RUAG Space agrees AI partnership for satellite supercomputer – SpaceNews
TAMPA, Fla. — Switzerland’s RUAG Place explained Jan. 24 it is teaming up with a software supplier to run synthetic intelligence alternatives on its Lynx, which it suggests is the most impressive commercially available onboard satellite personal computer.
Sweden-primarily based Stream Review will give its sa.motor analytics system beneath the partnership for Lynx, which RUAG Space expects to qualify by means of floor-centered exams this calendar year.
Anders Linder, head of RUAG Space’s international satellite company, claimed in an email that Lynx is “250 occasions far more impressive than standard On Board Computer systems,” together with individuals the corporation at present provides for European Place Agency plans.
“We have a heritage of 300 successful onboard personal computers for numerous institutional and commercial satellites,” Linder extra.
“In the past number of months the to start with boards of Lynx Solitary Board Pc have been bought to unique room prospects in Europe and Asia. In addition we are in discussion with numerous a lot more probable customers.”
He stated need is significant — even though he expects Lynx will get flight heritage “within a few many years later on, all over 2025” — due to the fact of a rising need to have to transfer additional computing ability from servers on the floor to the place segment.
This enhances satellite response moments and can help their operators improve community sources and manage ever more congested orbits.
Offering satellites a lot more computing electrical power also enables far more potent artificial intelligence methods, Linders pointed out.
Rather of just sending uncooked data to operational groups on the floor, a “smarter” satellite could automatically inform them of an expectation that it will want to use 20% far more strength than standard in the coming 7 days.
Time and prices could also be saved with extra highly developed synthetic intelligence solutions by taking away the require to finalize algorithms and a satellite’s abilities in advance of launch, in accordance to Stream Analyze CEO Jan Nilsson.
“You can basically produce and deploy as you go – changing the model development procedure and the satellite functions fundamentally – generating a far better, extra adaptable, and cheaper operation,” Nilsson explained in a statement.
RUAG Place is the very first organization to cooperate with Stream Evaluate. Even though the Swiss organization expects sa.engine will gain flight heritage on a Lynx laptop, their partnership is not exceptional.
TAMPA, Fla. — Switzerland’s RUAG Place explained Jan. 24 it is teaming up with a software supplier to run synthetic intelligence alternatives on its Lynx, which it suggests is the most impressive commercially available onboard satellite personal computer.
Sweden-primarily based Stream Review will give its sa.motor analytics system beneath the partnership for Lynx, which RUAG Space expects to qualify by means of floor-centered exams this calendar year.
Anders Linder, head of RUAG Space’s international satellite company, claimed in an email that Lynx is “250 occasions far more impressive than standard On Board Computer systems,” together with individuals the corporation at present provides for European Place Agency plans.
“We have a heritage of 300 successful onboard personal computers for numerous institutional and commercial satellites,” Linder extra.
“In the past number of months the to start with boards of Lynx Solitary Board Pc have been bought to unique room prospects in Europe and Asia. In addition we are in discussion with numerous a lot more probable customers.”
He stated need is significant — even though he expects Lynx will get flight heritage “within a few many years later on, all over 2025” — due to the fact of a rising need to have to transfer additional computing ability from servers on the floor to the place segment.
This enhances satellite response moments and can help their operators improve community sources and manage ever more congested orbits.
Offering satellites a lot more computing electrical power also enables far more potent artificial intelligence methods, Linders pointed out.
Rather of just sending uncooked data to operational groups on the floor, a “smarter” satellite could automatically inform them of an expectation that it will want to use 20% far more strength than standard in the coming 7 days.
Time and prices could also be saved with extra highly developed synthetic intelligence solutions by taking away the require to finalize algorithms and a satellite’s abilities in advance of launch, in accordance to Stream Analyze CEO Jan Nilsson.
“You can basically produce and deploy as you go – changing the model development procedure and the satellite functions fundamentally – generating a far better, extra adaptable, and cheaper operation,” Nilsson explained in a statement.
RUAG Place is the very first organization to cooperate with Stream Evaluate. Even though the Swiss organization expects sa.engine will gain flight heritage on a Lynx laptop, their partnership is not exceptional.
