NDIA San Diego 2014 Fall C4I Industry Days

Transcription

1 NDIA San Diego 2014 Fall C4I Industry Days Day 2 October 29, 2014 Statement A: Approved for public release, distribution is unlimited (28 OCTOBER 2014)

2 NDIA Ms. Keeney 29 Oct 14 Agenda Les Hubbard, Program Manager, PMW 790 Shore and Expeditionary Integration Update CAPT Mark Glover, Program Manager PMW/A 170 Communications Mark Mukanos, Deputy Program Manager, Undersea Integration Program, PMW 770 Undersea Integration Update Susan Lashomb, Future Capabilities APM, PMS 485 Maritime Surveillance Systems Update Carmela Keeney, Executive Director, SPAWAR SSC-PAC SPAWAR Systems Center Pacific Update Dr. Stephen Russell, Chief Technology Officer, SPAWAR SSC-PAC Science and Technology Update CAPT Jay Kadowaki, Program Manager, PMW 760 Ship Integration Update Carol Kim, Program Manager, PMW 740 International C4I Programs Update CAPT Andrew Gibbons, Program Manager, PMW 750 Carrier & Air Integration Update Distribution Distribution A: Approved A: Approved for public for release public distribution release, Distribution unlimited. unlimited 2

3 Program Executive Office Command, Control, Communications, Computers and Intelligence (PEO C4I) PMW 790 Shore And Expeditionary Integration Program Office NDIA Briefing 29 October 2014 Les Hubbard Program Manager, (PMW 790) Statement A: Approved for public release; distribution is unlimited (21 OCTOBER 2014). Information Dominance Anytime, Anywhere PEOC4I.NAVY.MIL

4 Outline PMW 790 Overview, What We Do Major Programs and Focus Areas Challenges Shore Environment Expeditionary Science and Technology (S&T) Small Business Engagements Future Solicitations 4

5 PEO C4I Organizational Structure CNO Chief of Naval Operations ASN(RDA) Assistant Secretary of the Navy (Research, Development & Acquisition) SSC Atlantic SSC Pacific SPAWAR Space Field Activity SPAWAR RADM David Lewis CURRENT READINESS REPORTING APEO Installations (FRD) Cheryl Carlton APEO Logistics (4.0) Sean Zion APEO Engineering (5.0) Jara Tripiano APEO S&T (7.0) Bob Parker PEO C4I RDML C. D. Becker EXECUTIVE DIRECTOR Ms. Ruth Youngs Lew Chief of Staff Gary Galloway DPEO Acquisition Management John Metzger DPEO Manpower & Budget Lisa Ramsey DPEO Plans & Strategy vacant DPEO Platform Integration & Modernization Jerry Nies DPEO Technical Direction & Program Integration Charlie Suggs Battlespace Awareness & Information Operations PMW 120 Information Assurance & Cyber Security PMW 130 Command and Control PMW 150 Tactical Networks PMW 160 Communications PMW/A 170 CAPT Scott Heller Susie Hartzog Steve Bullard Rob Diaz CAPT Don Harder Mark Compton CAPT William Ben McNeal Jim Churchill CAPT Mark Glover Dan Brothers International C4I Integration PMW 740 Carrier and Air Integration PMW 750 Ship Integration PMW 760 Undersea Integration PMW 770 Shore & Expeditionary Integration PMW 790 Carol Kim Sean Moone CAPT Andy Gibbons CAPT Robert Cassol CAPT Jay Kadowaki David Rodriguez CAPT Miguel San Pedro Mark Mukanos Les Hubbard CDR Ken Ebert Updated 15 September

6 We Connect Providing assured connectivity between tactical forces and higher commands Joint Transport is the key to all Navy C4I Tactical Switching connecting Fleet, MOCs, Joint and Expeditionary 20+ Major Shore Sites NCTAMS (2) NCTS (5) MOCs (9) DOD Gateway (7) 12 Expeditionary Commands Support for Operation Tomodachi Demonstrated by: Global Shore C2 Connectivity: Tactical Switching (TSw) program provides assured communications for critical Navy and Joint partners COOP Contingency: Providing connectivity during failover Expeditionary C2: Flexible network and communications configurations to support full range of military operations Messaging: Strategic and Tactical 6

7 We Integrate Fielding aligned and integrated C4I solutions and capabilities for shore and expeditionary forces Program Offices Portfolio Products Manage Shore C4I Builds PEO Systems FRD Fielding Handover World Wide Shore Sites Shore & Expeditionary MOC NCTAMS NCTS NECC Assure Product Interoperability/Integration Achieve requirements functionality Modernization/Tech Refresh Testing CM Control (ECR) Multisystem Interoperability & Integration Planning Validate readiness/risk Shape planned deliveries to platform requirements (Power/HVAC/Minor MILCON) Fleet Operating Forces Site/expeditionary command Installation & Integration Deliver PEO functional systems Development Integration Delivery 7

8 We Support Ensuring cradle-to-grave shore and expeditionary C4I capabilities are fully supported and cost effective Accomplished through: Information Assurance: Compliance, Certification, Type Accreditation, IAVM Integrated Logistics Support (ILS): Technical Support, Help Desk, Training, Spares, Technical Publications, Warranties Modernization: Tech Insertion/Tech Refresh, SWAP Reduction, Enhanced Bandwidth NAVMACS support multiple variants while migrating to single variant 2 Networks/ 5 Networks/Local Reach-back Clients x Support Positions Flexible, deployable C2 capabilities Tactical Switching support on TDM and ATM while migrating to IP 8

9 Outline PMW 790 Overview, What We Do Major Programs and Focus Areas Challenges Shore Environment Expeditionary Science and Technology (S&T) Small Business Engagements Future Solicitations 9

10 Portfolio Overview 4 Product Lines, 12 Programs/Projects Shore Command Systems & Integration 1. Tactical Switching (TSw) - ACAT IV(M) 2. Maritime Operations Center (MOC) Project Joint Communications Systems 3. Messaging (Afloat, Ashore, NC3) - Project 4. Telephony Project 5. Joint (UHF) MILSATCOM Networks Integrated (JMINI) - ACAT IV(T) Expeditionary Systems and Integration 6. Deployable Joint Command and Control (DJC2) - ACAT IAC Inactive 7. Navy Expeditionary C4I - Project Platform Integration 8. Aegis Ashore Assured C4I (A3C4I) Project 9. Site Integration (MILCON) - Project 10

11 Tactical Switching (TSw) Foundation for C4I Services NetOps SA & C2 to operate, Manage & defend the network NETWORK DISCOVERY BATTLESPACE AWARENESS INCIDENT TRACKING IP Services NIPR, SIPR, * Other C2 Apps (hosted at FLTNOCS) DEVICE MANAGEMENT EVENT CORRELATION DATA STORAGE AND BACKUP FAULT DETECTION PERFORMANCE MONITORING VIDEO TELECONFERENCING Transport Global terrestrial connections To NCTAMSs, NCTSs, & Teleports (TDM, ATM, IP) CNDS / POP SERVICES VOICE GATEWAY SERVICES WEB SERVICES DNS SERVICES SERVICES CIRCUIT EMULATION SERVICES INFORMATION ASSURANCES LAYER 2 VPN SERVICES COI LAYER 3 VPN SERVICES IP QUALITY OF SERVICE IP ROUTING (NET-CENTRIC) Foundational Portfolio of Products & Services 11 11

