4de6630b789f2c848ef249b9c30dc836.ppt
- Количество слайдов: 28
National Defense Industrial Association Robert M. Shea Lt. Gen, USMC Director for Command, Control, Communications and Computer Systems (J 6) 3/16/2018 JS SLIDE PRESENTATION. ppt
3/16/2018 JS SLIDE PRESENTATION. ppt
What is Network Centric Operations (NCO)? The Operational Environment → Gain information superiority first → Deep sensor reach → Shared Battlespace awareness → Faster decision cycle → Unity of Effort → Mass effects rather than forces → “Joint” operations at lower tactical levels → Blurring of levels of war Network Centric Operations What’s Valued → Rapid change → Sensing → Speed of command → Information sharing → Self-synchronization of actions → Agility → Interdependent operations 3/16/2018 JS SLIDE PRESENTATION. ppt → Networking → Risk management → Innovation Ø A “net-enabled” Joint Force that is linked and synchronized in time and purpose Ø It’s about leveraging technology to create new synergies in the way DOD trains, organizes, and leads that will enable more effective and efficient military operations
Characteristics of “Networked” Joint Force Creating a common understanding of the battlespace enabling Commander’s to take quicker, more decisive actions 3/16/2018 JS SLIDE PRESENTATION. ppt
Seabasing Overview Air Surface Future-TBD ASSEMBLE CLOSE Joint Operations Area Inter-theater Airlift Inter-theater Sealift Commercial Resupply Air/Sea Inter-theater Air lift Inter-theate r Sealift Not to Scale Intermediate Log Site Joint Forces Immediate /Rapid Response Shuttle Ships CSG SPOD ESG MPS MPF(F) Tactical Station ships Air/Sealift ARF Sea Base APS Austere SPODs Intra-theater Air/Sealift Advance Base Shuttle Ships/Aircraft SUSTAIN RECONSTITUTE The sea base is a scalable aggregation of networked platforms that enable a Joint Force Commander to base and operate joint forces from the sea. The sea base provides a location to close, assemble, employ, sustain, and reconstitute those forces. 3/16/2018 JS SLIDE PRESENTATION. ppt EMPLOY CONUS APOD
Required Joint and FORCEnet Capabilities • Provide robust, reliable communication to all nodes • Provide reliable, accurate and timely information on friendly, neutral and hostile elements • Store, catalogue and retrieve all information produced by any node on the network in a comprehensive, standard repository • Process, sort, analyze, evaluate and synthesize large amounts of disparate information • Provide a tailorable, user-defined, sharable representation of the situation • Automate certain lower-order C 2 sub-processes and use intelligent agents and automated decision aides to assist in performing high-order tasks • Provide Information Assurance • Function in multiple security domains and multiple security levels • Interoperate with C 2 systems of very different type and level of sophistication • Allow nodes to function while temporarily disconnected from the network • Automatically and adaptively monitor and manage the functioning of C 2 systems and the network to ensure effective and efficient operation • Incorporate new capabilities into the network quickly, without disruption • Provide the ability to make and implement good decision quickly under conditions of uncertainty, friction, time pressure and other stresses 3/16/2018 JS SLIDE PRESENTATION. ppt
The Network as the “Center of Gravity” C 4 Systems Domain Commander’s Domain Decision Superiority ISR Domain 3/16/2018 JS SLIDE PRESENTATION. ppt Net Centric Operations C 2 Domain
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Configuration Management 3/16/2018 JS SLIDE PRESENTATION. ppt
