SCISYS selected for the delivery of the Pearls Constellation Simulator to Sky and Space Global (UK) Ltd
SCISYS PLC ("SCISYS"), the supplier of software systems, IT-based solutions and support services to the space, government, defence, commerce and media & broadcast sectors, is pleased to announce it has been awarded a contract by Sky and Space Global (UK) Ltd (“SAS”) to deliver the network management simulator for their Pearls Constellation of nanosatellites within 12 months.
SCISYS Space will deliver the Pearls Constellation Simulator (or “PearlSim”), a high-fidelity, high-performance, configurable, scalable and portable solution for providing a representation of the constellation, its communication infrastructure, customer activity and mission operations. The simulator will also integrate the network-management and fuel-consumption optimisation algorithms, making it an essential analysis tool to support SAS in the assessment of their algorithms’ performance and operational concepts’ validity. This capability will allow the fine tuning of operations quickly and effectively, maximising service provision, as well as minimising operational costs and time to service.
The Sky and Space Global ‘Pearls’ Constellation mission will operate approximately 200 highly autonomous narrowband communication nanosatellites in carefully selected orbits by 2020, giving equatorial coverage of the Earth. This constellation of nanosatellites will create an affordable global communication network for voice, data and instant messaging for over 3 billion people currently without any mobile coverage.
Dr. Spencer Ziegler, Business Director of SCISYS Space UK, said: "To be part of such a technologically advanced project is a testament to the exceptional heritage of SCISYS Space as a space-solutions provider, enabling national and international space missions in the commercial as well as the institutional sector. SCISYS Space is very excited to bring its state-of-the-art software solutions to this mission with such a societally worthwhile cause."
Mr. Meir Moalem, Managing Director and CEO of Sky and Space Global, said: "We are very excited about the partnership with SCISYS Space UK as this is an important step bringing us closer to building the operations of a full constellation of nanosatellites. It also signifies our continuous commitment to building strong relationships with leading space industry players in the UK and beyond. This partnership will further boost our technological capabilities and help us build a satellite communications network infrastructure which is considered state-of-the-art in the industry.
As a space company SCISYS has extensive experience in all aspects of space mission operations, having been involved in over 50 space missions since its foundation in 1980. From ground segment systems, to space segment onboard software, through advanced automation, high-fidelity simulation, onboard and downstream data processing and AI-based autonomous intelligent systems, SCISYS is an European space industry leader in the development of state-of-the-art software solutions.
Employing around 500 staff, SCISYS Group is a leading developer of information and communications technology services, e-business, web and mobile applications, editorial newsroom and advanced technology solutions. The Company operates in a broad spectrum of market sectors, including Space, Government, Defence and Commerce, and Media & Broadcast sectors. SCISYS clients are predominantly blue-chip and public-sector organisations. Customers include the OneWeb, the European Space Agency, EUMETSAT, Lockheed Martin, Airbus Defence & Space, Ministry of Defence, Environment Agency, the BBC, Arqiva, Vodafone, RNLI, Interflora and the National Trust. SCISYS has UK offices in Chippenham, Bristol, Leicester and Reading, and German offices in Bochum, Dortmund, Darmstadt and Munich. More information is available at www.scisys.co.uk and www.scisys.de.
For more information, please contact:
Business Development Manager
P: +44 (0)117 916 5268
Business Communications SPACE
P: +49 234 9258 115