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Presentation to PACA Briefing for Industry 18 August 2010. CAPT Fred Beavers Chief of Staff 505-846-4379 [email protected]. UNCLASSIFIED -APPROVED FOR PUBLIC RELEASE ORS10-35 8/5/10. CDR USSTRATCOM ORS End-State. Gaps / Needs Identified and Prioritized by USSTRATCOM. - PowerPoint PPT Presentation
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Presentation to PACA Briefing for Industry
18 August 2010
CAPT Fred BeaversChief of Staff
DISTRIBUTION STATEMENT A. Approved for public release; distribution is unlimited
UNCLASSIFIED -APPROVED FOR PUBLIC RELEASE ORS10-35 8/5/10
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CDR USSTRATCOM ORS End-State
8/18/2010
Tier-1 “Employ it”On-demand with existing assets
Minutes to hours
Tier-2 “Launch/deploy it”
On-call with ready-to-field assets
Days to weeks
Tier-3 “Develop it”
Rapid transition from development to delivery of new or modified capabilities
Months (not years)
Reconstitute lost capabilities
Augment/Surge existing capabilities
Fill Unanticipated Gaps in capabilities
Exploit new technical/ operational innovations
Respond to unforeseen or episodic events
Enhance survivability and deterrence
Gaps / NeedsIdentified and Prioritized by USSTRATCOM
UNCLASSIFIED -APPROVED FOR PUBLIC RELEASE ORS10-35 8/5/10
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ORS End-State Operating Concept
8/18/2010
Target Area
Mission Operations Center
TheaterCONUS SIPRNET & Other Networks
ACPTMission Planning
Modular Open System Architecture (MOSA)
Rapid Integration & Launch
Rapid Transport toLaunch Range
Tier-1 Solutions
Tactical Tasking & Downlink
Plug-and-Fight spacecraft components– MOSA standards
Govt s/wLibrary
ISR Mission Kit
Comms Mission Kit
Space Protection Mission Kit
Innovation Cell
Mission Design Tool
Tier-2/3
ORS OfficeConcepts/Solutions Group
Tier-2/-3 Solutions
S&T Infusion
Responsive C2 & TPEDResponsive Range & Launch
JFCNeeds
Responsive Buses & Payloads
UNCLASSIFIED -APPROVED FOR PUBLIC RELEASE ORS10-35 8/5/10
State of ORS Today
• ORS end-state architecture being developed based on overarching guidance (QDR, NSP, DPPG, ORS CONOPS, etc.)
• TacSat-3 operational on orbit, providing evidence of military utility of a low-cost hyperspectral sensor, and ability of small satellites to enable rapid technology refresh.
• ORS-1 on track for FY11 launch to provide proof of lower-cost, shorter-timeline business model and evidence of tactical utility.
• TacSat-4 on track for FY11 launch; will demonstrate UHF comms and FFT mission capabilities.
• RRSW contract awarded. MSV contract in source selection.
• ORS Office PC/FM support contract awarded, SETA contract in source selection.
48/18/2010
FY11$94M
FY12$88M
FY13$78M
FY14$54M
FY15$126M
FY16$128M
ORS Office Budget (FY11 PB)
UNCLASSIFIED -APPROVED FOR PUBLIC RELEASE ORS10-35 8/5/10
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ORS Office Organization
8/18/2010
Deputy DirectorLTC Glover, USA
FFRDC /UARC Consortium
Tier-1: EmployLtCol Terselic, USMC
Tier-2: DeployLt Col Henderson, USAF
Technical DirectorDr. Bob McCoy, USN
DOD EA for Space CDRUSSTRATCOM
RequirementsAuthorities
DirectorDr. Peter Wegner, USAF
Tier-3: Develop Dr. Jeffry Welsh, USAF
Plans & ProgramsCDR Geiger, USN
Chief of StaffCAPT Beavers, USN
Operations LTC Carroll, USA
Government:USAF, USA, USN, USMC
Liaisons:NRO, NSA, NGA, NASA
FFRDC/UARC:Aerospace, MITRE, APL
SETA Support:20+
UNCLASSIFIED -APPROVED FOR PUBLIC RELEASE ORS10-35 8/5/10
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ORS Omnibus BAA
• Acquisition plan currently being developed.• Anticipate multiple calls/proposals over 5 years.• Allows for multiple needs to be filled as they arise and funding available.• Enables responsive procurement actions when funding is available and specific needs
are identified.
