Advanced Planning Briefing to Industry 30-April 2 May 2012 Marine Air Ground Task Force (MAGTF) Command, Control and Communications (MC3)

Transcription

1 Advanced Planning Briefing to Industry 30-April 2 May 2012 Marine Air Ground Task Force (MAGTF) Command, Control and Communications (MC3) Colonel Peter Reddy

2 Mission Acquire and sustain command, control, communications, and counter improvised explosive device systems to enable the Marine Corps Air-Ground Task Force to accomplish their mission. Priorities/Vision Support the Operating Forces (deployed or preparing to deploy). Develop and sustain world-class, high performance command, control, communication; counter improvised explosive device; and counter radio-controlled improvised explosive device warfare systems capable of operating in an integrated MAGTF, Joint, and coalition environments, and do so affordably and efficiently. Develop work force (military and civilian) through appropriate acquisition and professional training, education, certification and leadership development; enhance project planning processes; support workforce with adequate space and computer resources. Ensure effective integration and support of all MC3 programs into overarching portfolio; consolidate MC3 into a high performing team of teams providing essential capabilities to the warfighter.

3 WARFIGHTING FUNCTIONS MAGTF C3 Context The Marine Corps is America s Expeditionary Force in Readiness a balanced air-ground-logistics team. We are forwarddeployed and forward-engaged: shaping, training, deterring, and responding to all manner of crises and contingencies. We create options and decision space for our Nation s leaders. Alert and ready, we respond to today s crisis, with today s force TODAY. Responsive and scalable, we team with other services, allies and interagency partners. We enable and participate in joint and combined operations of any magnitude. A middleweight force, we are light enough to get there quickly, but heavy enough to carry the day upon arrival, and capable of operating independent of local infrastructure. We operate throughout the spectrum of threats irregular, hybrid, conventional or the shady areas where they overlap. Marines are ready to respond whenever the Nation calls wherever the President may direct. --Gen James F. Amos, 35th CMC, Commandants Planning Guidance No single activity in war is more important than command and control. MAGTF C3 Context Command & Control Command and control by itself will not drive home a single attack against an enemy force. It will not destroy a single enemy target. It will not effect a single emergency resupply. Yet none of these essential war fighting activities, or any others, would be possible without effective command and control. Without command and control, campaigns, battles, and organized engagements are impossible, military units degenerate into mobs, and the subordination of military force to policy is replaced by random violence. In short, command and control is essential to all military operations and activities. MAGTF C3 Maneuver Fires Intelligence Logistics Force Protection Communications

4 Guidance & Concepts Planning and executing in response to Priorities of the 35th CMC We will continue to provide the best trained and equipped Marine units to Afghanistan. This will not change. This remains our top priority! We will rebalance our Corps, posture it for the future and aggressively experiment with and implement new capabilities and organizations. We will better educate and train our Marines to succeed in distributed operations and increasingly complex environments. We will keep faith with our Marines, our Sailors and our families. Planning and executing in response to Vision & Strategy 2025 Develop necessary capability and capacity to effectively operate in the information environment. MAGTF CE s optimized for amphibious and contingency operations; properly equipped with modern and secure C2, intelligence, communications, and networking systems. Integrate C2 and ISR capabilities down to the squad level. ACE: secure, network-enabled, and digitally interoperable to ensure it is responsive, persistent, lethal, and adaptive. Efforts and support of the Marine Operating Concepts 2010 s direction for the MAGTF & CE Command will continue to decentralize and the MAGTF commander and his staff need to be networked into the major subordinate elements (MSE) to command and facilitate coordination and information flow. Improved communications, over-the-horizon, on-the-move, will aid in facilitating information flow. MAGTF C3 Core Ideas Commander/Leader centric Network enabled Information Assurance Collaborative, shared situational understanding Performed by all echelons Can be performed anywhere in the battlespace Characteristics of MAGTF C3 Systems Common: Command echelons use the same equipment. Unique MAGTF sensors and intelligence feeds enter via a standard gateway. Modular: C2 and communications system are designed to enable component utilization that logically supports a variety of configurations for various C2 echelons across the MAGTF. Scalable: Software and hardware components are added and subtracted to facilitate C2 functions for all MAGTF operations centers. Interoperable: C2 and communications system must possess the interoperability necessary to ensure success in joint and multinational operations as well as interactions with other government agencies (OGAs) and nongovernmental organization (NGOs). Agile: To support expeditionary forces and operational concepts, the communications system must be agile. The key dimensions of C2 and communications system agility are: Responsiveness, Flexibility, Innovation, Adaptation, Reliability, Security, Survivability. Trusted: C2 and communications system users must have confidence in the capabilities of the network and the validity of the information made available by the network. Shared: Sharing allows for the mutual use of the information services or capabilities between entities of the operational environment. This ability may cross functional or organizational boundaries. MCSC adjusting and executing in response to USD(AT&L) Mandate for Better Buying Power Target Affordability and Control Cost Growth. Incentivize Productivity and Innovation in Industry. Promote Real Competition. Improve Tradecraft in Services Acquisition. Reduce Non-Productive Processes and Bureaucracy. Do more without more. Staying on target with ASN RDA Priorities Getting the requirements right Making every dollar count Performing to Plan Minding the health of the industrial base

