PMW 790 Shore and Expeditionary Integration Program Office NDIA Briefing

1. PMW 790 Shore and Expeditionary Integration Program Office NDIA Briefing 8 October 2019 CAPT Kyle Turco Program Manager (PMW 790) DISTRIBUTION STATEMENT A: Approved for public release: distribution unlimited (4October 2019).

2. Outline • PMW 790 Overview, What We Do… • Major Programs and Projects • The Challenge • Current Focus Areas • Network Management • Tactical Shore Platform & Architecture • Assured C2, Resilient Networks, NetOps • C4I Arsenal • Potential Interest Areas • Innovation Needed

3. We Connect… Providing assured connectivity between tactical forces and higher commands Support for Operation Tomodachi Joint Transport is the key to all Navy C4I • Demonstrated by: • Global Shore C2 Connectivity: Shore Tactical Assured Command & Control (STACC) 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 STACC connecting Fleet, MOCs, Joint and Expeditionary 30 Major Shore Sites NCTAMS (2) NCTS (5) MOCs(9) DOD Gateway (7) BCAs (4) USNO (3) 12 Expeditionary Commands Tactical Messaging - Afloat

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

5. 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, Risk Management Framework (RMF), IAVM • Integrated Logistics Support (ILS): Technical Support, Help Desk, Training, Spares, Technical Publications, Warranties • Modernization: Tech Insertion/Tech Refresh, SWAP Reduction, Enhanced Bandwidth • 5 Networks/Local • Clients x 250+ • +8 Support Positions • 2 Networks/ • Reach-back STACC support on TDM and ATM while migrating to IP Flexible, deployable C2 capabilities NAVMACS support multiple variants while migrating to single variant

6. Portfolio Overview • Resilient Networks • 1. Shore Tactical Assured C2 (STACC) – ACAT IV(M) • Fleet NOC, Transport, IP Services, NetMON/MGT-ENMS • 2. CANES MOC Variant (CMV) –Project • Virtual Secure Enclave (VSE), CENTRIXS, GCCS-J, FVEY • Shore C3 • 3. Messaging (afloat & ashore) – Project • 4. Navy Modernized Hybrid Solution (NMHS) – Pre-ACAT IV(T) • 5. Joint (UHF) MILSATCOM Networks Integrated (JMINI) – ACAT IV(T) • 6. Telephony (IP Transition, Enterprise VTC, MNCC) – Project • Shore & Expeditionary Platforms • 7. Deployable Joint Command and Control (DJC2) – ACAT IAC • 8. United States Naval Observatory (USNO) – Pre ACAT III • 9. Navy Expeditionary C4I (includes NETC2) – Project • 10. Maritime Operations Center (MOC) – Project • Platform Integration • 11. MILCON/Site Integration – Multiple Projects 6 6

7. Setting the StageThe Challenge s

8. Current Focus AreasNetwork Management Typical Network Management Service Dashboards

9. Current Focus AreaTactical Shore Platform & Architecture Micro- Segmentation IDAM ZTA

10. Current Focus AreasIncreased Capacity through… • Assured C2, Resilient Networks • Virtualization • Predictive analytics for Navy Messaging • Hyper-Converged Infrastructure (HCI) • Continuity of Operations • Ability to “maneuver the network” • Network Operations (NetOps) • Active Management • Across multiple security enclaves

11. Current Focus AreaC4I Arsenal C4I Arsenal Changes the Game…

12. C4I ArsenalAdaptive Force Package (AFP) - Use Cases Arsenal enables dynamic system delivery-on-demand to the tactical edge • RIMPAC 18: Jul-Aug ‘18 • Demonstrated real-world COP and other requested capabilities via DJC2 mods enabling C3F MOC Forward (Expeditionary MOC) • Digital Warfare Office (DWO) deployed “snowball” aboard USS PORLAND • Pacific Sentry 19-3 (AFP1): Provided C2-FIRES-INTEL capabilities for C3F MOC forward on LPD, 11-21 Jun ‘19 • AFP System Scope • Provided C3F with a small form factor tactical data center which will included: • Command & Control applications • Intelligence applications • Fires applications • 85 C2ISR User Workstations (FVEY) • 2 Fires Workstations (SIPR) • Expanded data storage (Snowball) • Technology Bridge for Embarkable Capabilities

13. Potential Interest AreasAssessing Technology Innovations for Navy Networks Optimized Hyper Converged Infrastructure (HCI) • Software-defined, scalable, and maneuverable infrastructure based on modular, building blocks • Improving approach for storage, more cost effective, flexible, scalable • Simplifying resource management Data Fabric • Architecture and set of data services to provide consistent capabilities across endpoints spanning on-premises and multiple cloud environments. • Simplifies and integrates data management across cloud and on-premises to accelerate digital transformation. Intent-Based Networking (IBN) • Software solution to self-monitor, identify and react in real-time to configure the appropriate network changes for desired intent • Improve network availability & agility • Combination of Machine learning, automation, and SDN orchestration for automated network orchestration

14. Potential Interest Areas cont. Cloud and Containerization • Deploy and run distributed applications faster • No need to launch the entire virtual machine • Ability to scale faster without huge investment • Robustness, Continuity of Operations • Flexible composition of compute, storage, data and network applications and services Data as a Service (DaaS) • Cleansing and enriching data and offering it to different systems, applications or users, irrespective of where they are • Data quality, cost-effectiveness & agility Data Tagging & Predictive Analytics • Providing data classification to determine where data can and cannot go • Open-Source data Tagging must sequence, tag, and detect data leakage across structured and unstructured data within the enterprise • Collect & classify organization data at rest • Securing data by redacting or sanitizing sensitive data, and monitoring • Enhance Fleet readiness by predicting outage and proactively schedule maintenance

15. Innovation Needed • Artificial Intelligence/Machine Learning • Network Maneuver (IBN) • Data aggregation • Application of Predictive Analytics • Enhanced Security through Micro Segmentation • Collaboration • Cloud UC Services • Chat (Next) • Virtual Desktop Interface (VDI) • Multi-enclave environment • D-DIL • Mitigation approaches

16. Summary • Foundational Program Office with both Product and Platform roles • Diverse stakeholder base • Responsible for “multi-platform” Shore and Expeditionary domain • Challenges—increasing trend of interdependency and complexity • Technology alignment across multiple domains • Robust, secure, efficient technology insertion needed at an affordable price • Future investment focus on Software-Defined capabilities: • Enabling Technologies to “Maneuver” the Network • Hyper Converged Infrastructure optimization • Software-Defined Networks, Data Fabric and Intent-Based Networking • Cloud and Containerization • Data as a Service (DaaS) • Data Tagging and Predictive Analytics • Need your help… Product and Platform Integration for Shore & Expeditionary C4I

17. PMW 790 Notional Overview (OV-1) – Tactical Edge 17