12 Role of Tactical Switching (TSw) Foundational Portfolio of Products and Services serving as enablers for E2E Communications. Established to address shore infrastructure misalignments to complimenting afloat C4I systems Entry point for priority shore-based technology insertion Driving Implementation of Long-Term Transport Vision, Modernized Infrastructure and Enhanced Situational Awareness NetOps SA & C2 to operate, manage & defend the network Technology Insertion Transport Global terrestrial connections to NCTAMSs, NCTSs, & Teleports (TDM, ATM, IP) IP Services NIPR, SIPR, * Other C2 Apps (hosted at FLTNOCS) Advocates Shore Alignment with Afloat C4I Systems 12

13 Long Term Transport Vision Joint Ciper-Text Warfighter Transport Network EHF WGS BAMS/JALN DISN DISN IP Services DISN CT IPT PE BACKBONE COCOM TOC AOC FLTNOC ARFOR MOC TELEPORT Flagship BMD Mission Advantages of Joint Cipher Text Transport Single interconnected network Joint interoperability Leverages DISA tech refresh Significant capacity increase DJC2(Ashore) 13

14 Transport Transformation *Current: 3 transport technologies (TDM / ATM / IP) supporting 5 ADNS variants Goals: Single, Interconnected network Increased scalability Supports multiple platforms terminating at NCTAMS COOP capability Leverages DISA infrastructure & services Circuit Centric Navy Net-Centric Joint Net-Centric TDM/ATM retirement dependent on ADNS Inc III fielding 14

15 TSw - IP Service Provider FLTNOC Infrastructure FLTNOC Services Virtualized Environment Common Workstations Disaster Recovery Storage Area Network Dial Up Networking B1/B2 Boundary Core Routing/Switching Platform Quality of Service Netflow Collection FLTNOC to FLTNOC Routing Infrastructure for FMV, ENMS, and Chat Red Had Enterprise Linux Platform Service Microsoft Windows Server Platform Service Store and Forward (SMTP Relay) Web (HTTP, HTTPS) NIPRNet/SIPRNet Access Web cache Domain Name Service (DNS) Local Exchange Timing (NTP) Automated Logging (Syslog) Local High Density Storage (NAS) Local Backup and Restoral Global Backup and Restoral Failover/COOP Global AAA Patch Remediation FLTNOC is the IP Gateway for the Afloat Warfighter 15

16 NetOps Enterprise Network Management System (ENMS) Monitor/Manage capability of the shore network infrastructure with end-to-end visibility of IT-21 Navy Shore C4I systems and services using ITIL/ITSM framework and CM. Predictive/Preventive Network Management Real Time Service Incident detection Performance trending and event tracking Automated Ticket Management System (TMS) Predictive Root Cause Analysis (RCA) Feeds C2RPC for CDRs SA Alignment with Navy Cyber SA (NCSA) - PMW 130 Governance and prioritization of interfaces Data Architecture WG ENMS Manager of Managers (MoM) Roadmap Strategy Enhance NETOPS services taken enhanced feeds from ENMS and fed into Cyber SA ENMS 3.0 Tech Refresh provides: Incident, Problem, Knowledge, & CM Event and Ticket Management Hosted in FLTNOC Sites to receive BMC Tech Refresh FY14: PAC, LANT, Naples, Bahrain Real Time Situational Awareness of the IT-21 Network 16

17 Maritime Operations Center (MOC) Integration SoS Project Leading MOC integration through a system-of-systems coordination of both Programs of Record (PORs) and non-pors from Navy and other DoD Defense agencies Operational Level of War Enabler Enhanced global networking Organizational consistency Capability transition between various command roles Provides Core Baseline plus MOC-unique Mission Builds 17

18 MOC Network Infrastructure Standardization Virtual Secure Enclave (VSE) Application Service Point (ASP) NCTAMS/NCTS (4 NOCs + CNFJ Co-locating applications and servers through virtualization = reduced footprint Client node Major C2 sites (MOCs, CTFs, JTFs, etc.) Any workstation able to use Citrix plug-in (i.e. don t need new clients) Access and permissions easily tailored based on mission or risk Controlled interface with the outside world Citrix client traffic accesses VSE by way of a Netscaler gateway Existing CDS tools used as guards (e.g. RadMer) Protected Transport Common Mission Network Transport (CMNT) Black Core IPSEC VPN tunnel through SIPRNet as a back-up Protected enclave designed for Assured C2 in a DIL environment Baseline system demonstrated and operational in PACOM AOR 18

19 Navy Messaging Modernization C2OIX Project - Command and Control Official Information Exchange Facilitates Organizational Messaging between surface ships, submarines, shore and tactical mobile units by leveraging existing RF paths and shore enterprise networks Provides Commanders with the capability to exchange C2 official information while afloat or embarked 19

20 Reduction of Afloat Systems NAVMACS II AN/SYQ-26(V)7 Synchronized with CANES - FOC is

21 Shore Messaging Modernization Current (FY13) NCTAMS LANT Messaging Systems GENSER Nova SIPR NREMS Future Shore Messaging Systems NICE C2OIX Applications Hosted on FLTNOC UARNOC and PRNOC C2OIX as a service hosted in a Virtualized FLTNOC environment on NIPR & SIPR enclaves FMX CAW 10 workstations FSM C2OIX System NCTAMS LANT and NCTAMS PAC TS C2OIX System hosting FMX and CUDIXS C2OIX Message Gate hardware hosting FMX, CUDIXS and GENSER Nova at NCTAMS LANT and PAC NC3 Nova (EAM Only) NC3 Nova CUDIXS w MPS 1000 Overall Reduction of Shore Messaging Systems 21

