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Architecting and Engineering the Naval Force: A Warfare Systems Perspective
18 June 2009
Architecting and Engineering the Naval Force: A Warfare Systems Perspective
18 June 2009
RDML (Sel) Jerry K. Burroughs
SPAWAR Chief Engineer
Distribution Statement D: Distribution authorized to Department of Defense (DOD) and U. S. DOD contractors only. Other requests must be referred to SPAWAR HQ PAO.
2
Connecting The ForceConnecting The Force
• Connecting the Force: Engineering Perspective:– Rigorous Up Front Systems Engineering– Common Standards– Systems Engineering Technical Reviews– Single Technical Authority for Networks– View the Network as a Warfare System
3
Common MOC ArchitectureCommon MOC Architecture
• Developed Engineering and Functional Baseline that Defines MOC/MDA Networks Design
• Conduct Analysis of Network Performance Attributes
• Developing Common MOC Architecture
4
Navy Data Centers Navy Data Centers
• Develop The Navy System and Technical Architecture for Data Centers IAW DECC Standards and NNE-2016
• Develop the Processes for Validating the Navy Enterprise Data Centers to Navy Standards
• Develop and Promulgate a Construct for a SYSCOM Operated, NWCF-Run, Data-Application Hosting Center
5
Platform Network Technical Authority Instruction
Platform Network Technical Authority Instruction
• Establish SPAWAR Network Technical Authority Through of Construct of Improved Requirements and Acquisition Governance in Conjunction with ASN(RDA) and OPNAV Efforts
• Clarify Interdependent Roles of Requirements, Design, Implementation, Certification, and Sustainment
6
Platform Networks Architecture Demonstration
Platform Networks Architecture Demonstration
• Developing Generic Platform Network Architecture Data Applicable to All Ship Classes
• Enterprise Information Environment (EIE) and other Applicable Standards
• Document Generic Platform Network Architecture
• Engineering Baseline• Functional Baseline• Performance Baseline
7
CANES/NGEN AlignmentCANES/NGEN Alignment
Today
IT 21
CANES
ONE-NET
NGEN
Mid Term
Phased Alignment As 2016 Architecture MaturesPhased Alignment As 2016 Architecture Matures
Common Contracting
Shared Specifications
Common Tech Solutions
Interop Issues
Limited Trust
Unique C&A
NMCI
Shared GAL
Common Firewall
Portal
Unique Testing
Shared C&A NNETarget
Architecture2016
SeamlessUser
Experience
Future
SPAWAR 5.0 & NETWARCOMdeveloping
8
SHADE-TSHADE-T
• C5F UON for Shared Awareness and Deconfliction (SHADE) to Support Multi-National Counter-Piracy Efforts
• SHADE-T is a Geospatial Information System (GIS) Based Web Application Hosted by Non Classified Enclave (NCE) Using Google Maps Technology – Provides CTF-151 and Non-Coalition Partners
a Limited UNCLAS COP
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What is the Problem?Need for Improved Information Sharing
What is the Problem?Need for Improved Information Sharing
Operationally Derived Operationally Derived RequirementsRequirements
To Achieve
Operationally
Significant Results
Federal Inter- Agency
Federal Inter- Agency
State,Civil, Local
State,Civil, Local
Foreign Allies and Partners
Foreign Allies and Partners
Info sharing
Implement Implement Lessons Lessons LearnedLearned
DOJ / DHS Experience in Fed, State, Local, Tribal
Interoperability
DOJ / DHS Experience in Fed, State, Local, Tribal
Interoperability
DOD and IC Information Sharing
Initiatives
DOD and IC Information Sharing
Initiatives
Lessons Learned from Lessons Learned from Information Sharing Efforts Information Sharing Efforts
DOJ / DHS Experience in
Fed, State, Local, Tribal
Interoperability
DOJ / DHS Experience in
Fed, State, Local, Tribal
Interoperability
DOD and IC Information
Sharing Initiatives
DOD and IC Information
Sharing Initiatives
Info Sharing Lessons
Learned from Iraq and
Afghanistan
Info Sharing Lessons
Learned from Iraq and
Afghanistan
9/11
Hurricane Katrina
Hurricane Katrina
San Diego
Wildfires
Asian TsunamiAsian Tsunami
GWOT GWOTNGOs
and Industry
NGOs and Industry
10 10
What is the Universal Core (UCore)?What is the Universal Core (UCore)?
An information exchange specification and implementation
profile: – Vocabulary
• Of most commonly exchanged concepts: Who, What, When, Where
– XML representation of the concepts
– Security markings to permit controlled access, electronic tear lines
– Messaging framework to package and unpackage the content consistently
– Guidance for extension to permit tailoring to specific mission areas
UCore V2.0 Conceptual Data Model
Messaging Framework
MetadataMessage Framework
When What
Where
Who
11
Systems Engineering Technical Reviews
Systems Engineering Technical Reviews
NOTE: Gate Reviews are NOT SETR Events
Technical reviews occur as the system matures throughout the program life cycle
MaterialSolutionAnalysis
Material DevelopmentDecision
Technology Development
Engineering and Manufacturing Development
Production & Deployment
Operation & Support
A
ITR ASR SRR I SRR II IBRSFR PDR CDR TRR SVR/FCAPRR
OTRR PCA ISR
Systems Engineering Technical Review Timing
Milestones
Phases
Reviews
Pre-System Acquisition System Acquisition Sustainment
Integrated System
Design
System Capability & Manufacturing Process
Demonstration
B C
Technical Reviews
Program Reviews
Software Reviews
Technical Readiness Assessment
TRA TRAIRRSSR
1 2 3 4 5 6
PDR
Pass 1 Pass 2
Acquisition Gate Reviews
Preferred
System Concept
System Specification
or
Functional Baseline
Allocated Baseline
Initial Product Baseline
Final Product Baseline
Acquisition Reviews
ASR – Alternative Systems ReviewCDR – Critical Design ReviewFCA – Functional Configuration AuditIBR – Integrated Baseline ReviewIRR – Integration Readiness Review
ISR – In-Service ReviewITR – Initial Technical ReviewOTRR – Operational Test Readiness ReviewPCA – Physical Configuration AuditPDR – Preliminary Design Review
PRR – Production Readiness ReviewSFR – System Functional ReviewSRR – System Requirements ReviewSSR – Software Specification ReviewSVR – System Verification ReviewTRR – Test Readiness Review