Microsoft announced plans April 6 to move automated satellite image processing technology developed by Thales Alenia Space into its Azure Orbital platform.
From analyzing the terrain on Mars to enhancing communications between satellites and ground communications, artificial intelligence (AI) is playing an increasing important role in space operations and exploration
NASA is turning increasingly to autonomy and machine learning to make the most out of Mars exploration missions, but don’t count on self-driving rovers to zip across the Red Planet anytime soon.
L3Harris Technologies will help the U.S. Defense Department extract information and insight from satellite and airborne imagery under a three-year U.S. Army Research Laboratory contract.
SkyWatch Space Applications, the Canadian startup that offers software developers a way to embed geospatial data and imagery into applications, announced a partnership Oct. 5 with Picterra, a Swiss firm with a self-service platform to help customers extract information autonomously from geospatial data.
A $1.5 million Small Business Innovation Research award was matched by $1.5 million from ATX Venture Partners and Revolution’s Rise of the Rest Seed Fund.
The guidelines do not recommend curtailing the use of AI but call on DoD personnel and contractors to “exercise appropriate levels of judgment and care."
At the Space Tech Expo, space agency leaders said artificial intelligence will play key roles in many space programs of the future.
As the world becomes more connected, many don’t see a need for satellite, yet we must remind ourselves that the global communications network cannot survive without satellite communication. How can satellite services survive? Could artificial intelligence (AI) be the answer?
Senior VP Chris Bogdan: “We don’t build satellites, rockets or rovers. We are investing in open architectures."
To prepare for self-driving cars, mobility companies have spent more than a decade gathering data from thousands of vehicles equipped with a variety of technology. No comparable database exists for companies or government agencies aiming to give spacecraft more autonomy.
Olis Robotics is working to demonstrate the application of its autonomy software for NASA, the Air Force and others space customers to support internal and external space servicing, assembly, manufacturing and operational concepts,” said Blaine Levedahl, Olis Robotics’ U.S. government programs director.
Machine learning and other artificial intelligence techniques could help forecasters get more out of these data by improving accuracy and speed in almost every step of turning satellite observations into actionable forecasts.
Emerging digital technologies and innovative operating models will expand the role of space in multiple economic sectors, according to, “Tech Trends 2019: Space industry perspective,” a report released April 15 by Deloitte.