22 NC3 OV-1 22

23 Shore Telephony Providing Vital Telephony Services to the Warfighter Modernize, replace, & upgrade Telephony software and hardware (including cable plant) compliant with DoD policy Phone numbers & dial tone to ships & shore 400,000 lines to 262,000 DoD personnel and families (OCONUS) ~115 switches at 71 sites CONUS/OCONUS Port Hueneme & Point Mugu 12,227 users Seal Beach 1,719 users San Diego 50,922 users WA Bremerton 1,064 users Everett 2,354 users MT Whidbey Island users OR ID NV Lemoore 5,614 users CA Wahiawa X users TOTAL HAWAII X users AZ UT WY NM CO ND MN VT Portsmouth SD WI NY 17,242 users MI Groton 3,683 users PA Newport 3,020 users NE IA IL Willow IN Grove 2,471 OH users Earle 1,319 users WV KS Norfolk & VA 24,231 users MO KY VA Memphis 5,103 users NC OK TN AR SC Meridian 1,261 users Charleston 3,025 users MS AL GA Fort Worth 3,574 users Athens users TX TX LA Pensacola King s Bay 7,602 users 7,957 users Kingsville 1,366 users Gulfport New Orleans 2,419 Panama Ingleside 2,530 users 8,995 users City 3,027 users Corpus Christi users Service to over 190,000 Users FL Guantanamo Bay - 9,599 users Brunswick & Cutler 1,911 users ME Jacksonville 12,615 users Whiting Field 987 users Sauley Field 625 users Corry Station 802 users Mayport X users Atsugi 2,245 Class A users 1,729 Class B users Hakosaki 108 users Ikego Class A users 889 Class B users Kamiseya Class A users 123 Class B users Negishi 503 users Sasebo 4,022 users Tsurumi 39 users Urago 60 users Yokosuka 9,890 users TOTAL JAPAN 20,160 users Voice, conferencing, voic , trunk circuits Rota 3,489 users Greece 2,400 users Bahrain & Djibouti 5,595 users Guam 5,485 Class A users 1,142 Class B users TOTAL GUAM 6,627 users Sustainment dollars needed for aging infrastructure Bagnoli 98 users Capodochino - 3,650 users Gaeta 416 users Gricignano 3,980 users Sigonella 8,216 users TOTAL ITALY 16,360 users Diego Garcia 2,681 users OCONUS service to 72,000 Users Chronically Underfunded for Modernization and Sustainment 23

24 Navy Tactical Capabilities VoSIP and VTCoSIP Fully DoD UCR Compliant Relieves EOL/EOS issues for tactical VTC Federates with DISA Directories Supports number portability for deployed platforms Enables connectivity to the DRSN Provides fail-over between the NOCs Enables Meet-Me conferencing capability Meets Joint Staff-initiated DRSN reduction effort Increases number of secure VTC sessions available Recent HW and configuration changes allowed the White House Communications Agency to establish VTC with USS TRUMAN Successful lab and TW11 and TW12 testing Compliance with DISA UCR and JITC APL Proven technology already in use by MILDEPs Fully funded procurement and install at all four NOC locations Key Enabler on Path to UC 24

25 Unified Capabilities (UC) The integration of voice, video, and/or data services delivered ubiquitously across an interoperable, secure, and highly available IP network infrastructure, independent of technology, to provide increased mission effectiveness to the warfighter (DISA definition) Only PMW program office aligned to DoD UC; Provider of tactical C2 voice and video systems Executing IP Trunking, component of UC, in FY15 to modernize TDM legacy switches Scope challenges Navy management and acquisition of voice and video systems Mobility Ongoing Partnership with FCC BCO and EIS 25

26 Joint UHF MILSATCOM Network Integrated Control System (JMINI CS) Facilitating Efficient Satellite Communications for the Warfighter JMINI Mission Provide integrated, dynamic, and centralized control of non-processed UHF MILSATCOM 5/25 khz DAMA and DASA channels to maximize existing resources, and provide decentralized web-based management of those resources for use as a situational awareness tool Capabilities: ¾ System supports full UFO constellation: 76 DAMA channels per coverage area Mix of 5 khz and 25 khz DAMA and DASA channels (MILSTD A) ¾ Network Management System (NMS) supports remote access to communications planning and management Extends NMS capability to JCS, COCOMs, GSSC, and RSSCs Enables web-based remote planning and management thru the SIPRNet Components: ¾ Radio Frequency Distribution System (RFDS) ¾ Channel Controller (CC) Platforms JMINI Control Stations at 4 sites: NCTAMS LANT, PAC, NCTS Guam, Naples ¾ Resource Controller (RC) ¾ Network Management System (NMS) Enables reliable communications for Warfighters and U.S allies in tactical and training environments, and optimizes access to entire UHF MILSATCOM spectrum 26

27 JMINI CS Warfighter & Customer Impact Failure to sustain JMINI CS will severely cripple UHF MILSATCOM across the globe, and is an unacceptable risk for the Joint Warfighter. USSTRATCOM, J6 Total Number of UHF Missions* Number of UHF Missions using DAMA % of Missions relying on JMINI CS for UHF DAMA Channels % Missions Supported Using JMINI* Missions Denied Without JMINI 3 Priority 1 Missions 165 Priority 2 Missions 65 Priority 3 Missions * These figures are a daily glance in FY13, and are a representation of usage Priority 2 Missions ALL 65 Priority 3 Missions 163 Lower Priority Missions UHF MILSATCOM is the primary communication method for on-the-move warfighters from boots on the ground, air assets, ships, submarines, special ops, White House communications, USCG, Department of Homeland Security, and other agencies and all services User Representative, NNWC N6 27

28 IW CS Capability/Operational Gains Integrated Waveform provides both a capacity and capability gain for the UHF SATCOM community Operational gains include: Improved UHF system efficiency (more accesses) Simplified terminal operation Doubles the average capacity throughput over one 25 khz UHF SATCOM channel Dedicated Channel Today s DAMA Integrated Waveform (IW) Single 25 khz Channel A 25 khz channel typically supports one non-dama network 2.4k 2.4k 2.4k 2.4k 2.4k Single 25 khz Channel With Today s DAMA A 25 khz DAMA Channel supports up to 5 simultaneous 2.4k Voice networks DAMA Demand-Assigned Multiple Access Single 25 khz Channel with IW 2.4k 2.4k 2.4k 2.4k 2.4k 2.4k 2.4k 2.4k 2.4k 2.4k A 25 khz IW Channel supports an average of 10 simultaneous 2.4k Voice networks 28

29 Deployable Joint Command & Control (DJC2) Fully Integrated Joint System enabling JTF Ops for HA/DR, Drug Interdiction, Homeland Security Defense, and Overseas Contingency Ops DJC2 Mission Field an integrated C2 HQ system to enable a commander to set up a self-contained, self-powered, network-enabled JTF HQ anywhere in the world within 6-24 hours of arrival 5 networks, 130 clients Secure Wireless Networking with extension of services IP Convergence Suite (EoIP) C-JWICS / DODIIS GCCS-J Robust 8 Mb comms (GBS, TACSAT) Defense Connect Online (DCO) / VTC / Collaboration Tools Onsite support manning 24/7 Help Desk, Support Portal, training, tech manuals, spares EARLY ENTRY (EE) and CORE 20 / 40 operators (EE), setup / operational < 6 hr 60 operators (Core), setup / operational < 24 hr Design is fully self-supporting, with its own power, environmental control, and SATCOM augmented with autonomous rapid response and en route capabilities Key Operational Stakeholders POR DJC2 owners: U.S. Pacific Command (PACOM) III Marine Expeditionary Force (III MEF) U.S. European Command (EUCOM) U.S. Army Africa (USARAF) U.S. Southern Command (SOUTHCOM) U.S. Army South (ARSOUTH) Non-POR DJC2 owners: U.S. Naval Forces Central Command (NAVCENT) Naval Mine and Anti-Submarine Warfare Command (NMAWC) Marine Corps Forces Central Command (MARCENT) Naval Expeditionary Combat Command (NECC) Marine Corps Systems Command for USMC Combat Operations Center (COC) and Expeditionary C2 Suite (ECCS) Operational Sponsor: Joint Staff 29