5 MAGTF C3 Roadmap Predominant in all command and control development are the essential human factors in war characterized by friction, uncertainty and complexity. Richard P. Mills Lieutenant General, USMC Pursue development of solutions that are not system-centric, but that enhance leadercentric, network enabled operations today and in the future. Make decisions regarding capability, density or a combination of the two so that the solutions provided to our operating forces are the best that available resources can buy. Reduce the structure and emphasize the Marine Corps as a middleweight force in an environment of fiscal constraint. Reduce our systems inventory and our sustainment and training costs by balancing desired capability with economic reality. Sustain and educate our force to better prepare for future conflict in increasingly dynamic, hostile and widely dispersed conditions with innovative Leverage technology to enable decentralized command, rapid feedback, and independent decision-making at all levels. Command and control is the glue that connects the MAGTF. 5

6 Demonstrate Joint C3 capabilities and interoperability Portfolio Integrated Capability Framework Providing MAGTF-Wide C3 Integration Individual systems specific engineering nested within SOS engineering approach. Group and align integrated capabilities and capability sets to meet component strategic objectives Focus on long-term planning for integrated capabilities rather than on programs Identify and improve synergies and efficiencies and reduce redundancies The portfolio integrated capability framework enables evaluation of an integrated portfolio of MAGTF C3 capabilities Enable enterprise agility through continuous review, reprioritization, and rebalancing of capabilities to meet changes in component strategic objectives Identify strategic technology vectors Consolidate end-to-end MAGTF C3 capabilities to effectively coordinate with MAGTF C3 enablers Working in concert with the Technical Authority (SIAT) to engineer MAGTF C3

