Anue Systems announced its participation in the Transformational Satellite Communications (TSAT) project, an initiative sponsored by the U.S. military to achieve protected, mobile, broadband, IP-based connectivity to strategic and tactical users worldwide.
Anue supplies a line of network emulators.
The goal of TSAT is to integrate the existing satellite communications network with a next-generation system, now in production, to support intelligence, surveillance and reconnaissance (ISR) operations not possible today. The new system will combine data from multiple ISR platforms to establish a common view of a situation that is available to all involved with an operation, including ground, sea, and air troops, on-site command and control centers, and decision-makers in the U.S.
Recent tests at the Massachusetts Institute of Technology Lincoln Labs demonstrated the interoperability of the TSAT next-generation processor router (NGPR) with a government reference ground terminal. Additional tests in Redondo Beach, CA demonstrated the ability to integrate payloads to create a unified situational view from multiple sources. In both of these tests, Anue solutions were used to emulate the eventual production network environment with latency, bit errors and frequency shifts.
http://www.anuesystems.com
Anue supplies a line of network emulators.
The goal of TSAT is to integrate the existing satellite communications network with a next-generation system, now in production, to support intelligence, surveillance and reconnaissance (ISR) operations not possible today. The new system will combine data from multiple ISR platforms to establish a common view of a situation that is available to all involved with an operation, including ground, sea, and air troops, on-site command and control centers, and decision-makers in the U.S.
Recent tests at the Massachusetts Institute of Technology Lincoln Labs demonstrated the interoperability of the TSAT next-generation processor router (NGPR) with a government reference ground terminal. Additional tests in Redondo Beach, CA demonstrated the ability to integrate payloads to create a unified situational view from multiple sources. In both of these tests, Anue solutions were used to emulate the eventual production network environment with latency, bit errors and frequency shifts.
http://www.anuesystems.com