30 Fully Scalable / Flexible Joint C2 <4 < /60 124/244 Commander s Kit Rapid Response Kit (RRK) Early Entry (EE)-Lite,* EE-Lite Plus** Early Entry (EE) Core Core Expansion EARLY ENTRY (EE) and CORE 20 / 40 operators (EE), setup / operational < 6 hr All tented configurations can also be set up in 60 operators (Core), setup / operational < 24 hr buildings on local power Scalable NOTE: Each expansion kit adds 60 seats to Core Platform Flexible 30

31 DJC2 in Real-World Ops Most recent real-world use: Philippines 2013 OPERATION TOMODACHI: Yokota AFB, Japan (2011) Mission: Deployed by PACOM (supported by JCSE) to provide C2 capabilities in support of operation providing HA/DR support in austere environment where normal infrastructure had been damaged/destroyed by tidal wave CJTF HAITI: Port-au-Prince, Haiti (2010) Mission: Served as command post for CJTF Haiti, providing services to 300 staff, including SIPR/ NIPR/ NGO/ GBS/ JWICS/ VTC/ VOSIP/ VOIP/ PSTN/ DSN DJC2 Maritime Variant (MV) supported C2F on BATAAN JTF CARING RESPONSE: Myanmar (2008) Mission: Provided U.S.-only Command Center for potential real-world operations during CG-08 exercise Enabled instant JTF HQ when Cyclone Nargis hit Myanmar, and then supported move of JTF to Utapao with no gap in C2 for JFC MV on BATAAN By using EE/Core and RRK, JFC was able to transition JTF HQ from tents to building 200 miles away without losing C2/comms JTF KATRINA : New Orleans (2005) Mission: Supported Joint Force Maritime Component Commander (JFMCC) at JRB NAS New Orleans Only Ashore C2 component 31

32 Navy Expeditionary Support Project Description NECC NBG EOD TECH DIV NMAWC Large Scale Communication Systems (LSCS) Currently provide C2 solutions via the following systems: NETC2, MAST, RDSAT/TDN, and ESCC. Will converge LSCS to the modular and scalable NETC2 to support CNO s vision of reduction of variance and to drive down sustainment costs. Final demil: MAST in FY17 and RDSAT/TDN in FY19. X X X TOA Management/ SYSCOM Managed TOA Maintain TOA configuration within EXMIS for all C4I assets. Development of annual C4I buy plan. Maintains C4I equipment in support of System Command (SYSCOM) Managed Tables of Allowance (TOAs) (SMT) for 2 Maritime Prepositioning Ship Squadron (MPSRON) Battalions (P25) and 2 MPSRON Regiments (P29). X X Blue Force Tracker (BFT) Provide logistics documentation, training, help desk services, program management support, configuration management coordination, and equipment assessment for joint BFT/Force XXI Battle Command Brigade and Below (FBCB2) product line in Navy Vehicles and Combatant Craft. X Vehicles and Boat Integration Support Coordinate and procure Government Furnished Equipment (GFE) and coordinate Installation and Integration (I&I) efforts for C4I equipment on vehicles. The project provides consultation to NAVSEA Carderock on C4I solution sets for Combatant Craft. X Portable Radio Program Provide handheld, manpack and vehicular adapted HF/VHF/UHF LOS/SATCOM tactical radios for secure voice and data communications in all environments. Provide logistics documentation, training, help desk services, and equipment assessment for tactical radios. Leverage PMW 170 PRP Project to gain procurement efficiencies. X 32

33 Navy Enterprise Tactical Command and Control System NETC2) Currently Fielded as DJC2 non POR CAPSET 2 CAPSET 3 28 Planned CAPSET 4 45 NETC2(V)2 CAPSET Expansion Kit CAPSET 1 <5 NETC2(V)1 # Users 1 Rapid Response KIT (RRK) BGAN Configuration o o o o o NGO (dirty internet) BGAN Iridium Laptop Backpack o 2 Networks/Rchbk o Workstation x 5-4 SIPR / 4 NIPR HD - 2 ADMIN HD o H3L o (2) VoIP/DSN o (2) VoSIP long local All tented configurations can also be set up in buildings on local power o (2) Networks - SIPR/NIPR LAN o CENTRIXS/Rchbk o Workstations x SIPR / 28 NIPR HD - 4 ADMIN HD o H3L (X/Ku) o (8) VoIP/DSN o (4) VoSIP long local o Webcam VTC o (2) Color Multi Printer o Share Storage 4TB o Off-Site Back up 4TB o o o Shelter/HVAC Power Gen & Distro Tables/Chairs o (3) Networks - SIPR/NIPR/CTRX o Workstations x SIPR / 45 NIPR HD - 28 CTRX HD - 5 ADMIN HD o H3L (X/Ku) o IPCS o (20) VoIP w/ Call Mgr o (5) VoSIP long local o Briefing VTC o Tabletop VTC o (1) 60 LCD o (4) 40 LCD o (3) Color Multi Printer o (1) B/W Printer o Share Storage 7TB o Archive Storage 4TB o Shelter/HVAC o Power Gen & Distro o Tables/Chairs o Workstations x SIPR / 20 NIPR HD o o o o o o o o H3L (X/Ku) (10) VoIP (15)VoSIP w/call Mgr Radio Over IP Interface (3) 60 LCD (1) 40 LCD (3) Color Multi Printer (1) B/W Printer o CAPSET 5 is not a stand alone system o Provides additional seats, phones, and monitors to a NETC2(V)2 configuration Note: Support provided by NAVFAC for items highlighted in blue. 33

34 Surveillance Control Central, Expeditionary (ESCC) Tactical Sensor Systems (AN/TSQ-228(V)2) Sensor Management Track Data Fusion Furuno Radar TIS/VIS Cameras Marine Band Radio AIS GDFS Tri-Monitor GPS Traditional Communications UHF/VHF LOS UHF DAMA UHF SATCOM HF Voice Harris Dual AN/PRC-117G Trailer Sensor Platform (TSP) Facilities/Genset Harris AN/PRC-150 HF Base Station Networks/Services/SHF Communications NIPR/SIPR GCCS-M ver (COP) VOIP/VOSIP VTC (Class/Unclass) C2OIX (replaced NREMS) 10 WS NIPR or SIPR AN/USC-67 DExNet-M SHF (C/Ku/X) Supports Coastal Riverine Force Missions GCCS-M C2/COP 34

35 Tactical Portable Radios (In Collaboration w/ PMW 170 PRP) Handheld, manpack, vehicular and base station variants fulfilling HF/VHF/UHF LOS/SATCOM requirements that provide secure and reliable voice and data communications in all environments AN/PRC-117F AN/PRC-117G AN/VRC-103 RF-300M-V255 AN/PRC-150 AN/VRC-104 AN/VRC-110 AN/VRC-114(V1 V2) AN/PRC-152(A) AN/PRC-157A RF-300M-TVA XTS-5000 AN/VRC-90/92 Ongoing tech refresh and consolidation strategies 35

