Automated E911 solutions provider RedSky Technologies rolled out a new version of its E911 Manager, that has been engineered using Java and Linux to deliver improved scalability, resiliency and capability.

The enterprise-class E911 Manager Version 6 software helps enterprise, government and education customers deploying virtual computing environments, SIP and Unified Communications networks capture, manage and deliver the detailed location information necessary to provide effective 9-1-1 emergency response.

The software integrates with major call servers/PBXs to track phone location movement and monitor for 911 calls, automatically updating phone locations in both regional ALI databases and its cloud-based E911 Anywhere to deliver accurate location information to emergency responders. It works with major platform providers including Avaya, Cisco and Siemens and supports SIP endpoints and voice platforms. In next-gen 911 networks, Version 6 can be deployed as a Location Information Server using the NENA i3 standard.

"While the need to provide E911 protection to workers and students remains constant, communications technology continues to evolve at a dramatic pace," said Nick Maier, SVP at RedSky.

A single instance of Version 6 can support up to 50 call servers/PBXs and up to 100,000 endpoints, and it can run in a virtual environment or on a dedicated server.

For more:
- see this release

Related articles:
Aruba introduces voice over Wi-Fi emergency call location
Red Sky connects biz to 911

Emergency communications equipment and technology developer Intrado has helped the city and county of Durham, N.C., deploy a next-generation 911 system. The system gives their Emergency Communication Center advanced voice capabilities and helps it move toward text messaging, cell phone pictures, video clips and other data services.

The Intrado Advanced 911 network is a secure emergency services Internet Protocol (IP) network that offers improved reliability and more capabilities than legacy 911 systems.

The deployment includes a six-month emergency text messaging trial; Intrado deployed the first 911 text messaging service in the U.S. in Black Hawk County, Iowa.

The new system allows Durham to provide faster and better service to residents, visitors and to its emergency responders, enabling closer collaboration and information sharing.

Intrado has so far deployed 300 NG911 systems in the U.S.

"We're proud to be the first 911 center in North Carolina to have a next-generation 911 network," said James Soukup, 911 director of the Durham Emergency Communications Center.

For more:
- see this release

Related articles:
FCC presses Verizon about its recent 911 call failure
Intrado finishes NYC E911 trial

Dash Carrier Services announces that it will be the exclusive E911 emergency service solutions provider for Gizmo5. Gizmo5 offers VoIP services to both consumers and businesses. Users can make and receive calls from any computer with browser access to the Internet, or use Gizmo5 to power IP phones. Also, Gizmo5 adds a host of features like call recording, IM, file sharing, and much more. Setting up a Gizmo5 account is free, as are inbound calls to a Gizmo client, with a small fee for outbound dialing.

Of particular note, is that Gizmo5 is 100% interoperable with GoogleVoice – so callers have the best of both worlds. Gizmo5 users can answer calls from their Google Voice US number on any device or software, with callees automatically seeing their Google Voice telephone number as Caller ID.

While Microsoft Corporate Vice President Gurdeep Singh Pall took swipes at Cisco, PBX vendors, and "business as usual," in his April 1 keynote at VoiceCon, some attendees wondered about the company's commitment relative to past years at the show.

Microsoft had initially committed to have a presence on the VoiceCon exhibit floor as it had in previous shows, but purportedly made a last minute change and opted for a block of briefing rooms in the hotel, away from the convention center. Attendees Fierce spoke with wondered why Microsoft had opted out of more open demonstrations of OCS 2007 R2 and other UC products.

Observers of Pall's keynote noted that for all the Cisco-bashing and talk of being stuck in a "3 by 4 keypad" world presented, Microsoft was still behind the curve when it came to providing answers for a fully-functional PBX replacement in two key areas - E-911 and survivability/reliability. Both issues are supposedly going to be addressed in mid-2010 with the "Wave 16" release of OCS.

On the other hand, people seem to perk up with Pall's comparison between a stock desktop IP phone and a netbook computer. Both devices cost around the same -- $300 to $350 - but the netbook computer is capable of providing much more functionality at the same price, including web browsing, office editing and rudimentary video conferencing.

For more:
- NoJitter ponders Microsoft's holes in OCS. Blog.
- Our VoiceCon BoT coverage includes comments directly from Microsoft's keynote.

Related articles
Why VoiceCon matters
VoiceCon 2009: Polycom boosts HD video, adds Microsoft device to UC lineup

The Next Generation 911 vision is being developed in response to the E911 needs of emerging technologies. It is vital that all participants in the 911 community, from telecommunications service providers to public safety answering points, understand the intent of Next Generation 911 and prepare themselves for the inevitable. As several organizations, including the FCC and the National Emergency Number Association, iron out the details, a clear picture has emerged of the overall intent and high-level design of Next Generation 911, as defined here. Understanding the direction and implementing its necessary steps will give service providers, PSAPs, and enterprises a leading edge.

