Joint Force Protection Advanced Security System (JFPASS)

Transcription

1 Joint Capability Technology Demonstration (JCTD) Proposed FY08 Start Joint Force Protection Advanced Security System (JFPASS) 24 October 2007 Mr. Carlos Kiko Lama JFPASS JCTD Technical Manager

2 Joint Warfighting Problem Current Force Protection technologies and CONOPS do not provide a comprehensive, effective, and sustainable Joint FP capability Fielded FP systems do not provide comprehensive situational awareness Fielded FP technologies absorb too much manpower Fielded FP systems are too costly, there are too many variants and redundancies Force Protection systems are DISJOINTED and INEFFICIENT 2

3 Joint Warfighting Problem Burden / risk on warfighter Ineffective FP C2 Costly 3

4 JFPASS Capabilities Non-intrusive Inspections Unmanned Systems Common Operational Picture 4

5 JFPASS Operational View Warning/ Tracking Threat Warning/ Tracking Access Control Critical Protection Area Response Manned/ Unmanned Response Response Delay/Denial Support Command Base SCP Wide Area Alert Buried Line Detecto r LAN Perimet er Securit y JTF Command or Unified Combatant Command Patrol Unit ACS Chemical Sensors Security Desk C 2 w/cbr Protection LAN Harbor Security ROC Detection Sensor Access Control Nonintrusive Inspection Base Entrance Chem-Bio- Rad Protection Water Barrier Harbor Response Water Barrier Waterside Security Perimeter Security Demonstrate, assess, and transition an integrated Joint FP capability Demonstrate integration via C2 Architecture Field the Joint FP capability at OCONUS installation, leave-behind system with sustainment Develop CONOPS and architecture (blue prints) for future Program-of-Record for an integrated Joint FP capability Technology & CONOPs, Architecture (Blue Prints) Accelerated Capability Informed Requirements INTEGRATE INTEGRATE and and AUTOMATE AUTOMATE Leverage Leverage benefit benefit of of integrated integrated systems systems for for Joint Joint FP FP 5

6 JFPASS Technical Approach Comprehensive situational awareness will be attained by integrating disparate sensor technologies (new and legacy) Effective use of personnel will be attained by maximizing use of unmanned and unattended technologies Construction of a common operational picture based on relevant sensor data (via sensor fusion) will provide improved situational awareness A common C2 architecture for FP is necessary to provide scalable, tailorable solutions. A standard communication protocol will lead to cost reduction by providing interoperability guidance for current and future FP systems. Threats Biological Threats Explosives Radiological Unattended Track / Warn Response Force Chemical Radar Force Protection COP- CROP Thermal UAVs UGVs Cameras IR Seismic MW Fence Threats Threats 6

7 Demonstrate, assess, and transition an integrated Joint FP capability, that provides: Access Control Perimeter Security Non-Intrusive Inspection Waterside Security CBRN sensing and protection Demonstrate integration via C2 architecture, to include: Standard / scalable connectivity (plug & play) Common and integrated operational picture Decision support system Reduced workload Joint Capability Objective Affordable logistics and maintenance Field the Joint FP capability at OCONUS installation, leave-behind system with sustainment and transition plan Establish CONOPS and develop integrated architecture (blue prints) for future Program-of- Record (POR) for an integrated Joint FP capability INTEGRATE and and AUTOMATE Leverage benefit of of integrated systems for for Joint FP FP 7

8 Joint Force Protection Capabilities Schedule IUBIP CBA FY07 1Q 2Q 3Q 4Q FY08 1Q 2Q 3Q 4Q FY09 1Q 2Q 3Q 4Q FY10 1Q 2Q 3Q 4Q CONOPS/FAA/FNA/FSA Capability Documents (ICD/CDD)/ DOTMLPF Change Request (DCR) Force Protection JE Joint Oversight Council Briefs Technical Integration Sessions Integration Assessments Virtual Simulation Analytical and Assessment Reports JFPASS JCTD Functional Capabilities Board Candidate Review Board JCTD Selection Process System Development KICK-OFF IA-1 IA-1 Crawl-Walk-Run Crawl-Walk-Run Incremental Incremental Approach Approach IA-2 IA-2 IA-3 Robot-to-Robot IA-3 Robot-to-Robot Integrate CBRNE, Collaboration Integrate CBRNE, Collaboration And Waterside And Waterside Systems Systems IA-4/JFPASS 1 IA-4/JFPASS 1 Fully Integrated Fully Integrated Picture Picture Contract Awards Technical Demo TD1 TD2 Operational Demo Residual and Extended Use Spiral 1 (CONUS) Spiral 2 & MUA (OCONUS) 8

9 IUBIP Capabilities Addressed by by JFPASS Detect Full Range of Activities Sense / Track Activity Conduct Surveillance Conduct Reconnaissance Collect Information Manage Sensor Networks / Capabilities Integrate Sensor Capabilities Reallocate & Recover Capabilities/ Resources Reallocate Capabilities and Resources Recover Capabilities Recover Defend Detect Assess Warn JFPASS JCTD will address the Capabilities Derived from IUBIP Capability Based Analysis in WHITE text Recognize, Classify, and Identify Data & Information Evaluate Independent Information Integrate Information Interpret Information Analyze & Synthesize Information Develop Intelligence Estimate Prevent, Deter, Restrict, Resist, or Defeat Hostile Actions Integrate C41 Capabilities & Manage Information and Resources Execute Passive Measures Execute Active Measures Mitigate the effects of an Attack Disseminate Analyzed Info, Early Warnings, & Decisions Issue Early Warning Analyze Mission Develop and Prioritize COA Make Decision/Issue Orders 9