36 Aegis Ashore Integration and Installation Test & Integration (PMRF, Kauai) FY14 C4I Systems ADNS CDLMS CRYPTO DIAS DMR ISNS IVCS JTT MOS NAVSSI NMT TIP TVT/TVS VTC SPAWAR Bldg. OT-1 AA C4I Assembly Facility POR System Storage Cold Equipment Assembly Transport to Installation Site Romania IOC FY15 Poland IOC FY18 Final Integration on site Receipt & inspection Installation in Bldg Integration testing System testing and missile shoots Test Facility PMRF, Kauai IOC FY14 Deveselu, Romania IOC FY15 36

37 Site Integration NCTAMS PAC transition (P-173): Relocated 102 C4I systems Maintained ops during transition ITCS (SEAL) Daniel R. Healy Communications Center MSC to FLTNOC transition Relocation of Broadway (ANOC) & Pensacola (BNOC) to UARNOC/PRNOC FY16-17 Aegis Ashore (BMD sites in Europe) Romania (P-400, FY16) Poland (P-401, FY18) Future MILCON projects TBD CVW-5 Atsugi to Iwakuni relocation NCTAMS LANT (P-913, FY18) Rota, Spain (P-621, FY17) Manage C4I Portion of Navy MILCON Projects 37

38 Outline PMW 790 Overview, What We Do Major Programs and Focus Areas Challenges Shore Environment Expeditionary Science and Technology (S&T) Small Business Engagements Future Solicitations 38

39 Challenges Shore Environment Secure, assured communications is essential at every level (continental U. S. to the forward-deployed warfighter) Warfare is increasingly conducted by networks of platforms, weapons, sensors, and EW systems. C2 of networks poses complex algorithmic and software challenges, particularly with intermittent connectivity, limited data rates, and robustness against network disruption from electronic and physical attack. Network Operations (NetOps) Manage and control modes of operation Collect performance data from multiple networks Network risks Mitigation of vulnerabilities arising from new features that make networks more efficient (growing reliance on trust relationships ) Defeating network reconnaissance and surveillance and countering denial of service Expanded use of wireless networks raises likelihood of network compromise Need next generation Systems Management with automated patch/update management across the enterprise 39

40 Sys-of-Sys integration & enterprise constraints Challenges Shore Environment cont. Complex, interdependent systems across many PORs JIE, Cloud, VSE, DCC and other initiatives Priority to reduce requirements for SWAP Need improvements for expanded deployability, flexibility and survivability for broad C2 missions Fiscal realities need to reduce costs Leveraging commercial capabilities and cost efficiencies in military environment while ensuring reliability, robustness and security of infrastructure, devices and applications. Need innovative concepts and technologies that offer cost advantages while allowing adaptability and/or rapid refresh technologies that advance system-level performance. Innovative Concepts for Components Hardware Firmware Software Power Systems Simplified Porting Capabilities against Multiple Platforms 40

41 Trend for increasingly large quantities of tactical data for C2 and groundbased exploitation in contested environments Need new approaches and technologies to provide survivable, standoff communications that are difficult for adversaries to detect, exploit and counter. Positive Control of the electromagnetic (EM) spectrum Challenges Shore Environment cont. EW systems of adversaries becoming increasingly sophisticated Need system approaches for active and passive EW techniques to counter advanced networked and agile systems with asymmetric capabilities possessed by adversaries by close-in remote sensing coupled with advanced jamming and spoofing. Increasing use of Unmanned vs. Manned Systems Expanding Drone/UAS/UUV and BMD capabilities present integration challenges Increased system autonomy Self-organizing network technologies, less people in-the-loop Increasing network capacity and scaling in congested RF spectrum Man-made and natural electromagnetic interference (EMI) and EMP risks 41

42 Challenges Expeditionary Environment Biggest challenge: Size Footprint, Weight, Cube Other challenges: Secure deployable C2 / Information Assurance (IA) Interoperability / Commonality of systems Well-trained operators Electromagnetic Spectrum Management Interference on frequencies Sharing of situational awareness capabilities Clearances and access Co-location of Coalition HQ s on U.S. platforms New challenge: Anti-Access Area Denial (A2/AD) (Expeditionary C2 in a denied environment) 42

43 S&T Activities & Gaps Small Business Innovative Researches (SBIRs) Network Planning and Real-time Automated Management System (NetPARAMS/LiveAction) Simple Profiler for Official Information Exchange (Phase II with Sonalysts) NetOps Analytic as Service (NaaS) (Phase II in FY15 with Intelligent Automation) Technology Insertion Program for Savings (TIPS) NC3 EAM Enhanced Technology (NEET) SSC PAC (STI)/SSC LANT (NISE) Reduction of SMS HW & SW Footprint Enhanced Common User Digital Information Exchange System to Replace Fleet Broadcast Joint Capabilities Technology Demonstration (JCTD) Unified Command & Control (UC2) Commercial Solutions for Classified (CSfC) PEO C4I 2014 PMW 790 Capability Gaps for S&T Telecommunications Management System (Unified Capabilities Situational Awareness) Smart Display Capability Cross Domain Solution for Network Management Services Fleet NOC Converged and Optimized Infrastructure Services NetOps SA for Crypto Systems Bandwidth Efficient Directory Synchronization Fleet Broadcast Replacement Cost Effective Secure/Non-secure AS-SIP Handsets 43

44 Outline PMW 790 Overview, What We Do Major Programs and Focus Areas Challenges Shore Environment Expeditionary Science and Technology (S&T) Small Business Engagements Future Solicitations 44

45 Small Business Engagements PMW 790 Seaport-e Task Order (NS11) Support Services - Systems Acquisition, Systems Engineering, Logistics, Installation Management and Shore Integration Design and Planning Small business set aside $42M Contract awarded 1 Oct FTEs between prime and industry partners PMW 790 Seaport-e Task Order (NS01) Support Services Program Management and Systems Engineering Small business set aside $45M Contract awarded 1 Sept FTEs between prime and industry partners 45

46 Outline PMW 790 Overview, What We Do Major Programs and Focus Areas Challenges Shore Environment Expeditionary Science and Technology (S&T) Small Business Engagements Future Solicitations 46

47 Future Engagements Potential Small Business Opportunities Deployable Joint Command and Control (DJC2) Rapid Response Kit (RRK) Baseband Subsystems Small business set aside, 5-year Single Award Firm Fixed IDIQ Procure Hardware/Software/Warranty Support/Tech support Est. award 3QTR/FY15 Aegis Ashore Assured C4I (A3C4I) program (Poland) Potential 8(a) business development program Integration and procurement services Est. award 3QTR/FY15 Varied equipment procurements SBIR Other potential solicitations MOC C2 Display Telephony Design, Installation and Maintenance (MAC IDIQ) est Others 47