• Potential Broad Topic Area #1: Employ (ORS Tier-1 Focus)– Use existing assets to meet warfighter needs within minutes to hours– For example, use of current commercial and international satellites
• Potential Broad Topic Area #2: Develop (ORS Tier-3 Focus)– Rapidly develop technologies and transition to the warfighter within months– Launch, range, spacecraft, payloads, ground systems, etc.
• Anticipate release in FY11. Once announced, will encourage open discussion with industry and submission of white papers on broad topics and/or specific needs.
• POC: Frank (Jay) Strub, 505-853-2838
8/18/2010UNCLASSIFIED -APPROVED FOR PUBLIC RELEASE ORS10-35 8/5/10
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SBIR Program
• We expect 2-3 directly controlled SBIR topics per year in FY11 and beyond.
• In the 9.3 SBIR cycle we had 3 topics and made 10 Phase I awards. Phase II awards are not yet finalized.
• Also, the ORS Office will likely have influence on some AFRL SBIR topics. In the 9.3 SBIR cycle, AFRL/RV awarded 12 Phase I SBIR contracts of relevance to ORS.
• POC: Dr. Jeff Welsh, Tier-3 Division Chief 505-846-7344
8/18/2010UNCLASSIFIED -APPROVED FOR PUBLIC RELEASE ORS10-35 8/5/10
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Recent ORS SBIR Topics
Topic Title Objective Author
Canisterized Satellite Development for Operationally Responsive Space
Develop and demonstrate satellites capable of being packaged in a canister for launch. Use standardized interfaces and integration schemes for integration with any launch vehicle.
Steve Buckley505-853-7799
Miniaturized Satellite Development for Responsive Space Missions
Develop satellite technologies that increase capability, reliability and responsiveness while reducing size. Develop smaller satellites with the capabilities of current larger satellites.
Steve Buckley505-853-7799
Rapid, Accurate, Satellite Structural Dynamic Modeling Methods for Responsive Space Needs
Develop a finite element tool for predicting a satellite’s structural response from accurate, test-verified components.
Dr. Jeff Welsh505-846-7344
8/18/2010UNCLASSIFIED -APPROVED FOR PUBLIC RELEASE ORS10-35 8/5/10
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Recent AFRL/RV SBIR Topics with Relevance to ORS
8/18/2010
Topic Title Objective Author
Compact Type 1 Space Encryption Hardware
Establish an ultra-compact, ultra-low-power encryption/decryption certifiable solution for embedded space applications.
James LykeAFRL/RV
Autonomous Space Solutions
Develop architectures for autonomous flight software to support onboard event detection, planning, and task execution in order to enhance satellite responsiveness.
Paul ZetochaAFRL/RV
Modular CubeSat Architectures and Components
Explore disruptive technology approaches, architectures, tools and components for sub-10kg satellite platforms.
James LykeAFRL/RV
Responsive, Pre-launch and On-orbit E-O Sensor Characterization and Calibration
Explore new ideas for achieving a dramatic reduction of on-orbit sensor calibration and telescope pointing verification timescales, while preserving calibration fidelity.
Paul LevanAFRL/RV
UNCLASSIFIED -APPROVED FOR PUBLIC RELEASE ORS10-35 8/5/10
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Questions?
8/18/2010UNCLASSIFIED -APPROVED FOR PUBLIC RELEASE ORS10-35 8/5/10
