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Homeland security and defense is run by complex systems that require large scale integration to protect our nation. C4ISR describes programs and solutions that allow the intelligence community, military personnel, and policy decision makers to make quick and unified decisions. This seminar will explore developments in C4ISR programs and strategies to pursue interoperable and integrated business capabilities across the U.S. Department of Defense. We will also look at the impact of chatter analysis on these efforts. At the end of this workshop, participants will be able to: a) Explore legislation and recent developments in C4ISR programs and solutions b) Examine the role of Chatter Analysis c) Connect to industry experts around business strategies and functional effectiveness of C4ISR Learning Outcomes: Learn and explore benefits and opportunities around C4ISR and Chatter Analysis
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COMMAND, CONTROL, COMMUNICATIONS, COMPUTER, INTELLIGENCE, SURVEILLANCE AND RECONNAISSANCE SYSTEM INTEGRATION: C4ISR Presenters: Mr. Cornelius Brown, Ms. Michelle Venters, MSG Maurice Jones, SFC Vernon Walton Saturday, February 9, 2013 | 3:15pm – 4:45pm Washington Marriott Wardman Park | Maryland Suite A
AGENDA
2
Ø Introduc*on of Panel
Ø Network Strategic Overview
Ø Mission q ATEC q AEC q C2ED
Ø Programs under Evalua*on
q COE q WIN-‐T q JTRS
Ø Ques*ons
Ø Contact Informa*on
Objectives
• Provide participants an overview of the Army’s Strategy for Network Modernization
• Present the Role and Mission of the Army Test and Evaluation Command
• Discuss Program Test and Evaluation Efforts related to Network Modernization
C4ISR
Goal
Participants will understand the Army’s importance and need to modernize the Network and the ATEC ongoing efforts
supporting modernization.
C4ISR
Strategic Challenges
C4ISR
“Our military will be leaner, but the world must know the United States is going to maintain our military
superiority with armed forces that are agile, flexible and ready for the full range of contingencies and threats.”.”
– President Obama, Defense Security Review, 5 Jan 12
“The Army has global responsibilities that require large technological advantages to prevail decisively in combat –
“technological overmatch,” if you will… Modernizing, especially as end strength is reduced, is the key to ensuring
that the Army’s dominance continues. As I reflect upon the pace of technological change in today’s modern world and the impact of rapid, global information exchange upon our overall security environment, I am both inspired and encouraged by
the Army’s approach to building a network able to connect our forces at all echelons. This remains our number one
modernization priority.”
Army Network Today
C4ISR
Ø Over the last 10 years, the operational portion of the network modernized faster than the institutionalized portion
Ø As we draw down, 80% of the Army is now CONUS- based Network Integration Evaluation (NIE) pioneered the collaborative development of Capability Sets Ø Army is expanding the Capability Set approach to focus on comprehensive network modernization
Network = Transport + Infrastructure + Devices + Services + Applica:ons
C4ISR
Our IT Environment
FUTURE
How do We Make Technology Work for Us?
• Users Must be Confident in the Network • Informa*on Must be Secure and Accessible Regardless of Device or Loca*on
C4ISR
Joint Information Environment End State
The Network is Core to a Smaller, More
Capable, BeBer Trained Expedi:onary Army
A Single, Secure, Standards-‐Based, VersaKle Infrastructure, Linked by Networked and Redundant Transport Systems, Sensors, Warfigh*ng and Business Applica*ons, Along with Data to Provide our Soldiers and Civilians the InformaKon They
Need, When They Need It, in Any Environment to Manage the Army Enterprise and
Enable Full-‐Spectrum OperaKons with Our Joint, CoaliKon, and Interagency Partners.