7 AN/TRC-170 MAGTF C3 Architecture DDS: (V)1 A25387G A(V)1: A25387G (V)2: A25347G TDN-DDS DDS-R: CSM A01737G MRC/142 SPEED TEAMS DF- MBR II FoS TLDHS NOTM RT-1523 SINGARS DAGR DDS Replace Legacy VRCs CM A01757G DSM A01977G DF- RVVT EPLRS ASM A01777G LSM A01747G LEM A01767G DCGS-MC AN/PRC- 117G BFT EPLRS JECCS MC2S- M2C2 DF-JBC-P SCI-COMMS LMST WPPL SWAN Phoenix SMART-T MC2S- JTCW/GCCS/TCO SPEED TEAMS SPEED CLC2S Ground C2 Node: AFATDS/COC/TPS/JTCW TEAMS NOTM TEAMS NOTM MC2S- COC RS- FTAS Ground C2 Node: AFATDS/COC/TPS/JTCW Ground C2 Node: AFATDS/COC/TPS/JTCW CAC2S GBAD CTN G/ATOR GCSS-MC-LCM MC2S- JTCW/GCCS/TCO DF- TLDHS G-BOSS G-BOSS DF- TLDHS MC2S- COC G-BOSS DF- RVVT MC2S- M2C2 RT-1523 SINGARS Replace Legacy VRCs MACCS DF- RVVT MC2S- M2C2 MC2S- COC RS- FTAS RS- FTAS Ground C2 Node: AFATDS/COC/TPS/JTCW MC2S- JTCW/GCCS/TCO RT-1523 SINGARS Replace Legacy VRCs (ISDN) and Internet Protocol (IP) Video Teleconference (VTC) MCM A02777G bridging, multimedia capture, streaming & distribution, electronic MDM A02897G TSM message handling, provides transparent routing & switching of digital ESM A02697G DDS: (V)1 A25387G messages between the LAN, circuit switch, and EPLRS sub A(V)1: A25387G networks. This network provides its subscribers with basic data transfer & switching services; access to strategic, supporting Technology: Digital (V)2: A25347G establishment, joint, and other service component tactical data Spectrum: N/A networks; network management capabilities; and value-added Orientation: N/A services such as message handling, directory services, file sharing & Mobility: DDS-R: TDN CSM DDS: A01737G Transit Case storage, and terminal emulation support. DDS-R provides the same Power: DDS: 120 VAC, 60 Hz capabilities found in the legacy DDS. DDS-R increases scalability MRC/142 DDS-R: 120/240 MBR VAC, II 50/60 FoS Hz and modularity. This design allows units to implement TDN-DDS the system DDS-M: 120/240 VAC, 50/60 Hz DAGR according DDS to mission needs. DDS-R s functional modules are the Operational Mode: Data COMSEC Module (CSM), Application Server Module (ASM), LAN Encryption: KIV-7M, KIV-7HS, KG-175, KG-175B, CM A01757G Services Module (LSM), LAN Extension Module (LEM), Power KG-175D, STE Module (PM), Configuration Module (CM) and Data Storage Module Quantity Fielded: DDS: DSM 489 A01977G (DSM). These modules provide the functions of: CSM DDS-R: 150 configuration port management, communications security (KIV-7M DDS-M: ASM 608 A01777G (Currently fielding) and KG-175B) and signal conversion (NRS, CDI and fiber optic); AAO: DDS: LSM 758 A01747G ASM directory services, , message handling and LEM A01767G authentication; LSM LAN to WAN routing, copper and fiber optic System Description: The current TDN Family of Systems (FoS) Ethernet switch distribution, GPS network time service; LEM LAN consists of Gateways (TDN GW), Distribution Systems extension and subscriber/tds access; PM power backup and DDS/DDS-R/DDS-M), Tactical and Information Data Assurance Network Boundary (TDN), AN/TSQ-228 Data Distribution conditioning; CM system configuration, monitoring, and (IAB). Together AN/PRC- these systems provide the BFT backbone data administration; DSM distributed, managed system backup and communications System 117G infrastructure (DDS) to the, MAGTF DDS-Replacement Commander in the (DDS-R), DDS-Modular (DDS-M) restoration, (ISDN) and and Internet managed Protocol & unmanaged (IP) Video data Teleconference storage. A single (VTC) DDSform of an integrated data MCM network. A02777G The TDN FoS data R bridging, consists multimedia of one each capture, of the following streaming EPLRS modules: & distribution, CSM, ASM, electronic LSM, JECCS System Characteristics: communications GWs, DDS, MDM and A02897G IABs are interconnected with one DSM, and CM; four each of the following modules: LEM and another and their subscribers ESM via a A02697G combination TAMCN of common NSN message handling, provides transparent routing & switching of digital user PM. messages DDS-M between will replace the LAN, all of circuit the legacy switch, AN/TSQ-228 and EPLRS sub variants in long-haul DDS: transmission systems (V)1 organic A25387G to the FMF, TSM LANs, single the networks. inventory This and network consists provides of the following its subscribers re-designed with basic functional data channel radios, multi-channel A(V)1: comm. A25387G systems, and commercial and modules: transfer & CSM, switching ASM, services; LSM, LEM, access DSM, to strategic, CM which supporting now contain an tactical Technology: switched telephone Digital systems. (V)2: A25347G The DDS provides the integrated establishment, 1U UPS joint, excluding and other the service CM (referred component to as tactical the core data capability Spectrum: to create , N/A share (V)3: files, A25337G and perform information modules). networks; The network core management modules provide capabilities; the same and function value-added as those in assurance Orientation: (IA), Integrated N/A A(V)3: Services Digital A25337G Network services such as message handling, directory services, file sharing & Mobility: DDS-R: TDN DDS: CSM Transit A01737G Case storage, and terminal emulation support. DDS-R provides the same Power: DDS: 120 VAC, 60 Hz ASM A01777G capabilities found in the legacy DDS. TDN-DDS DDS-R increases scalability DDS-R: 120/240 VAC, 50/60 Hz LSM A01747G MBR II FoS and modularity. This design allows units to implement the system MRC/142 DDS-M: 120/240 VAC, 50/60 Hz LEM A01767G according to mission needs. DDS-R s functional modules are the Operational Mode: Data DAGR DDS COMSEC Module (CSM), Application Server Module (ASM), LAN Encryption: KIV-7M, PM KIV-7HS, A01727G KG-175, KG-175B, Services Module (LSM), LAN Extension Module (LEM), Power KG-175D, CM STE A01757G Module (PM), Configuration Module (CM) and Data Storage Module SPEED Quantity Fielded: DDS: DSM 489 A01977G (DSM). These modules provide the functions of: CSM DDS-M: Core: DDS-R: CSM 150 A01737G configuration port management, communications security (KIV-7M DDS-M: ASM 608 A01777G (Currently fielding) and KG-175B) and signal conversion (NRS, CDI and fiber optic); AAO: DDS: LSM 758 A01747G ASM directory services, , message handling and LEM A01767G authentication; LSM LAN to WAN routing, copper and fiber optic System Description: The current TDN Family of Systems (FoS) CM A01757G Ethernet switch distribution, GPS network time service; LEM LAN consists of Gateways (TDN GW), Data Distribution Systems (TDN DSM A01977G extension and subscriber/tds access; PM power backup and DDS/DDS-R/DDS-M), and Information Assurance Boundary conditioning; CM system configuration, monitoring, and (IAB). Together Exp: these WSM(V)1 systems provide A02767G the backbone data administration; DSM distributed, managed system backup and communications infrastructure AN/PRC- WSM(V)2 to the A03127G MAGTF Commander BFT in the restoration, and managed & unmanaged data storage. A single DDSform of an integrated 117G (ISDN) and Internet Protocol (IP) Video EPLRS Teleconference (VTC) data MCM network. A02777G The TDN FoS data R consists bridging, of multimedia one each of capture, the following streaming modules: & distribution, CSM, ASM, electronic LSM, communications GWs, DDS, MDM and IABs A02897G are interconnected with one Tactical Data Network (TDN), DSM, message and AN/TSQ-228 CM; handling, four provides each of transparent the following Data routing modules: Distribution & switching LEM and of digital JECCS another and their subscribers ESM via a combination A02697G of common user TSM PM. messages DDS-M between will replace the LAN, all of circuit the legacy RT-1523 switch, AN/TSQ-228 and EPLRS variants sub in long-haul transmission systems organic to the FMF, LANs, single System IAM (DDS) A03047G, DDS-Replacement the networks. inventory (DDS-R), and This consists network of provides the DDS-Modular following SINGARS its subscribers re-designed with functional basic (DDS-M) data channel radios, multi-channel PM comm. A01727G systems, and commercial and modules: transfer CSM, & switching ASM, LSM, services; LEM, access DSM, Replace to CM strategic, which supporting now contain an tactical Technology: switched System telephone Characteristics: Digital systems. The DDS provides the G-BOSS integrated 1U UPS excluding CM Legacy (referred VRCs establishment, joint, and other service component to as the tactical core data capability Spectrum: to create , N/A share files, and perform information TAMCN NSN modules). networks; The network core modules management provide capabilities; the same function and value-added as those in assurance Orientation: (IA), Integrated N/A Services Digital Network DDS: (V)1 A25387G services such as message handling, directory services, file sharing & Mobility: TDN DDS: A(V)1: Transit Case A25387G storage, and terminal emulation support. DDS-R provides the same Power: DDS: 120 VAC, 60 Hz (V)2: A25347G capabilities found in the legacy DDS. DDS-R increases scalability DDS-R: 120/240 VAC, 50/60 Hz (V)3: A25337G and modularity. This design allows units to implement the system DDS-M: 120/240 VAC, 50/60 Hz Operational Mode: Data A(V)3: according to mission needs. DDS-R s functional modules are the MBR A25337G II FoS COMSEC Module (CSM), Application Server Module (ASM), LAN Encryption: DDS-R: MRC/142 KIV-7M, KIV-7HS, CSM KG-175, A01737G KG-175B, Services Module (LSM), LAN Extension Module (LEM), Power KG-175D, STE ASM A01777G Module (PM), Configuration Module (CM) and Data Storage Module Quantity Fielded: DDS: 489 LSM A01747G (DSM). These modules provide the functions of: CSM DDS-R: 150 LEM A01767G DAGR configuration port management, DDS communications security TDN-DDS (KIV-7M DDS-M: 608 PM (Currently A01727G fielding) and KG-175B) and signal conversion (NRS, CDI and fiber optic); AAO: DDS: 758 CM A01757G ASM directory services, , message handling and DSM A01977G authentication; LSM LAN to WAN routing, copper and fiber optic System Description: The current TDN Family of Systems (FoS) DDS-M: Core: CSM A01737G Ethernet switch distribution, GPS network time service; LEM LAN consists of Gateways (TDN GW), Data Distribution Systems (TDN extension and subscriber/tds access; PM power backup and DDS/DDS-R/DDS-M), and Information ASM Assurance A01777G Boundary conditioning; CM system configuration, monitoring, and (IAB). Together these systems provide LSM the A01747G backbone data administration; DSM distributed, managed system backup and communications infrastructure to the LEM MAGTF A01767G Commander in the restoration, and managed & unmanaged data storage. A single DDSform of an integrated AN/PRC- data network. CM The TDN A01757G BFT FoS data R consists of one each of the following modules: CSM, ASM, LSM, communications 117G GWs, DDS, and DSM IABs are A01977G interconnected with one DSM, and CM; and four each of the following modules: LEM and another and their subscribers Exp: WSM(V)1 via a combination A02767G of common user PM. DDS-M will replace all of the legacy AN/TSQ-228 variants in long-haul transmission systems WSM(V)2 organic to the A03127G FMF, LANs, single the inventory and consists of the following re-designed functional channel radios, multi-channel comm. systems, and commercial and modules: CSM, (ISDN) ASM, and Internet LSM, LEM, Protocol DSM, (IP) CM Video which Teleconference MCM A02777G now contain an (VTC) tactical switched telephone systems. The DDS provides the integrated 1U bridging, UPS excluding multimedia the capture, CM (referred streaming to as NOTM & MDM A02897G the distribution, core electronic capability to create , share files, and perform information ESM A02697G modules). message The core handling, modules provides the transparent same function routing as & those switching in of digital EPLRS JECCS assurance (IA), Integrated Services Digital Network messages between the LAN, circuit switch, and EPLRS sub IAM A03047G networks. This network provides its subscribers with basic data TSM PM A01727G transfer & switching services; access to strategic, supporting Technology: Digital establishment, joint, and other service component tactical data Spectrum: N/A networks; network management capabilities; and value-added Orientation: N/A services such as message handling, directory services, file sharing & Mobility: TDN DDS: Transit Case storage, and terminal emulation support. DDS-R provides the same MC2S- JTCW/GCCS/TCO DF- TLDHS MC2S- COC MC2S- M2C2 DF- RVVT DF-JBC-P DF-JBC-P DF-JBC-P RS- FTAS

