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TRIAGNOSYS GmbH was founded in March 2002 as spin-off from the German Aerospace Center (DLR).

TriaGnoSys GmbH is independent and completely in private property.
TriaGnoSys develops system concepts for communication networks, with focus on satellite and aeronautical communications.

TriaGnoSys business is divided between three consulting practices serving space, aerospace and terrestrial communications. In each of these areas TriaGnoSys
offers technical consulting services, especially for prototypal demonstrator developments, communications protocols and the integration
of multimedia services. Interworking between satellite, aeronautical and terrestrial networks is a strength of TriaGnoSys.

TriaGnoSys has over 25 man years of experience in the space and aerospace business with more than 150 publications. TriaGnoSys senior engineers have for many years played major roles in groundbreaking international projects, mainly under EC and ESA research programmes and contracts.

Selected earlier and ongoing project involvements with specific relevance
for the ANASTASIA proposal are the following:
WirelessCabin (EC IST): The project is developing wireless access technologies inside an aircraft cabin such as W-LAN, Bluetooth and GSM/UMTS. A demonstration campaign will be performed in commercial long-haul aircraft (A340) via a GEO satellite link. TriaGnoSys key personnel is project coordinator in persona of WirelessCabin.

FIFTH (EC IST): The project will provide multimedia services via satellite to high-speed trains. TriaGnoSys will specify the overall demonstrator and design the antenna and pointing mechanisms.

Protocols and Signalling for Adaptive Fade Mitigation Techniques (FMT) in DVB-RCS Multi-Beam Systems ESA Study AO/1-4241/02/NL/ND. TriaGnoSys identifies, analyses, optimises and demonstrates adaptive Fade Mitigation Techniques with the corresponding protocols, resource allocation and signalling for future broadband,
DVB based satellite systems.

Mobile Ku-band Receive only Terminal Demonstrator is an ESA research project that investigates and demonstrates a cost-effective system for personal radio and multimedia services to moving vehicles.

TriaGnoSys is responible for the design and integration of the land-mobile Ku satellite antenna and the corresponding pointing, acquisition and tracking system.
Another projects of TriaGnoSys personnel relevant to the project scope is ABATE (EC-IST 5th frame programme) were aeronautical multimedia service demonstration via satellite was demonstrated in-flight using a 2-Mbps link.