Ø We Must Train as We Fight
Ø Deploy Little to No Notice Anytime, Anywhere in Austere Environments
Ø Installations as a Docking
Station
Ø Modernized From Strategic Core to the Tactical Edge
Ø Single Secure Network
Ø Incorporate Echelons
Above Army Requirements
Ø Centralized Management and Decentralized Execution
C4ISR
LandWarNet: Enterprise
C4ISR
LandWarNet: Tac:cal Edge
C4ISR
Army Test and Evalua*on Command (ATEC)
C4ISR
Independent Repor:ng Mandated by US Code,
OMB, and OSD
Assistant Secretary of the Army for
AL&T
Secretary of Defense
TEO (T&E
Execu:ve)
Secretary of the Army
Chief of Staff
Army Evalua:on Center
Mr. Jimenez
Opera:onal Test Command
COL (P) Mar2n
DUSA
Under Secretary of Defense (AT&L), Director Defense
Systems/ DD Developmental T&E
ARH
Mobile Gun System (MGS)
Family of Medium Tac:cal Vehicles (FMTV)
Mine Resistant Ambush Protected (MRAP)
Brigade Combat Team Moderniza:on (BCT Mod)
Overseas Con:ngency Opera:ons (OCO)
Extended Range/ Mul: Purpose Unmanned Aerial System
(ER/MP UAS)
Army Test and Evalua:on Command
MG Dellarocco
Vice Chief of Staff
Director, OTE
How We Fit
C4ISR
ATEC Mission
ATEC plans, integrates, and conducts experiments, developmental testing, independent operational testing, and
independent evaluations and assessments to provide essential information to acquisition decision makers and
commanders. General Orders No. 13
Signed CSA 16 Oct 06
C4ISR
Ft Greely Cold Regions Test Center
Redstone Arsenal Ft Huachuca
Ft Hood
Ft Sill
Alexandria
Yuma Proving Ground
Dugway Proving Ground
Ft Bragg
Aberdeen
ATEC
OTC White Sands Missile Range Legend
Headquarters Major Test Facility Opera*onal Test Dir LNO Site
Panama & Hawaii Tropics Test Sites
AEC
AFGHANISTAN
FOA Teams
IRAQ
Ft Leavenworth
Ft Leonard Wood Ft Knox
Ft Benning
Warren
Orlando
Pica:nny Arsenal Ft Monmouth
Ft Belvoir Ft Monroe Ft Lee
Ft Bliss
Where We Are
C4ISR
Army Evaluation Center Army Evalua*on Center
C4ISR
Independent Reporting Mandated by US Code,
OMB, and OSD
Legend
ARH
Joint Network Node (JNN)
Mobile Gun System (MGS)
Family of Medium Tactical Vehicles (FMTV)
Mine Resistant Ambush Protected (MRAP)
Network Integration Event (NIE)
Overseas Contingency Operations
(OCO)
Extended Range/ Multi Purpose Unmanned Aerial System
(ER/MP UAS)
T&E Policy, Funding, or Oversight
Assistant Secretary of the Army for AL&T
Secretary of Defense
Secretary of the
Army
Chief of Staff
Operational Test Command
COL(P) Martin
Under Secretary of Defense (AT&L), Director
Defense Systems/ DD Developmental T&E
Army Test and Evaluation Command
MG Dellarocco
Vice Chief of Staff
Director, OTE
TEO (T&E
Executive)
Army Evaluation Center
Mr. Jimenez
A T C
D P G
E P G
R T C
S M R
Y P G
W • CRTC • TRTC • YTC
DUSA
How AEC Fits
The Army Evalua*on Center plans developmental tes*ng of weapons and equipment along with independent evalua*ons and assessments of acquisi*on programs providing essen*al informa*on to key decision makers.
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AEC Mission
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U.S. Army EvaluaKon Center U.S. Army EvaluaKon Center
COMMAND & CONTROL EVALUATION DIRECTORATE (C2ED)
C2ED Mission Plan and execute rigorous and independent evalua*on of Army and Joint Command, Control, Communica*ons, and Computer systems
while providing accurate high quality system evalua*on for milestone decisions, materiel changes, and materiel releases in support of system acquisi*on and experimental processes.
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The image part with relationship ID rId2 was not found in the file.
PROGRAM BRIEFS
U.S. Army EvaluaKon Center U.S. Army EvaluaKon Center
Common Opera*ng Environment (COE) v1
COE Description
“The Common Operating Environment is an approved set of computing technologies and standards that enable secure and interoperable applications to be rapidly developed and executed across a variety of Computing Environments.”
– Deputy Chief of Staff, G-3/5/7, 24 May 2010
22
COE Computing Environments CP CE v1 is the first CE ready for evalua:on at NIE 14.1
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CP CE v1 Description • Enables a shared CP product line with a common
government owned and managed architecture which reduces the number of servers and associated weight, power, and required support.
• Expands ongoing MC and intelligence hardware convergence efforts by establishing a common software architecture focused on operations and intelligence functionality.
• Improves effectiveness of operations and intelligence staff support to the Commander through WfF – associated widgets available on a common workstation.
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CP CE v1 Technical Objectives Rich Web
1) Merged Ozone Framework 2) Common Widgets 3) Additional Widgets 4) Standard and shareable geospatial foundation
HW/Virtualization
1) Standardization • Common Server Stack/Infrastructure
• Heavy Node • Light Node
• Virtualization Foundation configured with • DCGS Baseline VMs • MC Baseline VMs
2) Tactical Edge Mini Cloud • Converged Geospatial Service Data Analytics
3 Data COE • Database cross-cutting capability baseline
DCGS VMs
Light Server Stack Node
TEN
Mini Cloud
Heavy Server Stack Node
Common Storage
CIS
Common Storage
MC VMs
VMs
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User Benefits • Better information visualization • Better collaboration working environment • Less burden of logistics on network
infrastructure
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Warfighter Informa*on Network-‐Tac*cal Increment 2
(WIN-‐T Inc 2)
What is WIN-T?
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WIN-‐T INC2 is the Army’s tac*cal por*on of the Global Informa*on Grid (GIG), providing a high-‐speed, high capacity backbone communica*ons network reaching from the Maneuver Brigade Combat Teams (BCTs) and Division to the strategic por*on of the GIG.