8 Commandant of the Marine Corps Assistant Secretary of the Navy Research, Development & Acquisition MARCORSYSCOM PEO EIS PEO Land Systems Staff Deputy Commander Resource Management Deputy Commander SIAT Commanding Officer MCTSSA Camp Pendleton, CA Assistant Commander Contracts Assistant Commander Acquisition Logistics/ Product Support Assistant Commander Programs PM Marine INTEL Marine Intelligence PM AMMO Ammunition PM LAV Light Armored Vehicle Warren, MI PM TRASYS Training Systems Orlando, FL JPO MRAP Mine Resistant Ambush Protected PM ISI Information Systems and Infrastructure PM MC3 MAGTF Command, Control, and Communications PM IWS Infantry Weapons Systems PM AFSS Armor and Fire Support Systems PM CSS Combat Support Systems Staff PM NEN Naval Enterprise Networks PM EIS Enterprise IT Services PM GCSS-MC Global Combat Support System-Marine Corps Assistant Secretary of the Army Research, Development & Acquisition Staff PM AAA Advanced Amphibious Assault Amphibious Assault Vehicle Amphibious Combat Vehicle Marine Personnel Carrier PM CAC2S Common Aviation Command & Control System PM GATOR Ground/Air Task Oriented Radar PM JLTV Joint Light Tactical Vehicle PM LW155 Lightweight 155 Picatinny, NJ PEO Ground Systems JPEO Chem/Bio Defense PM LVSR Logistics Vehicle System Replacement PM RS Robotic Systems Warren, MI PM Protection 8 PM MTVR Medium Tactical Vehicle Replacement

