Cloud connectivity provides customers leverage when they’re looking to deliver global network access.  The more enterprises move to the cloud, the more every site depends on reliable network connectivity. Secure gateways and global reach are necessary to expand the reach of the cloud for consistent international access.
Stephen Marley
As a Ground Enterprise Architect at The Aerospace Corporation, Steve is currently engaged with NOAA’s Office of Systems Architecture & Advance Planning within NOAA/NESDIS where he is supports efforts to define the future NESDIS Ground Enterprise and establish the long-term vision and implementation strategy to evolve its satellite ground capabilities towards multi-mission enterprise solutions leveraging commercial service offerings
Steve has been focused on complex/scientific data information systems in support of environmental observation science and ground system operations for over 30 years. During that time he has supported the design of satellite ground systems for the European Space Agency’s European Remote Sensing satellites, NASA’s Earth Observing System, USGS Landsat program, and most recently NOAA’s Geostationary, Polar, and Space Weather satellite programs.
As part of NASA’s Geosciences Interoperability Office (GIO), Steve promoted the use of open community-based standards for IT systems interoperability throughout NASA and between Federal partner agencies, facilitating the adoption of Earth science research results across Federal partner agency decision-support systems.
Steve is a graduate of the University of Leeds in the UK with a bachelor’s degree in Physics with Astrophysics, and a Ph.D. in Infrared Astronomy. He is a FEAC Certified Enterprise Architect and an alumnus of the International Space University.
Richard H. Stottler
Mr. Stottler founded Stottler Henke in 1988 and is a lead AI researcher there. He combines a very strong applied research record in artificial intelligence with practical experience in rapid and efficient knowledge engineering and AI system design and fielding. He was or is the Project Manager on many Stottler Henke’s space application scheduling systems, including satellite and ground resource scheduling and aerospace manufacturing scheduling. He also leads Stottler Henke’s automatic intelligent fault detection, diagnosis, reconfiguration, recovery, and replanning systems.