3/16/2018 JS SLIDE PRESENTATION. ppt
The Beachhead at Iwo Jima 3/16/2018 JS SLIDE PRESENTATION. ppt
Acquisition Discipline FY 04 FY 05 FY 06 FY 07 FY 08 Policy & Architecture Direction IPV 6 Implementation Completed (Goal) DEPLOY TRUSTED IMPROVE SENSEMAKING SERVICES ELIMINATE BANDWIDTH CONSTRAINTS NCOW Reference Model Joint Tactical Radio System Provides IP -based, self-managed, BLOS, mobile data and voice communications services Software Communications Architecture Cluster 1 Vehicular & Army Rotary Wing Cluster 4 Airborne WNW Cluster 2 Handheld Cluster 5 Handheld, Manpack, Embedded Cluster 3 Maritime & Fixed Station IOC Cluster 2 IOC Clusters 1, 4, 5 Optical Mesh IP Network GIG Bandwidth Expansion Provides ubiquitous, secure, robust optical IP foundation network Optical Bandwidth to STEP and Teleport sites 1 Incorporates mobile/tactical users and Optical IP Networking for global intelligence via optical cross Joint Operations Centers and ISR locations links and EHF IP links Provides information and data services to all GIG users Horizontal Fusion Portfolio Means/tools to enable the smart pull and fusion of data by users e ow P 3/16/2018 JS SLIDE PRESENTATION. ppt 3 TSAT (CY 10 Launch) Wideband Gapfiller Optical Bandwidth Support for Additional Global Hawk UAVs FY 11 4 Reachback Capabilities Wideband Networking for Deployed Forces for UAVs and Other ISR Block 1 (All CESs) in 3 Spirals Block 2 (All CESs) in 3 Spirals - Enterprise Systems Management - Messaging - Discovery - Mediation - Collaboration - User Assist - IA/Security - Storage Services - Application Defense in Depth Enables trusted computer, networking, and data services to all GIG users he Integrated GIG Network Core Enterprise Services (9) + Application Program Interfaces IA Programs T To r 2 IOC Cluster 3 Optical Bandwidth to Ground Sites IPV 6 FOC IOC TCA SATCOM Net-Centric Enterprise Services FY 09 dge E CAC Fully Deployed Identity Mgmt Infrastructure (PKI, Biometrics); 1 Gb Terrestrial HAIPE IP Network Defense (Enterprise Sensor Grid) Global Net-centric Surveillance and Targeting Deployment of Collaborative Applications to Joint Commanders 40 Gb Terrestrial HAIPE IP 10 Gb Terrestrial HAIPE IP 40 Gb Space HAIPE IP(FY 2010) Op-Intel Data Applications Processes Improved Shared Access to Collateral ISR data Improved Shared Access to Combat Support Data Net-Centric Enterprise Services Automated Tagging of Selected Sensor and Combat Support Data Collaborative Collection Management Improved Strategic & Tactical C 2 Deployable Net-Centric DCGS CJTF HQs Multi-INT Fusion for Warfighters FY 10 ISR Battle Management Force. Net Future Combat System (FCS) (examples)
3/16/2018 JS SLIDE PRESENTATION. ppt
Threats to the Global Information Grid Traditional Threats Non-Traditional & Emerging Threats Cleared “Insiders” Viruses Electro Magnetic Pulse Attack Crypto Attacks on Critical Infrastructure Globalization Unqualified Workforce Dated Protection Policies and Procedures 3/16/2018 JS SLIDE PRESENTATION. ppt
We must conduct Joint C 4 Training…because lives depend on it! 3/16/2018 JS SLIDE PRESENTATION. ppt
Transport Systems The Backbone of Transformational Communications 3/16/2018 JS SLIDE PRESENTATION. ppt
TSAT Key Features Other Satellites n Multi-access lasercom n n n Airborne lasercom terminals Terrestrial Infrastructure High rate terrestrial networks and ground infrastructure 3/16/2018 JS SLIDE PRESENTATION. ppt 5 ball constellation n Launch FY 13 - FY 17 Lasercom crosslinks Efficient radio frequency (RF) links (XDR+) Packet based network Dynamic allocation Comm-on-the-move (COTM) Protection against jamming, nuclear effects, detection COTM 1’ tracking antenna Network standards and interfaces Information assurance (Covers all segments)