9 Product Managers Counter Improvised Explosive Device Digital Fires and Situational Awareness Improvised Explosive Device Detection Dogs MAGTF Command and Control Systems Networking and Satellite Communications Radar Systems Tactical Communication Systems USMC Counter Radio Controlled Improvised Explosive Device Electronic Warfare Mr. Mark Billow Major Brian Newbold LtCol Kenneth Burger LtCol Tyrone Ferrel Mr. Gregory Pardo Mr. David Buck Mr. Lou Peradotto Mr. Harry Downey Assistant Program Managers Business Manager Contracts Manager Lead Financial Manager Lead Engineer Lead Logistician Mr. John Maurer Ms. Lee Hoyland Mr. James McGregor Ms. Diana Wyatt Ms. Jeanette Evans-Morgis Mr. John Tyler

10 Competency Support APM FM D Wyatt / J McGregor APM LCL J. Tyler APM PM J. Maurer APM CT L. Hoyland APM E J. Evans-Morgis PM Col Reddy DPM Mr. Westerholm Staff Admin/Ops Cell R. Fait Adv Tech Int C. Zaffram Prod Supt Mgr G. Seargeant USMC CREW Harry Downey DFSA Maj Newbold MC2S LtCol Ferrel RS Dave Buck C-IED Mark Billow IDD LtCol Burger NSC Greg Pardo TCS Lou Peradotto Tier 1 IPTs 2.0/2.1 BFSA COC FMS 3.1 Digital Fires MC2SA FTAS 3.3 US Technology Transition Long Range Radars Tactical Networks Hand Held Radios Tier 2 IPTs EXCOMM Data Radios SATCOM C2 Radios

11 Counter Improvised Explosive Devices (CIED) C-IED MISSION To develop, procure, integrate, field and provide life cycle management of Improvised Explosive Device (IED) Detection Systems for the warfighter in a timely and cost effective manner while maintaining the highest standards of professional integrity. RMNIIS Rugged Mobile Non-Intrusive Inspection System (RMNIIS). The RMNIIS provides the Warfighter the ability to scan vehicles and cargo at entry control points for organic and inorganic threat material. PRDSS Portable Rapid Deployment Surveillance System (PRDSS). Team PRDSS is committed to support of ground based 360 degree camera systems. PRDSS provides the warfighter the capability to conduct persistent surveillance and increases their resources for IED detection. VOSS Vehicle Optical Sensor System (VOSS). The VOSS Enables Route Clearance & EOD Teams vehicle crews to quickly locate and identify IED hazards with a 360 degree eyes on camera which utilizes high quality color daylight, night vision, and thermal imagery mounted on CAT I Cougars, LAV and M-ATV. Counter Suicide Bomber Counter Suicide Bomber System (CSBS). The Counter Bomber provides the capability to screen personnel at a stand-off distance of up t o 100 meters and provide threat assessments of each subject in real time, providing the warfighter with a First Look option. SECURE 1000 The Secure 1000 (S-1000) is a non-intrusive personnel scanning system which detects metallic and non-metallic objects concealed under clothing. The SECURE 1000 provides detection capabilities for personnel borne IEDs and the timely and professional acquisition and support of SECURE 1000 equipment.

12 REW MISSION To develop, procure, and provide life cycle management of logistically supportable, fully integrated, USMC CREW, G-BOSS, and Biometrics systems in a timely and cost effective manner. USMC CREW will participate and coordinate programmatic efforts with other U.S. Military Services to leverage systems development, interoperability, supportability and cost effectiveness. Counter Radio-controlled IED (RCIED) Electronic Warfare Systems (USMC CREW) JCREW and G-BOSS G-BOSS: Expeditionary, ground-based, self-contained, multi-spectral sensor-oriented, persistent surveillance system used to observe, collect, detect, identify, classify, track, and report on contacts, objects of interest, and assessed threats utilizing a fused video and sensor data display. JCREW: Next Generation CREW System for Global Operations; dismounted, mounted, fixed site configurations JCREW I1B1 G-BOSS Dismounted Mounted CVRJ (V)1 2.1 CVRJ (V)2 2.1 CVRJ CREW Vehicle Receiver Jammer (CVRJ). Vehicle-mounted active and reactive electronic countermeasure that jams or disrupts RCIED detonation signals and provides a personnel protection envelope. THOR III & Biometrics THOR III: Man-portable Counter RCIED solution for selected threats. BAT: Provides Marines capability to identify personnel wanted by coalition forces and identifies persons of interest while conducting normal patrols. BAT Handheld Interagency Identity Detection Equipment (HIIDE) THOR III 3.1 Biometric Automated Toolset Biometric Automated Toolset (BAT) Server 12