Why Next Generation 911?

First, it?s important to define enhanced 911 (E911). E911 is the ability to correctly route an emergency call to the appropriate public safety answering point (PSAP) and to provide the location information associated with the telephone number calling 911.



In general, the public takes this ability for granted and assumes that when 911 is dialed, whether from a wireline, VoIP, or wireless phone, the location information is transmitted to the correct PSAP. However, due to an aging 911 infrastructure designed in the 1970s for wireline, E911 coverage is inadequate for many of today?s commonly used communication technologies.

As a result, incumbent 911 providers are scrambling to come up with solutions on the fly, resulting in several non-integrated, non-standard networks for VoIP and wireless, and still no solution for other existing technologies like text, video, and telematics (like Onstar).

According to the November 21, 2008 CRS Report for Congress - Emergency Communications: The Future of 911, ?Today?s 911 system is built on an infrastructure of analog technology that does not support many of the features that most Americans expect are part of an emergency response. Efforts to splice newer, digital technologies onto this aging infrastructure have created points of failure where a call can be dropped or misdirected, sometimes with tragic consequences.?

The safety repercussions created by the limited infrastructure has forced the 911 community to take a look at how to transition 911 systems to accommodate the expectations of the general public as well as the emerging technologies of today and the future. The result is Next Generation 911.

The Objectives of Next Generation 911

NG 911 is designed to meet the following objectives: enable E911 calls from any communications device; enable a flexible, open, non-proprietary and secure architecture; coordinate standards and interoperability in the US and internationally; maximize operating and maintenance cost savings; reduce capital expenditures; provide additional information to PSAPs such as location floor plans, medical records, or emergency contact information; enable geographic independent call access, transfer, and back-up between PSAPs and other emergency organizations; make routing decisions at the time of the call based on most up-to-date location information; and meet NENA i2 and i3 standards (i2 ? an interim solution leveraging existing 911 infrastructure, i3 ? a long-term solution based on full IP network connectivity).

These objectives combine to ensure the ultimate goal of NG 911: To improve the effectiveness of the nation?s emergency communications system and enhance public safety.

The Design of Next Generation 911

Legacy 911 systems use static circuit-switched routing and fixed physical trunks to transmit calls. Call routing is based on manually administered translation tables that employ a fixed one-to-one caller location to PSAP relationship. Limited in the types of communications technologies they can support, individual networks are inflexible, geographically dependant, and difficult to integrate with other 911 systems.

In contrast, Next Generation design uses IP technology to achieve the objectives of flexibility, geographic independence, and interoperability. Routing decisions are made dynamically at the time of the call based on automatically updated location information. Supporting all current and emerging technologies, NG design facilitates the easy transfer and back-up of calls between PSAPs.

Actionable Steps toward Next Generation 911

Service providers, PSAPs, and enterprises can rest easier knowing they are ready for the inevitable. The first step is understanding NG 911. The next step is selecting a 911 provider that delivers it. VIXXI Solutions, a nationwide 911 provider headquartered in Greenwood Village, CO, was founded in response to the E911 needs of emerging technologies per Next Generation objectives.

?Our network was purpose-built to the Next Generation vision. Not many people are aware that the Next Generation technology of ?tomorrow? is actually available today,? says Christopher Camut, President and CEO of VIXXI.

Camut advises that it?s important to challenge your potential provider with detailed questions that determine their viability for supporting the NG objectives. ?Make sure your provider is going to prepare you for Next Generation so you are not stuck at the last minute doing a costly forklift upgrade to your infrastructure.?

Here is a comprehensive list of questions to ask your potential 911 services provider to ensure they are truly Next Generation-ready:

• Can you route E911 calls from any device on a single network?
• Can you deliver location information from any device?
• What communication types are you able to support (i.e. text, video, telematics)?
• Can you make dynamic routing decisions at the time of the call, based on the most up-to-date, automated PSAP boundary and caller location information updates?
• Can you provide E911 to any PSAP, if the PSAP is E911 capable?
• How does your network help me reduce my capital expenditures and direct and indirect costs?
• Is your network 100% IP-based?
• Can you provide additional information with a 911 call (i.e. medical records, emergency contact information, etc)?

Additional questions to ensure satisfaction with your 911 provider include:

• Can you customize your solution to meet my needs (unbundled components of 911 versus the end-to-end solution)?
• How easy is your solution to implement? How long will it take?
• How quickly can you verify subscriber location information upon turn-up?
• What are your coverage and connectivity options?
• Describe your customer care support process.

By taking proactive steps to become familiar with Next Generation 911 and using that intelligence to select a competent Next Generation 911 provider, service providers, PSAPs, and enterprises can have the cost-saving benefits of NG 911, the peace of mind associated with being prepared, and the easy conscience of knowing that they are active participants in promoting the safety of the general public.