Achieving Affordable, Capable Systems through Open Architecture Dr. Adam Razavian Deputy Major Program Manager Above Water Sensors Directorate PEO IWS2.0 Making Capability Insertion More Affordable • Computing Environment Open Architecture – Isolation of HW/SW – Commercial standards – Commercial middleware for data transfer • Data Rights • Warfare System Functional Architecture – Simplify the system integration by organizing the combat system architecture functionally – Capture WS/CS data model – Isolate the sensors/weapons changes from CMS – Reduce the changes made to core combat system – Reduce testing – Reduce certification cost • Align the System Engineering model with Business and Acquisition model – One without the other will not produce the desired outcome 2 Future Warfare Systems • Systems are becoming increasingly complex contributing to high cost of: – Development – Integration – System Sustainment • As warfare systems become more integrated – Individual systems require less complexity – Individual platforms can be specialized for narrower functionalities – Overall system capability increases • Warfare systems must be designed for Interoperability – After the fact interoperability is expensive • Data model for Warfare System Architecture makes the integration effort easier 3 In Service Warfare Systems • Systems are becoming obsolete, contributing to high cost of – Sustainment – Upgrades • Systems are – – – – Stand alone Specialized, dedicated hardware, closed Interfaces Hardware and software are tightly coupled Cost of obsolescence management is increasing as a function of time • When Business Case allows – Replace troubled functionalities with COTS and OPEN standard design – Reduce the sustainment cost – Reduce the future upgrade cost 4 Next Step: Leverage Modular Architecture for Ballistic Missile Defense and AAW Threats Future Applications of Scalable S-Band Japan Radar 1999-2003 CG(X) Family of Scalable Radars Japan Solid-State Modular Architecture UK Spain Australia Family of Scalable Systems Modern Digital Arrays and High-Speed Processors Bring Revolutionary Capabilities Distribution Statement A: Approved for Public Release; Distribution is Unlimited. 5 Primary Stressors to Future Surface Multi-Mission Combatants' Radars Ballistic Missile Defense Stressors Radar Needs • Large operating areas • Sensitivity • Long range Threats • 360º coverage • Raids • High confidence discrimination • Countermeasures Self Defense • Raids of VLO’s • Sensitivity • Diverse Natural Environment • High clutter rejection • Countermeasures • Phased array illumination • Robust electronic protection • Dual operating bands 4 Distribution Statement A: Approved for Public Release; Distribution is Unlimited. 6 SEWIP Block 2 Competition Lessons Learned • Leverage ONR ADM Project – Prior to the Block 2 competition ONR had an ADM contract for MFEW – ONR ADM effort was competed and matured several critical technology elements to TRL 6 with GPR on most of hardware and software – Technology Demonstration phase was achieved by leveraging from ONR MFEW ADM development. – Unsuccessful bidders for the ONR MFEW competition continued to invest their own IRAD to remain competitive for future Block 2 competition – Providing the MFEW GPR data as GFI with the Block 2 RFP resulted in a more robust competition SEWIP Block 2 Competition Lessons Learned • Leverage the Naval Open Architecture Contract Guidebook for Program Managers • Though the Government cannot demand Data Rights, provided the option for offerors to price Data Rights and included evaluation criteria on that option in the RFP – All offerors addressing the Data Rights option – An award with Unlimited Data Rights at no cost for all SEWIP Block 2 • Providing this data as GFI to future competitors for the SEWIP Block 2 Full Rate Competition, as well as follow-on life cycle support efforts, will result in lower TOC 8 Summary • Capability insertion must be more affordable • We must develop the ability to meet tomorrow’s threat • Our systems will be more integrated and interoperable – Utilize every single platform asset in the warfare system • OA approaches are the key enablers to meet tomorrow’s threat affordably 9