13 Improvised Explosive Device (IED) Detection Dogs (IDDs) First infantry unit deployed with 34 IDDs in Sep 2011 (up from 13) UUNS requirement met in Jan of 2012 Camp Lejeune/Pendleton Temp Kennel facilities operational Apr 2012 Certified 504 USMC and 69 UK IDDs Executed 22 USMC Handler Training Courses in support of 22 units 3 rd FMS case in support of the UK to be awarded in Apr

14 Digital Fires And Situational Awareness (DFSA) DFSA MISSION DFSA develops, modernizes, and sustains affordable, world class, high performance Blue Force Situational Awareness and Advance Targeting Systems capable of operating in integrated MAGTF, joint and coalition environments. DIGITAL FIRES Advanced Field Artillery Tactical Data System (AFATDS) Family of Systems provides the MAGTF the ability to rapidly integrate all fire support assets into maneuver plans via digital data communications links. Target Location, Designation, and Hand-off System (TLDHS) is a modular, man-portable, equipment suite that provides the capability to quickly and accurately acquire targets in day, night, and near-all weather visibility conditions. UNMANNED SYSTEMS MAGTF C2 Integration of Unmanned Systems and Remote Video Terminals (RVT). The portfolio currently consists of two general capabilities: Unmanned Aircraft Systems (UAS) which is Group 1 WASP, RAVENB, PUMA and STUAS along with RVT which is VideoScout and RVVT. SITUATIONAL AWARENESS Joint Battle Command-Platform Family of Systems (JPC-P) Increment I, Blue Force Tracker (BFT FoS), will provide tactical input/output battlefield digitized PLI and SA to enhance friendly forces, and integrate the blue force COE into a COP. Increment II, The Joint Battle Command Platform (JBC-P) will consists of JBC-P software, a stand-alone dismounted computing platform (handheld or end user device), and improvements to dismountable variants in future refreshes.

15 (MAGTF) Command And Control (C2) Systems (MC2S) MC2S MISSION MC2S delivers to the Marine warfighter an end-to-end, fully integrated, cross functional set of MAGTF Command & Control (C2) Capabilities across fiveechelons of Combat Operations Centers through a Common MAGTF C2 Software Baseline. TECH TRANS The transition of S&T projects such as the Mobile Modular Command & Control (M2C2) system and the Network-On-The-Move (NOTM) capability into Programs of Record (PoRs) ensures warfighters are equipped with cutting edge technology. PUBLIC AFFAIRS EQUIPMENT Provides PA Marines the capability to collect, produce, transmit, and manage still, video, written, and audio communication products in order to globally engage various publics. MC2SA MAGTF C2 Systems and Applications (MC2SA) provides the common, modular and scalable collaborative planning software for all elements and echelons of the MAGTF and is the software baseline for MAGTF C2. COMBAT CAMERA SYSTEMS CCS supports all elements of the MAGTF by providing a full range of professional imagery collection, print and reproduction capabilities. COC The Combat Operations Center (COC) is a deployable, self-contained, centralized facility that provides shared command and control / situational awareness (C2/SA) functionalities in a collaborative environment.

16 Networking And Satellite Communications (NSC) NCS MISSION NSC Team leads the Marine Corps effort in research and development, acquisition and sustainment of tactical networking and switching equipment; wireless broadband, and satellite ground communication systems, as well as cryptographic equipment. SATCOM SYSTEMS EHF and SHF wideband SATCOM systems providing long-haul communications to higher headquarters for reach back into the GIG and intra-magtf communications down to the Battalion level. Systems include ECCS, LMST, Phoenix, SMART-T, DAGR, GBS TGRS, and SCI COMMS. TACTICAL NETWORKS Tactical switched systems, technical control functions, communications security to our Operating Forces. Systems being developed include COMSEC, DTC-R, TSM, and JECCS. EXPEDITIONARY COMMUNICATIONS Tactical networking systems and other GIG-enabling technology that enhances the expeditionary Operating Forces. Systems being developed include NOTM, TDN DDS-M, VSAT, and NPM/SPEED.