Joint Tactical Radio System (JTRS) Space Command & Control Air to Ground Near Surface Air Networks Brigade & Above Maritime Ground 3/16/2018 JS SLIDE PRESENTATION. ppt Bn TOCs
The Mobile User Objective System (MUOS) • Provides narrowband (<64 kpbs) tactical SATCOM to forces on the move • Mobile Users: Handheld, Ships, Vehicles and Subs • Capacity 39. 2 Mbps, 1997 Simultaneous accesses • Flexibility: 15 min planning, 6 sec access • Backward Compatibility (but must transition to gain efficiency) • Interim Op Capability – 2010 / Full Op Capability - 2014 4 geosynchronous satellites, plus 1 spare • Funding • USec. AF, IPR#3: Navy agreed to fully fund • Terminals Funded by Services • 20% by IOC, 85% FOC per CRD. See Issues Potential Issues • Terminal Transition to JTRS: • Handheld Initial Rate Pre-production limited to 10% • Aircraft transition to JTRS: Late start and requires integration, installation— Requires monitoring • MUOS Waveform Developed by MUOS Contractor • Including JTRS Compliant Waveform • Efficient use of resources dependent on transition to MUOS Terminals and Waveform • Complexity of Software loads
Satellite Requirements vs Resources 1997+ Requirements (simultaneous accesses) 304 MUOS (w/JTRS) DAMA Legacy Dedicated Today 3/16/2018 JS SLIDE PRESENTATION. ppt MUOS IOC MUOS FOC
Teleport SATCOM AFFOR JTF HQ Teleport JSOTF ARFOR MARFOR NAVFOR Teleport System GATEWAY Deployed Users DRSN DSN Minimum 2 Teleports in View to Warfighter anywhere around the globe VTC Sustaining Base NIPRNET SIPRNET JWICS Provide seamless communications support to the warfighter 3/16/2018 JS SLIDE PRESENTATION. ppt
DOD Spectrum Requirements Forward…From the Sea Operational Maneuver from the Sea 3/16/2018 JS SLIDE PRESENTATION. ppt Information on Demand • Aeronautical Platforms • Naval Platforms • Ground Vehicles • Missile Defense • Missile Systems • Munitions Systems • Soldier Systems Military Capabilities • Command Control • Targeting • Battle Damage Assessment • Fire Support • Combat ID • Joint SEAD Air Force Vision 2020 The Army Vision 7
Electromagnetic Battlespace UHF SATCOM DSCS DMSP MILSTAR GPS Civil Networks AWACS Tankers CAP Air-To-Air Defense Commercial Satellite Reconnaissance Anti-Radar AD Radar Anti-Radar Air Base Altit 20, 000 -ude Altitude 35, 0 feet 00 25, 00045, 000 feet Bombers Altitude 25, 00045, 000 feet Altitud e 35, 00020, 000 feet 40 mil es r e rd Bo SOF UAV Radar Jammers Altitud 25, 000 e 45, 000 feet Air-To-Air Defense 8 -10 miles Jammers 3/16/2018 JS SLIDE PRESENTATION. ppt AD Radar Jammer Civil Networks
Deployable Joint Command Control (DJC 2) 3/16/2018 JS SLIDE PRESENTATION. ppt
Multi–National Information Sharing 3/16/2018 JS SLIDE PRESENTATION. ppt
In a Nutshell • Historic Opportunity. . . “The Department must align itself with the on-going information revolution. . . by developing informationenabled organizational relationships and operational concepts. ” • “Transforming how we fight. . it hinges on development of future joint warfighting concepts” – SECDEF’s Transformation Planning Guidance (April 2003) 3/16/2018 JS SLIDE PRESENTATION. ppt
UNCLASSIFIED Questions? 3/16/2018 JS SLIDE PRESENTATION. ppt UNCLASSIFIED
NDIA Robert M. Shea Lt. Gen, USMC Director for Command, Control, Communications and Computer Systems (J 6) 3/16/2018 JS SLIDE PRESENTATION. ppt
4de6630b789f2c848ef249b9c30dc836.ppt