Polaris Wireless is One of Four Companies Participating in Indoor Technology Market Trial

By Frank Griffin November 28, 2012

The Communications Security, Reliability and Interoperability Council (CSRIC) is the advisory committee of the Federal Communications Commission (FCC). The recommendation the council makes goes a long way in implementing technologies for public and private organizations. The trial the CSRIC is conducting for indoor wireless technology is taking place from November 15 through December 31, 2012. The purpose of the trial is to find the best technology for PSAPs or public safety answering points, a system designed to locate emergency callers with greater accuracy and speed. Polaris’ indoor technology and deployments around the world makes it one of the most experienced companies in the trial for this technology.

The study will be conducted in urban, suburban and rural communities in the San Francisco Bay Area. According to Polaris, it is the only network-based location technology provider in the group as others withdrew from participating in the CSRIC trials.

“We are very enthusiastic to participate in the CSRIC trial for indoor location. This vote of confidence reflects our leading-edge location technology performance, especially in indoor environments, through deployments all over the world,” said Manlio Allegra, Polaris Wireless CEO and co-founder, in a statement.

The trail will involve testing indoor location technologies and CSRIC will determine which company will be able to provide the best solution for first responders out in the field during emergencies. Polaris Wireless, Boeing, NexNav and Qualcomm are the four companies participating in the trail.

The Polaris solution is part of its Polaris Wireless Location Signatures, a software solution that eliminates compatibility issues by not requiring changes in the wireless device and service provider base stations. Compatibility issues oftentimes create problems between service providers and the devices consumers use. By getting rid of this obstacle a more reliable system can be put in place. This becomes critical during emergency situations where every second can be the difference between life and death.

The trial couldn’t have come at a better time as mobile phones are increasingly becoming the only device people use to make phone calls, even while they are at home where there is a landline. The FCC estimates 70 percent of all 911 calls are made from mobile devices and a large portion of those calls are made indoors.

Understanding the capability of location technology indoors will give CSRIC a more accurate assessment of the solution these companies provide to determine if they are ready for implementation in real world applications.




Edited by Jamie Epstein

TechZone360 Contributing Writer

SHARE THIS ARTICLE
Related Articles

What Auto Tech Looks Like Today

By: Lindsey Patterson    1/23/2017

Every year, an exciting new topic hits the tech industry, and it becomes a lot of what they talk about. This year, the focus has been on artificial in…

Read More

Sinch's Evangelist Talks AI, APIs and More

By: Paula Bernier    1/23/2017

Christian Jensen is chief evangelist of Sinch, a cloud-based, mobile communications platform that makes it easy to add IM, SMS, verification, video, a…

Read More

SoftBank OneWeb Satellite Investment Makes Sprint Interesting

By: Doug Mohney    1/23/2017

While OneWeb is bringing new investment and more jobs into America as it builds a mega constellation of low-flying satellites for worldwide broadband …

Read More

Avaya Files Chapter 11, Plans Restructuring

By: Steve Anderson    1/20/2017

Avaya turns to Chapter 11 bankruptcy in a bid to make some key changes and attempt to recover for the future.

Read More

Reports of the Death of the Deskphone are Premature; Allworx Says We're on the Verge of a Deskphone Revolution

By: Erik Linask    1/19/2017

We've heard commentary about the death of the deskphone for several years now. Yet, if you look on most corporate desktops, you'll still find one. The…

Read More