17 Radar Systems (RS) RS MISSION To develop, procure, integrate, field and provide life cycle management of logistically supportable, fully integrated and interoperable Radar Systems and to provide our customers timely and cost effective support while maintaining the highest standards of professional integrity. Foreign Military Sales (FMS) Team The FMS Team supports multiple FMS cases for Kuwait, Bahrain and Egypt to provide sensor and C2 platforms that are interoperable with US forces. The FMS Team are representatives of the Command in these international communities, and support US Foreign Policy objectives as well. AN/TPQ-48 AN/TSQ-267 AN/TPQ-46 Family of Target Acquisition Systems (FTAS) FTAS: Equipment required to search, detect, track, locate and process hostile indirect fire (IDF) weapons - mortar, artillery, and rocket projectiles for counter fire or servicing. The equipment includes the AN/TPQ Firefinder, the AN/TPQ-48 Lightweight Counter-Mortar Radar and the AN/TSQ-267 Target Processing Set. Long Range Radar Systems AN/TPS-59: 3-D Long Range Radar, which detects aircraft and tactical ballistic missiles. AN/TPS-63: 2-D Medium Range Radar AN/TP5-59 AN/TPS-63

18 Tactical Communication Systems (TCS) TCS MISSION TCS team leads the Marine Corps tactical communication modernization effort through the acquisition and life cycle management of tactical communication systems supporting combat and training operations. Tactical Data Radio Systems Line-of-Sight (LOS) and Beyond LOS voice and data tactical radio capabilities. Command and Control Radios MultiBand Line-of-Sight and Satellite manpackable and vehicular mounted capabilities. Handheld Radios Tactical Hand Held Radio (THHR) :Line-of-Sight handheld and vehicular mounted capabilities supporting the United States Marine Corps. 18

19 FYDP Investments FY12 FY13 FY14 FY15 FY16 FY17 USMC CREW RDT&E $27.0M $33.0M $36.4M $18.7M $16.5M $16.9M PMC $62.5M $261.5M $150.2M $164.0M $168.6M $166.7M O&M $84.8M $90.7M $20.5M $21.1M $20.8M $20.3M CVRJ/QRD -- BAND C Upgrade Kits -- JCREW JCREW 3.3 Continued GBOSS & IDS Development and Production RDT&E $8.9M $13.3M $32.2M $17.8M $11.3M $10.7M PMC $176.1M $96.9M $134.0M $83.6M $64.9M $72.8M O&M $32.1M $13.6M $14.5M $14.6M $15.2M $20.0M NSC TCS C-IED Refresh & Sustainment of Networking Systems (WFN-T / TSM / COMSEC) Refresh & Sustainment of SATCOM Systems RDT&E $0.5M $0.6M $4.5M $2.0M $1.0M $1.1M PMC $109.6M $69.6M $88.7M $100.2M $55.2M $20.7M O&M $5.7M $11.2M $2.7M $3.8M $5.7M $3.4M Tactical Communications Modernization and JTRS migration O&M OCO $18.1M $46.3M $0.0M $0.0M $0.0M $0.0M CIED Program Office & System Sustainment Support for the MAGTF IDD O&M OCO $44.8M $46.36M $0.0M $0.0M $0.0M $0.0M Sustainment and Handler training of the IED Detector Dogs (UUNS 10230UA)

20 FYDP Investments FY12 FY13 FY14 FY15 FY16 FY17 RDTE $7.2M $9.5M $9.1M $13.2M $10.4M $7.4M PMC $102.2M $26.4M $72.2M $71.8M $39.9M $58.3M OMMC $15.5M $19.7M $17.2M $19.3M $19.1M $18.2M DFSA Systems MRC BFT JCR JBC-P AFATDS TLDHS JETS RVVT 20 RDTE $47.1M $21.3M $50.2M $30.1M $23.2M $28.1M PMC $51.2M $16.6M $40.3M $37.5M $29.9M $37.8M OMMC $71.3M $55.7M $37.0M $36.1M $35.9M $45.0M COC Model F/G SOI COC CAPSET I C2 OTM/Airborne MAGTF C2 Systems JTCW/GCCS/TCO JC2 NOTM Increment 1 NOTM Increment 2 H2C2 CCS PAE Radar Systems RDTE $33.8M $25.7M $17.5M $11.7M $7.5M $8.0M PMC $62.7M $45.8M $24.0M $22.2M $30.8M $35.0M OMMC $3.0M $2.0M $4.7M $4.7M $5.6M $5.5M TPS-59 PPM1 TPS-59 PPM2 TPS-63 Sustainment FTAS LCMR, TPs, TPQ-46 Sustainment

21 Tactical Service Oriented Architecture tasks competed on Seaport-e (April, June, September) Handheld Sleeve (July) TPS-59 Radar Maintenance Lifts (June) Rugged Mobile Non-Intrusive Inspection System (RMNIIS) FSR/Spares contract (May) Transition Switch Module (TSM) Fiber Optic Cable upgrade (FY12) SIPR modems (FY12) Current Initiatives/Investments FY12 Full Motion Video (FMV) Exploitation Services (May) Systems Planning Engineering and Evaluation Device (SPEED) (September)

22 Tactical Service Oriented Architecture tasks competed on Seaport-e (April, June, September) Handheld Sleeve (July) TPS-59 Radar Maintenance Lifts (June) Rugged Mobile Non-Intrusive Inspection System (RMNIIS) FSR/Spares contract (May) Transition Switch Module (TSM) Fiber Optic Cable upgrade (FY12) SIPR modems (FY12) Current Initiatives/Investments FY12 Full Motion Video (FMV) Exploitation Services (May) Systems Planning Engineering and Evaluation Device (SPEED) (September)

