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NASA Use Cases for Secure NASA Use Cases for Secure Service Oriented Architectures Service Oriented Architectures
to Support GEOSSto Support GEOSS
Karen MoeNASA Earth Science Technology Office
CEOS WGISS-28CSIR, Pretoria, South Africa
28 September 2009
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WGISS-27 Security Recommendations
• What are GEOSS security needs for interoperability? Describe levels of security needs in user scenarios, capture in ‘white paper’ from WGISS-27 session– Sensor web pilots– Grid processing pilots– Portal pilots
• Facilitate working session with security experts within agencies to resolve way forward
• POC Michael Burnett
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Motivation
• As SOA and web services are new – • Pro-actively work with agency office
responsible for cyber-security• Enable web services in systems with
firewall security mechanisms• Determine nature of the end users and
associated risks• Bottom line: Protect assets – data,
processors, sensors
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NASA Activities for Secure SOA
• A collaboration between NASA’s Earth Science and Constellation programs was initiated in July 2009
• Each program will independently assess needs for secure access to data and web services
• A joint session will seek common security drivers and identify program-unique drivers (if any)
• Results to be presented to NASA CIO this fall
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SOA Security Needs - Approach
• A small Earth science team was established to address web service and sensor web security implications for – Science data operations– Data acquisition / sensor webs
• Team members will develop use cases to address “80%” of the needs (more typical cases to be captured) initially focusing on– Authentication– Authorization
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Earth Science Use Cases
• ECHO data services• UAH / MSFC public server to invoke web
services• JPL / GSFC data service to control
computing resources needed to deliver services
• GSFC EO-1 satellite pre-planned sensor web services with external organizations
• ARC Ikhana / Global Hawk UAV user operations registration for field campaigns
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Next Steps
• Collect use cases• Review with Constellation • Present to NASA CIO