48 Summary Foundational Program Office with both Product and Platform roles Diverse stakeholder base Responsible for multi-platform Shore and Expeditionary domain Aligned with today s Fleet requirements and driving Efficiencies Real Time Situational Awareness of the Tactical Network Enterprise Solutions NetOps, VSE, Assured Comms, VoSIP, VTCoSIP Equipment & Footprint reductions Virtualization, Messaging, Expeditionary Convergence and Consolidation Future Technologies S&T, Experimentation, Challenges increasing trend of interdependency and complexity Robust, secure, efficient technology insertion needed at an affordable price Multiple Support Services Task Orders under Seaport-e SB Program Management and Technical Services awarded August 2014 Potential 8(a) Opportunity for Integration and Procurement Services in support of Aegis Ashore Assured C4I (A3C4I) in Poland Other solicitations forthcoming Product and Platform integration for Shore and Expeditionary C4I 48

49 NDIA Ms. Keeney 29 Oct 14 Agenda Les Hubbard, Program Manager, PMW 790 Shore and Expeditionary Integration Update CAPT Mark Glover, Program Manager PMW/A 170 Communications Mark Mukanos, Deputy Program Manager, Undersea Integration Program, PMW 770 Undersea Integration Update Susan Lashomb, Future Capabilities APM, PMS 485 Maritime Surveillance Systems Update Carmela Keeney, Executive Director, SPAWAR SSC-PAC SPAWAR Systems Center Pacific Update Dr. Stephen Russell, Chief Technology Officer, SPAWAR SSC-PAC Science and Technology Update CAPT Jay Kadowaki, Program Manager, PMW 760 Ship Integration Update Carol Kim, Program Manager, PMW 740 International C4I Programs Update CAPT Andrew Gibbons, Program Manager, PMW 750 Carrier & Air Integration Update Distribution Distribution A: Approved A: Approved for publicfor release public distribution release, Distribution unlimited. unlimited 49

50 Program Executive Office Command, Control, Communications, Computers and Intelligence (PEO C4I) Communications and GPS Navigation Program Office (PMW/A 170) NDIA San Diego Fall Industry Event Distribution Statement A: Approved for public release, distribution is unlimited (21 OCTOBER 2014) 29 Oct 14 CAPT Mark Glover Program Manager (PMW/A 170) Information Dominance; Anytime, Anywhere PEOC4I.NAVY.MIL

51 Agenda PEO C4I PMW/A 170 Vision / Mission / Organizational Structure Capabilities Portfolio of Programs Migration/Consolidation of Systems Bandwidth Growth Deliverables Contracts PMW/A 170 Support of Anti Access Area Denial (A2AD) Where Industry Can Help 51

52 PMW/A 170 Vision/Mission Statements PMW/A 170 VISION: Assured, Resilient Communications and GPS Navigation: Anytime, Anywhere PMW/A 170 MISSION: Provide and support interoperable, cost-effective communications and position, navigation, and timing services, enabling information dominance for maritime forces PMW/A 170 ORGANIZATIONAL CHART Program Manager Deputy Program Manager Navigation Principal APM MILSATCOM Principal APM COMSATCOM Principal APM Tactical Comms Principal APM Technical Director Business Financial Manager Director of Operations 52

53 Capabilities CWSP/ CBSP GBS EHF WGS/DSCS GPS MUOS/UFO WSC-8 CBSP GBS NESP NMT BFTN DMR GPNTS (Future) 53

54 PMW/A 170 Program Portfolio ACAT Programs Other Programs and Projects MILITARY SATELLITE COMMUNICATIONS (MILSATCOM) Navy Multiband Terminal (NMT) ACAT IC Global Broadcast Service (GBS) - ACAT III Navy Extremely High Frequency SATCOM Program (NESP) - ACAT IC SMQ 11 ACAT IV COMMERCIAL SATELLITE COMMUNICATIONS (MILSATCOM) Commercial Broadband Satellite Program (CBSP) ACAT III AN/WSC-8 (V) 1/2 ACAT III TACTICAL COMMUNICATIONS Digital Modular Radio (DMR) ACAT III Battle Force Tactical Network (BFTN) ACAT III NAVIGATION SYSTEMS GPS Positioning, Navigation, & Timing Service (GPNTS) ACAT III Sea Navigation Warfare (Sea NAVWAR) ACAT III Air Navigation Warfare (Air NAVWAR) ACAT III MILITARY SATELLITE COMMUNICATIONS (MILSATCOM) Spectral Warrior -Project FMQ 17 - AAP COMMERCIAL SATELLITE COMMUNICATIONS (MILSATCOM) Naval Senior Leadership Communications Aircraft (NSLC-A) -Project Joint Explosive Ordinance Disposal Very Small Aperture Terminal (JEOD VSAT) -Project TACTICAL COMMUNICATIONS Joint Aerial Layer Network-Maritime (JALN-M) - Prototype Demonstration Network Tactical Common Data Link (NTCDL) - Pre ACAT Portable Radios (PRP) -Project 54

55 Navy SATCOM Migration Commercial Satellites (C Band) Inmarsat (L Band) UFO/GBS (Ka Band) WSC-8 (C Band) Inmarsat (L Band) Commercial SATCOM Commercial Broadband Satellite Program (CBSP) Commercial Satellites (C/X/Ku Band) EPS WGS (X/Ka Band) USR-10(V) GBS (Ka Band) WGS/DSCS (X/Ka Band) Protected DSCS (X Band) MILSATCOM UFO/EHF (Q Band) MILSTAR (Q Band) WSC-6(V) SHF (X/Ka, C Band) USC-38 NESP (Q Band) Integrated MILSATCOM & COMSATCOM to Meet Global Communication Needs AEHF: Advanced Extremely High Frequency DSCS: Defense Satellite Communications System NESP: Navy EHF SATCOM Program GBS: Global Broadcast Service GBS Navy Multiband Terminal (NMT) UFO: UHF Follow On WGS: Wideband Global Satellite 55

56 Tactical Communications Migration Switching Switchboards TSS TVS UHF SATCOM WSC-3 DAMA Mini-DAMA HF DMR URT-23 SRA/56-58 SRA-49 HFRG URC-109 WSC-3 DMR ARC-210 LOS ISR CDLS NTCDL LOS: Line of Sight TSS: Tactical Switch System Navy is reducing radio variants and footprint to meet tactical communication needs HFRG: High Frequency Radio Group ISR: Intelligence, Surveillance, Reconnaissance 56

57 GPS Navigation Migration GPS Anti-Jam Antenna GPS Receivers FRPA GPA NAVSSI AN/WRN-6(V) Global Positioning System (GPS) Positioning, Navigation, & Timing Service (GPNTS) Navy strategy is to provide Assured GPS-based PNT to all sea platforms 57