23 Future Initiatives/Investments FY14 Tactical Communications - Introduction of Mobile User Objective System (MUOS) capability Digital Fires and Situational Awareness - Joint Battle Command-Platform Family of Systems (JBC-P FoS) MAGTF Command and Control - Trusted Handheld: Leverages the R&D investment of various mobile industries that are responding to commercial demands for secure communications - TSOA: Identify/develop new software technologies in response to emerging Marine needs for C2 and interoperability Networking and Satellite Communications - Voice over Internet Protocol (VoIP) enduring capability Radars - Movement to organic maintenance on AN/TPQ Overcoming obsolescence issues on Radar systems

24 Future Initiatives/Investments Future Initiatives/Investments FY15 Tactical Communications - Tactical Wideband Handheld Radio capability Digital Fires and Situational Awareness - EUD integration of Joint Battle Command-Platform Family of Systems (JBC-P FoS) MAGTF Command and Control - Trusted Handheld: Continued efforts - TSOA: Continued identification and /development of new software technologies in response to emerging Marine needs for C2 and interoperability Radars - Technical refresh of the AN/TPS-59 Array Drive Assembly - AN/TPS-59 MARK XIIA IFF Mode 5 - Technical refresh of AN/TSQ-267 networking and computer equipment

25 How Industry Can Help Us Lighten-the-MAGTF / Energy Efficiencies Initiatives Virtualization initiatives Organic training to reduce FSR footprint COMSEC Modernization Technical Refresh (lighter/more energy efficient replacement) Alternate Power Sources (e.g. Solar) Battery Reduction (Tactical Comms, CIED) USMC will always be expected to do more with less funding. Industry partners are key and must help USMC keep cost low, technology high and sustainment affordable

26 Technologies How Industry Can Help Us Data management, real-time optimization methodologies and algorithms that increase throughout performance within our existing communication infrastructure. Distributed and secure data storage across multiple mobile and static platforms. Innovative and accurate position, location and targeting location when GPS is not available. Reprogrammable multi-purpose software for hand held radio that can be embedded in our current communication infrastructure. USMC will always be expected to do more with less funding. Industry partners are key and must help USMC keep cost low, technology high and sustainment affordable

27 Marine Air Ground Task Force (MAGTF) Command, Control and Communications Program Manager Col Peter C. Reddy Deputy PM Mr. Jim Westerholm Ops/Admin APMs PMO Staff C-IED: Mr. Mark Billow CREW: Mr. Harry Downey Digital Fires and Situational Awareness: Maj Brian Newbold MAGTF C2 Systems: LtCol Ty Ferrel Networking and SATCOM: Mr. Greg Pardo Radar Systems: Mr. Dave Buck Tactical COMM Systems: Mr Lou Peradotto (Acting) RMNIIS VOSS PRDSS Secure 1000 CSBS IED Detection Dogs: LtCol Ken Burger Last Reviewed: 04/23/2012 CREW 2.0/2.1 CVRJ/Chameleon (II) CVRJ Band C (IV-M) CREW 3.1 (USON) Thor III (IVM) QRD (UUNS TPE) BAT (UUNS) HIIDE (UUNS) BESD (AAP) IDS CREW 3.3 USMC JCREW 3.3 (II) Mounted Dismounted Fixed Site GBOSS (IVM) GBOSS(E) (III) Digital FIRES AFATDS (II-A) BUCS MTS TLDHS (III) BFSA US JBC-P FoS BFT FoS (IC-A) BFT RVVT BFT II JCR KGV-72 MRC JBC-P (III-A) Corporal (JCTD) COC COC (V) 2-4 (III) COC (V) 1 (AAP) COC OTM (UUNS) MC2SA CCS PAE JTCW (IVT) TSOA C2PC GCCS (IAM) GFDM-I TCO (IVT) JC2 MARCIM TTO NOTM Incr I (1/2) BMDL SCC DBMA/BMS-MC SIE/DTN BSN TEDS JCTD M2C2/COBRA3 H2 (H2C2, VSCP, Trusted H2,C2 Sleeve) TACNET Systems OEF CC (UUNS) COMSEC DTC/-R (IVT/IVM) TSM /FoS (AAP/IVM) RSAM DEOS DITS DITS-H JECCS/-R (IVM/AAP) SATCOM Systems LMST (IVT) Phoenix ECCS (IVM) SMART-T GBS DAGR SCI Comms (III) SCI VSAT (USON) EXCOMM NOTM Incr 2 TDN DDS-M/ (IVM)(USON) SWAN (USON) VSAT (IVM) SPEED (AAP) Long Range Radar AN/TPS-59 (IVT) (V)3 PPM I (V)3 PPM II AN/TPS-63 3DELRR (SI-AF) VWC FMS (17 Cases) FTAS AN/TPQ-46 (III-A) LCMR (AAP) TPS (AAP) Platform Integration Hand Held THHR Maritime (AAP) THHR SVA (IVM) THHR Urban (IVM) IISR (IVM) C2 Radios MBR II (IVM) MBR (USON) HFR (IVM) MUOS (JTRS) SINCGARS Data Radios WPPL-D (USON) TRC-170/Ant Replacement (AAP) MRC-142 B/C (AAP/IVM) TEAMS (USON) EPLRS TSSR (USON)