10 Technologies Employed in in Joint Experimentation Lethal UGVs AFRL Defender / RS-JPO Gladiator C2 Vehicle Highly Expandable, Mobile and Transportable RSS GSR and Day/night cameras BAIS Battlefield Anti- Intrusion System. LRAD Long Range Challenge Capability NROWS Lethal Capability REM-Sense Detects/classifies aircraft and vehicles Discoverii laser illumination night vision TRSS N/L UGV MDARS Raven B Sensor Gauntlet Remote Tracking System TASS Perimeter Sensors (LRTI, IR/Microwave, Pyramid IR) WSTI Camera Wide Area Surveillance Thermal Imager Arcturus T-15 10lb payload UAV 12+ Hr Endurance SPIDER Automatic longrange surveillance system STS 350, 1400 & Perimeter Radars JBC2S Controls Unmanned Assets, from UGVs to Radar and BAIS TASS Secure Radio or CDPD Network Gateways 2.5G & 3G Cellular Networks Wireless LAN Network Wire Line Networks Secure Fence Detects and locates intrusions to w/in 25m FPASS SPM Sensor Policy Manager Weapon Watch Real-time enemy fire detection system UDR-14 Radiological detection NASATKA Mob Barrier WAVES LCD Detects chemical warfare JWARN MIUW TSP 10

11 Joint FP Capability Roadmap Feb 06 AOR Trip #1 Joint CBRNE IP Study USA Unit Protection CCP Biometrics CBA USN Shipboard/ Installation Protection CDD USAF IBDSS CDD Nov 06 Sep 07 JSP CONOPS FY07 IUBIP CBA (FY12-24) FAA Jan 07 AOR Trip #2 FNA JCD Jan 07 Dec 07 Joint Basing Standup (OSD) FSAs Complex systems Non-Intuitive Interdependencies Experimentation Informs Requirements Joint Experiment (JE) Service-Specific JCIDS Docs Informs and Scopes JCTD FY08-09 ICDs FY08-09 DCRs FY08 FY09 JFPASS JFPASS JCTD JCTD OCONUS Site FY09/10 FY10-11 CDDs Provisional PM FY10 FY09 FY10 CDD/CPD Spiral 1 FIELD FIELD Residual Residual in in FY09 FY09 TRANSITION TRANSITION in in FY10 FY10 Service-Specific Procurement Programs Lower Lower (Red) (Red) Path Path Delivers Delivers Capability Capability 4 4 to to 5 5 years years Earlier Earlier FY14 OSD Physical Security Equipment Action Group (PSEAG) Joint RDT&E for Physical Security FY14-19 FY CPD CPD Spiral 2 Spiral 3 11 FY26 Joint Program Alternatives Joint Program Manager Centralized OR Lead Service PM w/joint Participants

12 Oversight and Management Structure Oversight Group DUSD (AS&C) JCTD Director JFPASS Oversight Executive DA Staff G8 USAF Securtiy Force Director OPNAV N8 JPMG Joint Advisory Committee (JAC) Mr. Chris Vogt Joint Management Team Operational Manager Technical Manager Transition Manager PSEAG Tech Advisor PSEAG Mr. Mike Toscano MANSCEN COL Tabacchi JPEO-CBD COL Malatesta USMC Ms. Lindy Burkhart Transition Manager (Joint) LTC Green Technical Manager (Navy) Mr. Kiko Lama Operational Manager (EUCOM HQ) Mr. Steve Desautel JGRE Ms. Ellen Purdy USAF Mr. Patrick Marr JSSG COL Art Clark USA (Lead Svc) LTC Choung USN Mr. Carl Goalie DRAFT 12

13 JFPASS Status Joint Force Protection Advanced Security System (JFPASS) JCTD Recommended for FY08 Immediate Start (OUSD AT&L Report to Congress) USEUCOM Combatant Command Sponsor and Operational Manager (OM) Operational Demonstration location Spangdahlem Air Base, Germany Kick-off, October 2007 (NSWCDD) Requirements Refinement with USAFE On-going - 22 Oct 15 Nov Planning Tech Demo 1 March 2008 Spiral 1 Operational Demonstration Sept 2008 (CONUS) System Installation July 2009 Spiral 2 Final Operational Demonstration Sept 2009 (OCONUS) Extended Operational Use FY

14 Summary JFPASS JCTD is an integral part of a comprehensive DoD effort to improve conventional force protection Informs concept analysis and future requirements Provides capability to the force 4-5 years earlier JFPASS JCTD will provide a layered, integrated, and automated Base Defense System US Army is the lead service and is executing with a Joint team Integration of candidate capabilities demonstrated successfully in FPJE IA-1, -2, and -3 USEUCOM is the Operational Manager (OM) NSWC Dahlgren provides technical leadership in line with its ATFP mission 14