58 Navy Exponential Bandwidth Growth Worldwide Full-duplex Navy Wideband SATCOM Throughput INMARSAT 64 Kbps AN/WSC-6 7 Antenna CWSP AN/WSC-8(V) AN/WSC-6(V)4 DISA CSCI AN/WSC-6(V)7 AN/WSC-6(V)5 INMARSAT 128 Kbps WGS1 EBEM AN/WSC-8 E-1 Upgrade AN/WSC-6(V)9 CBSP WGS4 WGS3 AN/USC-69(V) WGS2 INMARSAT DSCS/WGS CWSP/CBSP Combined Over 450 Mbps Today Typical Platform Duplex Allocations Today CVN 12 Mbps DDG 2 Mbps SSN 384 Kbps Bandwidth is THE Key enabler of Information Dominance 58

59 NMT Program Overview Communications Flexibility/Interoperability AEHF MILSTAR Interim Polar Surface NMT Shore NMT UFO/EE DSCS Subsurface NMT Enhanced Polar WGS NMT Users UFO/E NMT Navy Multiband Terminal 59

60 Requirements Space Segment CBSP Flexibility Meeting Multiple Requirements CBSP Regions Band Area between 65 Lat C 95% X 95% Ku Terminal 95% in Littoral Waters (C Band) (Ku Band) (X Band) Operational Availability (Ao) Threshold 94% Objective 99% System End to End FLV USC-69(V)2 SSV USC-69(V)1 ULV USC-69(V)3 Operational Availability (Ao) Threshold 91% Threshold: 21.4 Mbps Objective: 103 Mbps Threshold:.881 Mbps Objective: 3.36 Mbps Threshold: 3.6 Mbps Objective: 16.0 Mbps Objective 97% Ship Class AS, CVN, LHA LHD, LCC, LPD-17 Ship Class MCM, PC Ship Class CG, DDG, LCS, HSV, FFG (SSV Data Rates), LSD 60

61 DMR Consolidates Multiple Systems 61

62 GPNTS System Overview GPNTS will be a backfit/forward fit to NAVSSI and WRN-6 Increment I will: Provide GPS SAASM capabilities (Directorate-Approved GPS Card) Provide software and hardware modularity based on an open system architecture Implement a Service-Oriented Architecture (SOA) for PNT data distribution Provide both real time and non-real time PNT data, the non-real time component can be hosted either within GPNTS or shipboard Common Computing Environment (CCE) Provide path for future GPS M-Code implementation GPNTS Will Address Fleet Obsolescence Issues, Incorporate SAASM, and Provide the Navy with a Path to M-Code 62

63 Fielding Considerations Maintenance Accessibility and Related Structures RADHAZ Missile/Gun Blast Waveguide and Cableways Impact to Existing Combat System, EW, Navigation, Aviation Systems 63

64 PMW/A 170 Contracts Program Prime Contractor Contract # End Date Contract Value NMT Development & Production Raytheon N C /1/2015 $979.8M GPNTS Development Raytheon N C /28/2015 $39.4M DMR GDC4S N C /23/2015 $232.7M NSCL-A GoGo LLC N P /15/2016 $193K SSES Raytheon N D /1/2016 $67M DMR HFDAG Thales N C /26/17 $28.1M ESRP Raytheon N C /31/2017 $17.8M BFTN SAIC N C /25/2017 $54M Port Radios Harris N D /29/2017 $296.7M CBSP FLV Harris N C /26/2018 $35M ATIP Comtech N C /31/2018 $28.3M DMR 200W PA EFW N C /29/2018 $11.1M DMR 200W PA MNEMONICS N C /29/2018 $4.36M DMR 100W PA Milpower N D /15/2018 $17.6M DMR 100W PA EFW N D /15/2018 $17.6M CBSP ULV Harris N C /26/2022 $133.4M 64

65 Science and Technology Efforts Small Business Innovative Research (SBIR) Ongoing: Trellisware and Verdant Networks Phase I BFTN(e) Multi-Layer Spatial Multiplexer (MLSM) for RF Networking Upcoming: Bascom Hunter s Phase II Option Wideband Radio Local Interference Optimization Techniques Rapid Innovation Fund (RIF) Ongoing: Mayflower s 2013 RIF Multiplatform Anti-jam Navigation GPS Antenna (MAGNA) prototype development Ongoing: 2014 RIF BAA Step 1, White Paper Evaluation Upcoming: 2015 RIF BAA expected early summer 2015 Rapid Technology Transition (RTT) Completed and transitioning: CBSP Vipersat Dynamic Bandwidth Implementation S&T Efforts Address Emerging Technology Gaps by Leveraging Alternative Funding Sources 65

66 Anti-Access/Area Denial (A2AD) Architecture New Satellite Constellations - AEHF, WGS, MUOS Developmental Airborne Networks JALN-M Enhanced C4I System Situational Awareness Bandwidth Dynamic Bandwidth Management SATCOM Jammed Adaptive Satellite Links Asymmetric Satellite Links Wideband Anti-Jam Modems SATCOM-denied Throughput Enhancements Positioning, Navigation, and Timing (PNT) GPS Anti-jam and Anti-spoof Systems GPS-denied PNT Solutions 66

67 Latest Initiatives Navy Tactical Common Data Link (NTCDL) NTCDL will provide warfighters the capability to support multiple, simultaneous, networked operations with currently fielded Common Data Link (CDL) equipped platforms (e.g. F/A-18, P-3, MH-60R, Fire Scout), in addition to next generation manned and unmanned platforms (e.g., P-8, Triton, Unmanned Carrier Launched Airborne Surveillance and Strike [UCLASS], Small Tactical Unmanned Aircraft Systems [STUAS]). Joint Airborne Layer Network Maritime (JALN-M) JALN-M will provide airborne relays to enable ship-to-ship and ship-toshore high-rate anti-jam communications. The two major components of JALN-M are the Airborne XDR relay (AXDR), and the High Capacity Backbone (HCB). Wideband Anti-Jam Modem (WAM) The WAM will enable the Navy Multiband Terminal to communicate over the Wideband Global Satellites with protection against jamming. 67

68 Way Ahead Deliver Assured, Resilient Communications and GPS Navigation Solutions Continue Development and Fielding of NMT for Protected and Wideband SATCOM Augment MILSATCOM with Commercial Broadband Satellite Program Continue Development of GPNTS Solution for All Platforms to Provide GPS Navigation Long Term Consolidation for Navy Communications Reduce Topside & Below Decks Footprint Common Training, Support, Configuration, etc. 68

69 Here s Where Industry Can Help SATCOM Anti-Jam Modem Solutions More Efficient Solid State Power Amplifiers (SSPAs) RF Anti-jam Capability for BFTN Links Inexpensive High Accuracy Timing Sources With Ability to Operate in Absence of the Global Positioning System (GPS) GPS-Independent Navigation Systems Metamaterial-based Antenna Solutions That Lower Sidelobes and Increase G/T Delay Tolerant Networking Network Outages on the Order of 10s of Seconds Affordability is a Key Driver 69

