered throughput rates of 9,600 baud, which enabled the equivalent of text messages. Things improved a bit when data generated to and from field personnel was transmitted via air cards provisioned by commercial wireless carriers, but only modestly—the largest files that could be transmitted then were mug shots, and they often took a long time to arrive, if they arrived at all.

An Effective Way to Improve Evidence Management

An axiom within the criminal-justice community is that the more evidence that can be captured and leveraged by the prosecution, the better. Corollary to that axiom, however, is that evidence—regardless of type or quantity—has no utility if it is not easily accessed and shared, or worse, somehow falls through the cracks. The way to prevent such problems from occurring is to deploy a digital evidence management solution, or DEMS.

Call-Handling and Dispatch Technology Considerations for ECCs

First responders historically have arrived at an emergency scene armed with only the information that emergency communications center (ECC) telecommunicators extracted while talking with a 911 caller. However, such callers usually are experiencing one of the worst moments of their lives, which makes it extremely difficult, if not impossible, for most to deliver complete, coherent information. As a result, first responders are left to piece together what to expect upon arrival.

Whitepaper Cautions Against Using TIGER Data for GIS Data Development

Geographic information system (GIS) data is a foundational component in the migration to, and continuing operation of, Next Generation 911 (NG911) systems.

But developing local GIS data so that it aligns with NG911 standards is a laborious and time-consuming process that can take months or years to complete.

Despite this, MCP’s Robert Horne, one of the firm’s GIS gurus, cautions in a recent whitepaper against taking shortcuts in developing GIS data for use in a NG911 environment. Spe cifically, Robert writes that public safety agencies should avoid using the U.S. Census Bureau’s open-source Topologically Integrated Geographic Encoding and Referencing (TIGER) data for 911 call-routing purposes. TIGER data is available free of charge, but does not meet basic public safety requirements, nor the established NG911 standards, Robert writes. This is due to incomplete data attribution, poor spatial accuracy, incomplete coverage of the PSAP’s jurisdictional footprint, inaccurate street names and address ranges, and a lagging data update schedule. local GIS data so that it aligns with NG911 standards is a laborious and time-c onsuming process that can take months or years to complete.

Why COOP/DR Plans Need to Consider GIS Data Maintenance

A couple of weeks ago, MCP’s Richard Gaston posted about why it is critically important for every public-safety agency, regardless of size and resources, to have continuity-of-operations plans (COOP) and disaster-recovery (DR) plans in place. This post addresses an element that is lacking in many such plans, a gap that the COVID-19 pandemic has brought into sharp focus—geographic information system (GIS) data maintenance.

For decades, location of 911 callers was determined solely by querying the master street address guide (MSAG) and automatic location identification (ALI) tabular databases. About a quarter century ago, GIS-generated data entered the picture—quite literally—as computer-aided dispatch (GIS) system mapping applications began to leverage it to depict 911-caller locations on the map display on telecommunicators’ screens. In the Next Generation 911 (NG911) environment, GIS data will play an even bigger role, because geospatial data will replace MSAG and ALI data as the primary means of locating 911 callers.

The Public Safety Communications Challenges We’re Tackling in 2020

Earlier this year, public safety communications professionals from across the country came together in Austin, TX, to discuss and address the most pressing issues facing the industry at NENA’s Standards & Best Practices Conference. We discussed in a previous blog post why events like this one are critical to our industry’s success in continuing to improve emergency response outcomes. Which challenges are we tackling this year and what’s next for 911?

2020 Public Safety Industry Outlook

We’re six weeks into a new year and a new decade, and public safety leaders are focused on pursuing more funding, implementing unconventional approaches related to staffing, recruiting and retention, and implementing innovative strategies to modernize their public safety communications technologies and networks—all while keeping them secure from cyberattacks, which are increasing in frequency and complexity.

Recently, we hosted our first webinar of 2020, during which more than 100 public safety professionals shared their top budget priorities and marketing challenges. Upgrading public safety technology, such as legacy computer-aided dispatch (CAD) and records-management systems (RMS) was a prominent theme, with more than half of participants citing this as a key priority in their organization for the coming year. Transitioning to Next Generation 911 (NG911) and staffing, retention and organizational planning also were reemerging topics from previous years.

URL Integration Acquisition Bolsters MCP’s Data-Integration Capabilities

When we launched MCP a little more than a decade ago, we established some pretty aggressive growth goals, especially for a firm that was operating out of a garage and had no clients at the very beginning. Nevertheless, each goal was met with room to spare. Our ability to do so hinged on a single, overarching, inflexible focus on delighting the client.

Public Safety Data Harnessing is a Big, Vitally Important Job

On December 8, Mission Critical Partners (MCP) kicked off its tenth-annual, two-day extravaganza in Pittsburgh, an event that brings together all 125 MCP professionals from around the county, as well as keynote speakers and several clients. The purpose of the event is to discuss in detail emerging and industry-changing topics, network, inspire, and educate MCP professionals on the biggest topics impacting public safety.

The key theme that emerged at this year’s end-of-year event was the need for the public safety community to figure out ways to harness the tremendous amount of data that could be available to first responders in the nation’s emergency communications centers (ECCs) and in the field.

Why Public Safety Should Care About the Dark Web

Today, more public safety agencies are taking a serious look at how they can mitigate the risk of cyberattacks due to the dramatic spike in ransomware attacks on state and local governments. Such attacks often result in hefty ransom demands, with reports of demands as high as $400,000. One of the most well-known ransomware attacks of 2019 impacted 22 municipalities in Texas, with hackers requesting more than two million dollars in ransom payment to unlock the data.