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Badri Younes Deputy Associate Administrator for Space Communications and Navigation Space Navigation Technology Workshop February 16, 2017 Future of Space Communications

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Page 1: Future of Space Communications - nasa.gov · • The volume of data collected by future instruments will be much higher than experienced today • NASA’s next-generation communications

Badri YounesDeputy Associate Administrator for Space Communications and NavigationSpace Navigation Technology Workshop February 16, 2017

Future of Space Communications

Page 2: Future of Space Communications - nasa.gov · • The volume of data collected by future instruments will be much higher than experienced today • NASA’s next-generation communications

Space Communications and Navigation Mission

• Operate, manage, and develop all NASA space communications capabilities and enabling technologies.

• Expand SCaN capabilities to enable and enhance robotic and human exploration.

• Manage spectrum and represent NASA on national and international spectrum management.

• Lead space communication Standards and advocate Positioning, Navigation, and Timing policy.

• Represent and negotiate on behalf of NASA on all matters related to space telecommunications in coordination with the appropriate offices and flight mission directorates.

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Page 3: Future of Space Communications - nasa.gov · • The volume of data collected by future instruments will be much higher than experienced today • NASA’s next-generation communications

NASA Networks

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Page 4: Future of Space Communications - nasa.gov · • The volume of data collected by future instruments will be much higher than experienced today • NASA’s next-generation communications

Journey to Mars…and Beyond

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• The volume of data collected by future instruments will be

much higher than experienced today

• NASA’s next-generation communications network must be

capable of supporting higher data rates to maintain today’s

performance standards

• To meet this challenge, SCaN is developing and integrating

new optical communication technologies into its

communication networks to complement today’s RF

capabilities

• SCaN is simultaneously infusing technology and evolving

today’s system into a modular and scalable network that

enables interoperability

Page 5: Future of Space Communications - nasa.gov · • The volume of data collected by future instruments will be much higher than experienced today • NASA’s next-generation communications

Strategy to Achieve the Vision

• “Shrink” the solar system by connecting the principle investigator more closely to the instrument, the mission controller to the spacecraft, and the astronaut to the audience.

• Improve the mission’s experience and reduce mission burden – the effort and cost required to design and operate spacecraft to receive services from the SCaN Network.

• Reduce network burden – the effort and cost required to design, operate, and sustain the SCaN Network as it provides services to missions with the collateral benefit of increasing funding for C&N technology.

• Apply new and enhanced capabilities of terrestrial telecommunications and navigation to space leveraging other organizations’ investments.

• Enable growth of the domestic commercial space market to provide – and NASA to use – commercial services currently dominated by government capabilities.

• Enable greater international collaboration and lower costs in space by establishing an open architecture with interoperable services that foster commercial competition and can be adopted by international agencies and as well as NASA.

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Page 6: Future of Space Communications - nasa.gov · • The volume of data collected by future instruments will be much higher than experienced today • NASA’s next-generation communications

Future Space and Near-Earth Network

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Page 7: Future of Space Communications - nasa.gov · • The volume of data collected by future instruments will be much higher than experienced today • NASA’s next-generation communications

Deep Space Direct to Earth

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