Publicly funded organizations, including councils of government and school districts, will soon be able to get satellite Internet access under a contract modification awarded to Hughes Network Systems by the Texas Department of Information Resources.
Under the contract, the state will expand services it offers under the Texas Agency Network Next Generation (Tex-AN NG) contract to include satellite Internet for small office/home offices and re-deployable Fixed Satellite Services (FSS) for larger organizations.
Since awarding the contract in 2011, Hughes has provided more than 600 public sector organizations bandwidth for satellite Internet access off its HX satellite platform, according to the company.
“Over the last three years, the Tex-AN NG vehicle has enabled Texas agencies and local governments – many in areas ‘unserved’ by terrestrial broadband – to access high-speed satellite Internet,” said Tony Bardo, assistant vice president for government solutions at Hughes.
Under the contract, SOHO users will be able to purchase tokens to extend bandwidth or data allowance. For FSS, redeployable services will include vehicle-mounted and fly-away antenna systems and support.
Both sets of users will also have the option to receive technical support including site surveys, very small aperture terminal installation, antenna reinstallation and relocation assistance.
Bardo said Hughes is “excited to see how Tex-AN NG will continue to evolve over the next two years and how our new service offerings will foster the evolution.”
Posted on Aug 15, 2014 at 9:44 AM0 comments
Four Texas communities are consolidating their 911 services to form the North Texas Emergency Communications Center (NTECC), a partnership expected to reduce costs and improve service in all four communities.
The infrastructure and 911-dispatch center for Carrollton, Coppell, Farmers Branch and Addison, Texas, will be hosted at the CyrusOne Carrollton data center. The 12,000 square-foot space will include call center workstations, meeting rooms, a technology space, and reliable electrical and mechanical systems. The project, which is expected to be complete by early 2015, marks the first time a dispatch center has chosen a colocation provider for its datacenter and dispatch needs, CyrusOne said in its announcement.
“Consolidation will allow us to combine our resources, save costs, and serve our communities more efficiently. The closest unit available will now be able to respond to the scene of a crime or accident, no matter the jurisdiction, saving precious time. We won’t have instances where someone needing assistance would have to wait for a unit in their jurisdiction that could actually be further away because they sit right on a city line,” said Gary Greer, NTECC board president.
“CyrusOne offers us a facility that would have taken us years to build,” Greer added, with its optimal power, resiliency, disaster recovery and security.
CyrusOne's 670,000-square-foot data center in Dallas/Carrollton is the largest facility of its kind in the state and one of the most energy efficient in the United States, the company said. Part of the Texas Internet exchange, the facility has 24/7 security, is carrier neutral, and can provide up to 60 megawatts of power.
Posted on Aug 13, 2014 at 9:44 AM0 comments
In an effort to enhance safety and performance of first responders in fast moving, complex emergency environments, Pacific Northwest National Laboratory (PNNL) is undertaking a multiyear project to create wearable communication systems for emergency responders.
According to a recent announcement on FedBizOpps, PNNL is looking for a partner with knowledge of the integration of communications systems typically used by the emergency management and first responder community, including 4G LTE cellular technology for public safety communications, Federal Land Mobile Radio Systems (LMR), as well as Wi-Fi and satellite systems.
PNNL wants to identify companies that can integrate these systems into wearable components that would enable first responders to transmit and receive mission critical voice, video, and data communications from fellow responders, incident commanders, dispatchers and central command and control facilities.
Specifically, the lab is looking for approaches that include the following:
- Rugged, secure, voice activated, hands free, two- way voice, video and data communications with multiple parties.
- GPS-enabled Blue Force Tracking of each responder.
- Active noise canceling capability to eliminate any unnecessary background noise.
- Smart technology to find and transition between cellular, LMR, Wi-Fi, and satellite systems and transmit and receive information based on information priorities and infrastructure availability.
- Integrated sensors monitoring video, heart rate, external/internal temperatures
- Recording and storage capability of up to 12 hours.
- A seamless transition to existing federal land-based mobile systems and the ability to demonstrate compliance with existing Federal Communications Security Protocols for Emergency Management.
Posted on Aug 12, 2014 at 9:44 AM0 comments
Autonomic Resources announced a new cloud service the firm says gives government agencies a self-service cloud platform for infrastructure management.
With ARC-P On Premise, government community or private clouds can be replicated on agency premises, giving agencies the same cloud services for physical or virtual machines that are offered from the company’s off premise data centers, it said in an announcement.
ARC-P On Premise features the ability to customize the disaster recovery requirements of ab on-premise cloud service and to provide multisite cloud services to customer agencies. It also includes multi-factor authentication that supports agency HSPD-12 CAC/PIV integration requirements.
Posted on Aug 12, 2014 at 9:43 AM0 comments
Last week, the Federal Communications Commission adopted rules requiring text messaging providers to enable Americans to text 911 in an emergency. The new rules will ensure that all remaining wireless carriers and certain IP-based text application providers are prepared to support text-to-911 by the end of the year. After that time, if a 911 call center requests text-to-911, text messaging providers will have six months to deploy the service in that area.
According to the FCC, these rules will make text-to-911 more uniformly available and keeps pace with how Americans communicate.
The Commission’s text-to-911 requirements apply to wireless carriers and “interconnected” text messaging providers (i.e., those that enable consumers to send text messages to and from U.S. phone numbers). This includes providers of “over the top” applications that support texting to and from phone numbers. It does not include messaging apps that only support communications among users of games or social media, the FCC said.
Although text-to-911 availability is currently limited, it is rapidly expanding. More than one hundred 911 call centers serving portions of 16 states and two entire states (Vermont and Maine) are now accepting emergency texts. Text messaging providers are required to send an automatic “bounce-back” text message to consumers who try to text 911 where the service is not available.
Text-to-911 can provide a lifesaving alternative in a number of different situations, such as when a person who is deaf, hard of hearing, or has a speech disability is unable to make a voice call. The service can also help where voice networks are congested; or where a 911 voice call could endanger the caller, according to the FCC.
The Commission also wants comment on the continued evolution of text-to-911, including delivering texts to appropriate 911 public safety answering points as well as on proposals to improve text-to-911 service, such as through better location information and roaming support.
Posted on Aug 11, 2014 at 9:43 AM0 comments