•The converged IP backbone is colorless (all user data is encrypted prior to being placed on the backbone), supports dynamic bandwidth alloca*on and policy-‐based networking, and is cryptographically isolated from all external networks. •Employs a combina*on of terrestrial and space-‐based (military and commercial) network op*ons to provide speedy, comprehensive, and protected Mul*ple Security Level (MSL) voice, data, and video coverage to Warfighters. •Provides a robust radio backbone, designed as to leverage as much terrestrial bandwidth as possible to minimize the need to transmit on the satellite *er. This is done through the use of smart LOS radio, the HNW.
The WIN-T Increments DAE Certified / Restructured 5 June 07 ADM
29
WIN-T Increment 2
• WIN-T Increment 2 – Provides On-The-Move (OTM) communications down to the company level – Provides common logon via CAC – Tactical Communications Nodes (TCN) and Point Of Presence (POP) at the
Division, Maneuver Brigade, and Battalion – Soldier Network Extensions (SNE) at the company level – POP and SNE designed to be integrated into Armored Vehicles such as
Bradley and MRAP
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Concept of Operations • The critical advantage of WIN-T Inc 2 is its ability to give commanders the
right information at all times, even when forces are moving -a capability not widely available today.
• WIN-T INC2 adds On-the-Move (OTM) communications capability
– Mobile infrastructure supporting key leaders and elements – Provides initial wide area networking On-the-Move capability and
enhanced fixed command post connectivity. – Satellite Communications (SATCOM) and Terrestrial High-band Network
Waveform (HNW) OTM capability. – Enhanced QoS – High Speed Non-secure Internet Protocol Routing Network (NIPRNET),
Secret Internet Protocol Routing Network (SIPRNET), and Defense Switch Network (DSN) services from Division to Company.
– Dynamic reuse of spectrum for Line Of Sight (LOS)
• The key enabler of WIN-T is to provide network connectivity while on the move.
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WIN-T Increment 2 High-Level Network Diagram
Conceptual View – does not depict actual basis of issue
HCLOS not part of Inc2
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Joint Tac*cal Radio Systems (JTRS)
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JTRS Network Overview
34
JTRS Increment 1
• Family of radios that will provide: – Support to multi-band, multi-mode, multiple channel radios – Support advanced narrowband and wideband waveform capabilities with
integrated computer networking features – Conformity to open physical and software architectures – Both line-of-sight and beyond-line-of-sight C4I capabilities to the Warfighters – Capability of transmitting voice, video and data – Interoperable networking capability to address critical mission gaps against
increasingly threats
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Handheld Manpack Vehicle*
*Note: In redesign
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Airborne
Ground Forces • Hand held • Dismounted • Vehicular
Maritime/ Fixed Station
OPE R A T I ONA L
DOMA I NS
Space
JTRS – A Transformation Enabler Common Open
Standards Architecture &
Technology Base • Navigation
• Positioning
• Location
• Identification
• Air to Ground
• Air to Air
• Ground
to Ground
• SATCOM
Joint Solution (1 Family)
AN/ARC-210
AN/WCS-3 UHF SATCOM/LOS
AN/ARC-201A SINCGARS
AN/PSC-5
ANPRC-119 SINCGARS
AN/PSQ-6A EPLRS
Legacy Waveforms Commercial Waveforms New Military Waveforms
Current Systems (25-30 Families)
(750, 000 Radios)
JTRS – a family of common Radios and Waveforms built around a standard open architecture
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Software Defined Radio Concept
TAC
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JTRS Set
JTRS Waveforms & Crypto Algorithms Waveforms Algorithms Protocols, Formats, Routers
Cri*cal component… is mobile, ad-‐hoc, self-‐forming, self-‐healing, BLOS networking services with IP Based Standards for all Services/All Networks
• Goals: – Joint approach – Coordinated programs
• system defini*on (Interfaces & Boundaries) – Eliminate stove-‐piped networks!
JTRS Supporting C4ISR
38
Targets Munitions
Delivery ID- Crosshairs
Narrow FOV Synoptic
*KEY SET
Targets Munitions
Delivery ID- Crosshairs Narrow FOV
Synoptic
VS. Network Centric
Stovepipes
39
QUESTIONS
Panel Points of Contact
Contact Informa*on
Name Email Phone
Mr. Cornelius Brown [email protected] 443-‐861-‐9511
Ms. Michell Venters [email protected] 443-‐861-‐9459
MSG Maurice Jones [email protected] 804-‐721-‐6301
SFC Vernon Walton [email protected] 443-‐861-‐9862
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BACKUPs
A disciplined approach to ensure efficient and rigorous testing leading to adequate evaluation of acquisition programs
• Rapid Acquisition Initiative - T&E Concept and CLR • Network Integration Evaluation (NIE) - Traditional Products for SUTs (Systems
under Test) and Assessment Reports for SUEs (Systems Under Evaluation) • Forward Operational Assessment (FOA) - Supports CLRs (FOA XVIII - e.g. Stryker
MGS, Spider XM7, APMI)
B C MS
AST TEST
PROGRAM T&E Planning Execution Evaluation End User - DAB - PM
DTP
Safety Release
Live Fire TR
Safety Confirmation
AEC Deliverables
42