Long-awaited next-generation-911 cost study released

Upgrading U.S. public-safety answering points to IP-based next-generation 911 (NG911) technology will cost $9.5 billion to $12.7 billion during a 10-year period, according to a much-anticipated cost study released today by the National Highway Traffic Safety Administration (NHTSA) and the National Telecommunications and Information Administration (NTIA).

SOURCE: Urgent Communications

DATE: October 5, 2018

Requested by Congress, the cost study is expected to help guide federal lawmakers as they consider potential legislation that would help fund the transition from legacy 911 to NG911. Historically, 911 has been funded by state and local governments, although the federal government managing a $110 million grant program for 911 upgrades that was included in the legislation that created FirstNet in 2012.

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Virginia’s COMLINC: An example of a successful transition to a viable funding source

By Tom Gagnon

With state and locality budgets facing increased pressure, the prospects of transitioning equipment purchased and maintained with grant funds to a budget line item can appear bleak. However, with the correct approach, the odds of a successful transition can be greatly increased.

Following September 11, 2001, states and localities received unprecedented federal grant funding, which resulted in major acquisitions of public safety communications equipment. While greatly enhancing public safety entities’ (PSE) effectiveness, these acquisitions were often made without establishing long-term sustainment plans.

Sustainment funding became an afterthought, as states and localities hurried to secure use-or-lose grant opportunities or assumed grant funding would remain sufficiently adequate to perform sustainment. Facing myriad competing priorities, state and locality governments often accepted risk by assuming equipment maintenance, upgrade, and replacement could be accomplished—in part or completely—with grant funds.

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RapidSOS partners with Google to deliver improved wireless 911 caller location to PSAPs

RapidSOS announces a partnership with Google to deliver Android Emergency Location Service (ELS) information to public-safety answering points (PSAPs) for free, providing U.S. 911 centers with a method to access improved wireless-caller location much more quickly to enhance incident-response efforts.

SOURCE: Urgent Communications

DATE: September 21, 2018

RapidSOS CEO Michael Martin said that ELS is “very similar” to Apple Hybridized Emergency Location (HELO), which uses device-based hybrid location—technology that leverages information from Wi-Fi access points and myriad sensors on a device, as well as traditional GPS—to locate an emergency caller.

“We actually piloted with them [Google] back in January, in three 911 centers around the country,” Martin said during an interview with IWCE’s Urgent Communications. “It was a fairly small pilot, but they’ve now announced that, as of September, that we’re deploying this across the United States.

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Litigation and Adverse Incidents in Emergency Dispatching

Litigation and Adverse Incidents in Emergency Dispatching

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Abstract

Introduction: Risk management is an area of critical importance for emergency services and public safety agencies, including emergency communication centers. However, almost no information currently exists regarding litigation against, or involving, emergency dispatch.

Objectives: The primary objective in this study was to characterize the most common types of adverse events, actions, and omissions of action that lead to lawsuits against emergency dispatchers and their agencies.

Methods: The study was a systematic literature review. Research and legal document databases were searched systematically for terms relating to emergency dispatch and litigation. The only data collected were publically available records, including legal documents from state, local, and federal case files, and documents pertaining to dispatch litigation obtained from research and news databases.

Results: 84 dispatch-related legal cases were reviewed, of which five were excluded for various reasons. Multiple (two or more) calls was the most common dispatch problem named as the issue in the suit, followed by delayed dispatch or response, customer service issues or mishandled calls, and failure to provide pre-arrival/post-dispatch instructions. A median $1 million settlement or decision was awarded to plaintiffs.

Conclusions: This study identified a number of common and preventable dispatch errors that characterize the majority of lawsuits brought against emergency communication centers. Such problems increasingly leave emergency communication centers open to serious legal liability. Our findings indicate that there exists a clear, expected, and enforceable standard of practice for emergency dispatching, and that this standard is increasingly applied by both the courts and the public in judging the actions of emergency communications centers and individual dispatchers.

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Commercial carriers commit to adopting technologies to improve 911 location accuracy

All four nationwide wireless carriers—AT&T, Verizon, T-Mobile and Sprint—will add device-based hybrid (DBH) location technologies that are designed to improve wireless emergency-caller location information, even within buildings, but public-safety officials expressed concerns about efforts surrounding vertical-location data.

SOURCE: Urgent Communications

DATE: September 12, 2018

“Dialing 911 is likely the most important call you ever make, and the wireless industry’s adoption of DBH technologies will make it easier for first responders to find you indoors more quickly and accurately,” said Tom Sawanobori, senior vice president and CTO for CTIA, a key trade association for commercial wireless providers.

DBH solutions leverage a combination of available technologies—from satellite GPS to sensor data and crowd-source Wi-Fi—to determine a 911 caller’s location. This approach is similar to the one used by popular commercial ride-sharing and navigation applications, which typically provide much better location data than carriers provide to 911 centers today, particularly when a wireless caller is inside a building, where GPS signals may not reach.

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Exploring Current Data Collection Practices on the Effectiveness of Dispatcher-Assisted Telephone Cardiopulmonary Resuscitation

Exploring Current Data Collection Practices on the Effectiveness of Dispatcher-Assisted Telephone Cardiopulmonary Resuscitation

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Abstract

ABSTRACT

In medical emergencies involving out-of-hospital cardiac arrests (OHCAs), bystanders reasonably but sometimes incorrectly expect a call to 911 will result in a dispatcher guiding the caller through the steps of cardiopulmonary resuscitation (CPR). For the public safety answering points (PSAPs) providing dispatcher-assisted telephone-CPR (tCPR), data was collected in an attempt to evaluate the effectiveness of tCPR and its role in patient survival. Three PSAPs, one emergency medical service (EMS) department, and sixteen fire departments from the Des Moines, Iowa, metropolitan area were surveyed. Many were eliminated from the final evaluation due to their status as volunteer departments or lack of available data. In all, one PSAP, one EMS department, and one fire department could be analyzed. Together they reported only 84 OHCAs, 13 instances of tCPR, and one surviving patient. While the data was insufficient for evaluation of the effectiveness of tCPR, it was valuable in exposing a need for the creation of a standardized data collection database.

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