70 NDIA Ms. Keeney 29 Oct 14 Agenda Les Hubbard, Program Manager, PMW 790 Shore and Expeditionary Integration Update CAPT Mark Glover, Program Manager PMW/A 170 Communications Mark Mukanos, Deputy Program Manager, Undersea Integration Program, PMW 770 Undersea Integration Update Susan Lashomb, Future Capabilities APM, PMS 485 Maritime Surveillance Systems Update Carmela Keeney, Executive Director, SPAWAR SSC-PAC SPAWAR Systems Center Pacific Update Dr. Stephen Russell, Chief Technology Officer, SPAWAR SSC-PAC Science and Technology Update CAPT Jay Kadowaki, Program Manager, PMW 760 Ship Integration Update Carol Kim, Program Manager, PMW 740 International C4I Programs Update CAPT Andrew Gibbons, Program Manager, PMW 750 Carrier & Air Integration Update Distribution Distribution A: Approved A: Approved for publicfor release public distribution release, Distribution unlimited. unlimited 70

71 Program Executive Office Command, Control, Communications, Computers and Intelligence (PEO C4I) Undersea Integration Program Office PMW 770 October 2014 Mark Mukanos Deputy Program Manager, Undersea Integration Program Office (PEO C4I/PMW-770) Distribution Statement A: Approved for public release, distribution is unlimited (21 OCTOBER 2014) Information Dominance Anytime, Anywhere PEOC4I.NAVY.MIL

72 PMW 770 Portfolio Overview PROGRAM MANAGER CAPT MIGUEL SAN PEDRO DEPUTY PROGRAM MANAGER MARK MUKANOS Submarine Centric Integration & Installation Future PMW SUB STRATEGIC SYSTEMS PMW SUB OUTBOARD SYSTEMS PMW SUB INBOARD SYSTEMS PMW SUB INTEGRATION SPAWAR FRD SUBMARINE PIM PMW 770 TD FUTURE FSBS/LBUCS SOA Modernization TACAMO Projects SubHDR Multi- Function Mast BRR-6 Towed Buoy Array Legacy Antennas Projects CSRR Interaction with PEO C4I 100 Clubs and SPAWAR FRD Undersea Constellation FSBS: Fixed Submarine Broadcast System SOA: Submarine Operating Authority 72

73 End-to-End NC3 Architecture (Simplified) Survivable Mobile Command Centers VLF EHF TACAMO (PMA 271/PMW 770) VLF EHF SSBNs (PMW 770 CSRR) (PMW 790 NAVMACS) DIRECT AIT Cyber/IA Information Screening & Delivery Subsystem (PMW 770) FSBS (PMW 770) ICBMs NMHS (PMW 790) Joint NC3 Backbone SUBOPAUTH WAN (PMW 770) Joint / National Bombers Navy Broadcast Keying Station (PMW 770) Transmitters VLF/LF/HF (NCF) CSRR - Common Submarine Radio Room EHF Extra High Frequency HF High Frequency ICBM - Intercontinental Ballistic Missile LF Low Frequency NAVMACS - Naval Modular Automated Communications System NCTS Naval Computer and Telecommunications Station NCTAMS Naval Computer and Telecommunications Area Master Station VLF Very Low Frequency 73

74 Mission Low Band Universal Communication System (LBUCS) System Description Mission of the Fixed Submarine Broadcast System (FSBS) is to provide VLF/LF message traffic which is the primary means of communicating to submarines operating in a stealth posture Mission of LBUCS is to modernize the Transmit and Receive sub-systems of the FSBS Description FSBS to be modernized by the LBUCS program provides for 24/7 one-way VLF/LF transmission of strategic and tactical messages to submarines operating in stealth posture over wide ocean areas. The LBUCS modernization to the FSBS ensures that the existing capabilities of the submarine VLF/LF system are maintained through FY 2025 Employment The LBUCS modernization to the FSBS will provide shore transmit and submarine receive capability for record message traffic relative to four mission areas; Generic Submarine Operations, Strategic Operations, Allied/NATO Operations, and Special Submarine Operations Platforms LBUCS Transmit Broadcast Keying Site (BKS) Broadcast Transmit Site (BTS) LBUCS Receive LOS ANGELES OHIO (SSGN/SSBN) VIRGINIA SEAWOLF BCA 74

75 Abbreviated Acquisition Programs (AAPs) and Project Definition Documents Submarine Operating Authority (SUBOPAUTH) Modernization (AAP) Hardware and software technical refresh of the SUBOPAUTH Submarine Broadcast (AAP) Modernization of VLF/LF high power systems (HVIP) Shore to Ship Communications (PDD) R&D efforts that evaluate commercial applicability of high power systems to military VLF/LF Cypher Text Coalition Agility in Protected Environment (CT CAPE) UK Project Arrangement for allied enclave Strategic Communications Assessment Program/Continuing Evaluation Program (SCAP/CEP) (PDD) Assess the Strategic Communications Network - measures C3 performance on SSBN; evaluates and reports results of strategic exercises to the fleet Information Screening and Delivery System (ISDS) (PDD) Provides for the exchange of mission critical command and control messaging between submarine forces and the Submarine Operating Authority Broadcast Control Authority (BCA) sites TACAMO Ground Communications (AAP: approval pending) Modernizes TACAMO ground communication systems 75

76 Submarine Strategic Systems Products Major Providers Role Submarine Broadcast Strategic Communications Continuing Assessment Program (SCAP) / Continuing Evaluation Program (CEP) Shift to SSP in FY 16 TACAMO Hi-Q United Research Services John Hopkins APL TBD Hardware; production and engineering Hardware; procurement and Installation Studies Small Business: Forward Slope, CSA 76

77 Multi-Function Mast (OE-538) System Description Mission To support submarine communications in the Very Low Frequency (VLF) to Ultra High Frequency (UHF) bands. Description The OE-538 is a single-service (submarine-unique), mastmounted, multi-function antenna system that provides a RF communication capability in the VLF, MF/HF, VHF, UHF Lineof-Sight, UHF Follow-on Satellite bands; and provides IFF and GPS capabilities. The OE-538A is a modified OE-538 with added capabilities to support MUOS, Tactical Data Link via Link 16, and Iridium capabilities. The OE-538B will be a modified OE-538A with added capabilities to support the requirements for GPS Anti-Jam and GPS Military-Coded capabilities. OE-538 Antenna System: GPS/IFF VLF/LF UHF Hi Angle UHF Lo Angle VHF MF/HF Hull Connector Antenna Radome Assembly Outboard Cable Assembly Junction Box Antenna Control Unit or RFDACS Employment The OE-538 (LOS ANGELES, SEAWOLF, VIRGINIA, OHIO SSGN) and OE-592 (OHIO SSBN) antennas provide communications capability needed to support Joint, Naval and Allied forces in the VLF to UHF ranges; provides HF broadband capability, VHF coverage for special operation forces, and low angle DAMA coverage. Platforms VLF/LF MF/HF VHF/UHF IFF GPS To support submarine communications in the Very Low Frequency (VLF) to Ultra High Frequency (UHF) bands. LOS ANGELES, SEAWOLF, VIRGINIA, OHIO (SSBN/SSGN) Increment 1 is FOC; Increment 2 in EMD 77