SPAWAR Security Cooperation Overview

SPAWAR Security Cooperation
Overview
20 March 2013
Presented to:
Defense MOU Attaches Group (DMAG) and
Foreign Procurement Group (FPG),
Washington DC
v130307
Suzanne Arney
Director, SYSCOM Security Cooperation Office,
Space and Naval Warfare
Systems Command
Statement A: Approved for public release; Distribution is unlimited
SPAWAR’s Role
▼ Navy’s Information Dominance Systems Command
▼ Provide advanced communications and information
capabilities to Navy, joint and coalition forces
▼ More than 8,500 employees deployed globally and near the fleet
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SPAWAR’s Global Presence
Everett
HQ - San Diego
SSC Pacific
Germany
Washington D.C.
Norfolk SSC Atlantic
Charleston
New Orleans
Spain
Japan
Italy
Bahrain
Hawaii
Guam
Partial display of SPAWAR
personnel assignment locations
The sun never sets on a SPAWAR detachment
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DOD Security Assistance Organizations
Defense Security
Cooperation
Agency (DSCA)
Defense Finance
and Accounting
Service
ARMY
DASA-DEC
Chief of Naval
Education and
Training (CNET)
Navy Education &
Training Field
Activity (NETSAFA)
AIR FORCE
SAF-IA
Defense Logistics
Agency (DLA)
Joint Chiefs of
Staff (JCS)
Navy International
Programs Office
(Navy IPO)
Combatant
Commands
SYSTEMS COMMANDS
Naval Air Systems
Command
(NAVAIR)
Naval Sea
Systems
Command
Space & Naval
Warfare Systems
Command
MARCOR
Systems
Command
Naval Facilities
Engineering
Command
US Coast
Guard
Navy Supply
Systems
Command (WSS)
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SPAWAR Leadership
COMMANDER
RADM Pat Brady
Vice Commander
Vacant
PEO C4I
RDML Jerry Burroughs
PEO Space Systems
RDML Jerry Burroughs
Deputy Commander
Pat Sullivan
Fleet Readiness Directorate
RDML(sel)John Neagley
PEO EIS
Victor Gavin
1.0
Comptroller
Steve Dunn
2.0
Contracts
Tim Dowd
3.0
Office of Counsel
Harold Cohn
4.0
Logistics & Fleet Support
Martin Brown
5.0
Chief Engineer
RDML James Rodman
6.0
Program Management
Les Hubbard
7.0
Science & Technology
Stephen Russell
8.0
Corporate Operations
Kimberly Kesler
Echelon III Activities
SPAWAR Space Field
Activity
CAPT Mark Rudesill, CO
(Acting)
SPAWAR Systems
Center Pacific
CAPT Joe Beel, CO
Carmela Keeney, TD
SPAWAR Systems
Center Atlantic
CAPT Mark Glover, CO
Christopher Miller, TD
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SPAWAR Priorities
▼ 2011:
 Get Closer to the Fleet
 Align with OPNAV N2/6 and 10th Fleet
 Develop the Information Dominance System Command
▼ 2012:
 Keep the Fleet Ready to Fight
 Build Information Dominance Technical Authority
 Focus on Work Integral to Navy’s Future/Core to Our Mission
▼ 2013:
 Keep the Fleet Ready to Fight
 Deliver on Major Acquisition Programs
 Execute IT Technical Authority Stand-up
“SPAWAR should fully realize its role as the Navy’s Information Dominance Systems
Command, securing Navy’s decision superiority today and in the future.”
- CNO First Day Letter to COMSPAWAR, 26 Jul 2010
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SPAWAR SC Organizational Relationship
ASN (RD&A)
CNO
Acquisition & Program
Management
SPAWAR 6.0
SPAWAR
SSCO
6.4
----- Operating Agreement
Daily Ops
SSCO Deputy
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Security Assistance
▼ Team SPAWAR delivers Joint, Integrated and Interoperable C4I
capabilities to key strategic coalition partners
▼ Team SPAWAR manages both Foreign Military Sales (FMS) &
Foreign Military Financing (FMF) cases as well as ‘1206’
support- equipping and training the militaries of non-traditional
partner nations
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MDA Capability Options
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Typical FMS Products
Command and Control (C2)
• Global Command and Control SystemMaritime
• Multifunctional Information Distribution
System
• Air Defense System Integrator (ADSI)
• NATO Improved Link Eleven (i.e., Link 22)
• Link 11 and Link 16
Communications
•
•
•
•
•
•
•
Computers
• Automated Digital Network System
• Combined Enterprise Regional Information
Exchange System (CENTRIXS)
• Cross Domain Solutions
• Radiant Mercury
• Cryptographic Equipment
• Networks / Computers
Satellite Communications
Commercial Broadband Satellite Program
Tactical Communications
Digital Modular Radio
Navigation Systems
Global Positioning System
Fixed/Portable Multiband Radios
Intelligence
•
•
•
•
•
Maritime Domain Awareness
Intelligence, Surveillance, & Reconnaissance
Automatic Identification System
Information Operations
Meteorology and Oceanography Systems
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Typical FMS Services
Requirements Analysis
•
•
•
•
Concept of Operations Development
Capability Requirements Definition
Analysis of Alternatives Evaluations
Capability Customization
Systems Engineering
•
•
•
•
•
Installation and Testing
•
•
•
•
•
Hardware & Software Installation
Test Plan & Procedure Development
Validation of Capability Requirements
Certification and Accreditation Support
System Operational Verification Testing
Interoperable System Architecture Design
Risk Management
COTS & GOTS Integration
System of Systems Integration
Configuration Management
Sustainment and Support
•
•
•
•
Engineering Tech Assist (Help Desk)
In-Country Training
Exercise Support
Acquisition Support
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Current Engagement
•
Australia
Austria
Bahrain
Belgium
Brazil
Bulgaria
Canada
Chile
Czech Rep
Columbia
Denmark
Finland
France
Germany
