After analyzing lessons learned from a delay-riddled transition to Networx, where a 33-month long process resulted in a costly overrun of about $395 million, the General Services Administration (GSA) came well prepared to make the Enterprise Infrastructure Solutions (EIS) contract transition a much smoother process.
U.S. Defense Department personnel stationed in Hawaii will experience less latency and more communication features with the implementation of the Pacific Enterprise Services–Hawaii (PES-HI) Program in 2018.
PES-HI, which will be managed by the Defense Information Systems Agency (DISA), will upgrade legacy analog communications to an almost-Everything over Internet Protocol (IP) technology base, according to a DISA announcement. Improvements include enterprise services, such as Voice and Video over Internet Protocol and web conferencing as well as collaboration services, including chat and presence.
AT&T Technical Services Co. Inc., Herndon, Virginia, was awarded a ceiling $43,587,859 indefinite-delivery/indefinite-quantity, firm-fixed-price contract for temporary telecommunications services in support of the Defense Information Systems Agency. Work will be performed at locations throughout the continental U.S., with an estimated completion date of April 30, 2016. If all options are exercised, the estimated completion date will be April 30, 2020. Fiscal 2015 operations and maintenance funds in the amount of $3,000 will be obligated on the first task order to satisfy the minimum guarantee. Bids were solicited through the Internet, and one proposal was received.
Verizon Business Network Services Incorporated, Ashburn, Virginia, was awarded a $10,567,483 firm-fixed-price contract for the priority telecommunication service to support the Department of Homeland Security Office of Emergency Communications. This contract has a nine-month base period and nine one-year option periods. If all options are exercised, the total cumulative contract value is $81,027,515. The Defense Information Technology Contracting Organization (DITCO), Scott Air Force Base, Illinois is the contracting activity (HC1013-14-C-0002).
Long Wave Incorporated, Oklahoma City (N39430-14-D-1422); SiteMaster Incorporated, Tulsa, Oklahoma (N39430-14-D-1423); and Shape Construction Incorporated, Bremerton, Washington (N39430-14-D-1424), are each being awarded an indefinite-delivery/indefinite-quantity multiple award contract for construction services for specialized antennas, towers, and communication facilities at Navy installations worldwide. The maximum dollar value including the base period and two option periods for all three contracts combined is $45,000,000.
CENTECH Group, Falls Church, Va., is being awarded an $11,274,760 firm-fixed-price indefinite-delivery/indefinite-quantity contract for operation and maintenance services of base telecommunications systems. The 99th Contracting Squadron, Nellis Air Force Base, Nev., is the contracting activity.
Lockheed Martin Information Systems & Global Solutions Division, Manassas, Virginia, was awarded an indefinite-delivery/indefinite-quantity contract that includes a mix of firm-fixed-price, fixed-price with incentive, cost-plus-incentive-fee, and cost-plus and fixed-fee pricing plans. The contract is for worldwide support services necessary to carry out the day-to-day operations of Global Information Grid networks and related services, and to sustain the existing network and subsequent technology enhancement. The total cumulative face value of the contract is $1,911,000,000. The performance period includes a base period of performance of three years, from July 9, 2012 through July 8, 2015, and two two-year option periods, for a total
SBC Global Services Incorporated, Honolulu, Hawaii, is being awarded a $7 million contract to provide consolidated telecommunications services to the Naval Surface Warfare Center, Port Hueneme, California. The Port Hueneme Division, Naval Surface Warfare Center is the contracting activity.
Growing variety of services meets the challenge of orbital networking.
The plethora of satellite communications options now available to ground-based users has induced one company to offer its customers a wide range of products and capabilities. This market-driven strategy addresses a growing trend in which satellite users face an expanding and confusing variety of services and providers.
Telecommunications giant builds network to integrate voice, data and video capabilities.
Telecommunications firm extends connectivity to rural communities, federal agencies and military facilities.
Next-generation communications technology employs existing infrastructure, reduces business travel.
The same wires that carry voice transmissions to individual telephones within an organization are now delivering data, television-quality video and stereo-quality sound directly to the desktop. This allows businesses and agencies to provide multipoint videoconferencing, video-broadcast and video-on-demand capabilities to employees without installing additional infrastructures or overloading existing information technology components or networks.
Software turns gigabytes into megabytes, allows users to view kilobytes at a time.
As militaries, governments and businesses continue to struggle with the obstacles posed by bandwidth limitations, scientists in industry and research laboratories are improving compression technologies to allow high-quality images and text to be sent to the desktop—or palmtop—with phenomenal speed. The proposition is simple: Until scientists design a way to make the communications pipelines larger, engineers must make the volume of data smaller.
Nifty software tool automates federal agency spectrum assignment applications, avoids overlap, interference.
Powerful forces of private-sector competition and an onslaught of technical advances are propelling the United States into a telecommunications renaissance era. In every sector—wireless, wireline, local and long distance, video and Internet—more services are being delivered at lower prices and higher bandwidth.
Customer service becomes a key deciding factor as consumers are offered more provider options.
An all-optical switching platform brings added flexibility to ease constraints on connectivity.
A new type of optical networking software will enable bandwidths of light to be redistributed in response to fluctuating data traffic. The technology allows individual streams of photons to be moved when and where they are needed, ensuring greater network reliability and near real-time communication.
Regulatory differences heat up trans-Atlantic telecommunications talks.
As the United States and the European Union begin to implement policies designed to open their markets to foreign competition, issues such as wireless spectrum allocation, telephone interconnections and Internet access continue to vex negotiations. While both parties understand the importance of free trade and cooperation, these differences may impede bilateral trade liberalization and deregulation.
A potentially groundbreaking capability has strings attached.
After considerable interagency debate, the U.S. government has approved ultrawideband radio technology for commercial use. Ultrawideband devices operate across a wide spectrum range instead of a specific frequency. This allows for more efficient spectrum use at lower power levels and presents a possible solution for bandwidth-starved wireless providers. Other applications include ground-penetrating radar, imaging, surveillance and medical systems. However, issues such as possible interference with navigation and commercial aviation systems must be resolved before the technology gains wider acceptance.
Spread spectrum, digital processing allow more bytes for the buck.
The Internet protocol revolution is reaching satellite video communications with a new system that permits transmitting tens of thousands of channels over a single orbital transponder. Users can leapfrog existing satellite video limitations with two-way virtual private networks that can carry streaming video without a hitch.