Greece
Hungary
Iceland
India
Israel
Italy
Jordan
Japan
Kuwait
Latvia
Lithuania
Luxembourg
Malaysia
Morocco
NATO
Netherlands
New Zealand
Norway
Oman
Pakistan
Poland
Portugal
Qatar
Romania
Saudi Arabia
Singapore
Slovakia
Slovenia
South Korea
Spain
Sweden
Switzerland
Taiwan
Thailand
Turkey
UAE
UK
New Weapons/Systems technologies available or about to be
available for FMS Purchase
•
•
•
•
•
Link 22/MLLC
MTC2
CANES
iCOP
CBSP
•
•
•
•
•
Number of Active Cases (290)
Dollar Value ($3.3B)
Pseudo-FMS,
11%
USNORTHCOM,
5%
USSOUTHCOM,
5%
USPACOM,
28%
USCENTCOM,
15%
DMR
GPNTS
SSEE-F
MIDS JTRS
MIDS-LVT Block Upgrade 2 (BU2)
USEUCOM,
35%
USPACOM,
$1.9B
Pseudo-FMS,
$146M
USNORTHCOM,
$136M
USSOUTHCOM,
$12.7M
USCENTCOM,
$735M
USEUCOM,
$349M
USAFRICOM,
$3.5M
USAFRICOM,
1%
Note: Number of Cases and Dollar Value does not include other Service/SYSCOM cases
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Case Execution
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Challenges
Theater and FLEET
COCOM
Desired Allied
Capabilities
Releasability
of
Desired
Capabilities
Allied
Interoperability
Solution
Affordability
of
Desired
Capabilities
Foreign Country
Desired
Capabilities
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Environmental Challenges
16
16
Remote Sites
17
17
BACKUP
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Product Lines
AEGIS
BMD
The system provides defense against ballistic missiles. The system is designed to intercept ballistic missiles post-boost phase and prior to reentry.
Aegis BMD-equipped vessels can transmit their target detection information to the Ground-Based Midcourse Defense system.
AIS
A shipboard broadcast transponder system operating in the Very High Frequency maritime band that is capable of sending
and receiving ship information to include navigation, identification and cargo. The mission of the Navy AIS program is to
collect the open source AIS data from commercial off-the-shelf AIS transceivers to improve the Navy’s situational
awareness and safety of navigation.
ANDVT
A secure voice terminal used for low bandwidth secure voice communications. ANDVT is comprised of the AN/USC-43 Tactical Terminal (TACTERM),
the KY-99A Miniaturized Terminal (MINTERM), and the KY-100 Airborne Terminal (AIRTERM).
CBSP
The Navy’s new COMSATCOM program of record, replacing Inmarsat and WSC-8. The associated architectures are
designed to significantly increase throughput of data and increase SATCOM reliability by providing redundancy for
MILSATCOM.
The CENTRIX network utilizes multiple security level technology to support simultaneous access on a single thin-client
workstation to multiple networks representing several different security levels, enclaves and communities of interest (e.g.,
CENTRIXS
SIPRNET, CENTRIXS 4-EYES, KOR, JPN, Multi-Coalition Forces Iraq (MCFI), Combined Naval Forces CENTCOM
(CNFC), Combined Maritime Forces Pacific (CMFP), and Global Counter-Terrorism Force (GCTF)).
COMSEC equipment is designed to provide security to telecommunications (COMSEC) using cryptography. This type of equipment provides security
COMSEC for telecommunications by converting information to a form unintelligible to an unauthorized interceptor and, then reconverting the information to its
original form for the authorized recipients.
C2P
DAMA
Radios
DMR
GCCS-M
A multiple-link processor and JTIDS terminal controller for Aegis and other ship classes with a combat direction system.
The Common Data Link Management System is a P3I effort of C2P that improves data link management capabilities of
shipboard operators incorporating a Link 11 terminal. CDLMS is being upgraded with the NexGenC2P Increment.
DAMA technology is used by the military for UHF satellite communications to make more efficient use of limited radio frequency spectrum. DAMA radios
are capable of simultaneous transmission of up to eight voice or data circuits over a single UHF SATCOM DAMA channel, or 16 circuits using (V)2's
dual channel capability.
Improves Navy’s ability to meet fleet radio requirements in the High Frequency, Very High Frequency and Ultra High
Frequency bands. It is interoperable and compatible with legacy systems. The system is described as a: digital, modular,
software programmable, multi-channel, multi-function and multi-band (2 MHz - 2 GHz) radio system with embedded
information security.
A Command and Control system that provides maritime commanders at all echelons with a single, integrated and scalable
COP. GCCS-M displays location (i.e., fuses, correlates, filters, maintains) and attribute information on friendly, hostile, and
neutral forces located on land, sea, and air. The system integrates this data with available intelligence and environmental
information to support command decisions.
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Product Lines
A U.S. space-based radio navigation system that provides reliable positioning, navigation, and timing services to users. The GPS is made up of three parts:
satellites orbiting the Earth, control and monitoring stations on Earth, and the GPS receivers. The GPS receiver provides three-dimensional location (i.e.,
latitude, longitude, and altitude) plus time information.
A Protection Level (PL)-4 all-source intelligence and target tracking system that delivers near real-time information on foreign force activities around the world.
The system runs on a specialized track database designed with attribute-centric, rather than record-centric, architecture that allows multiple levels of secure
JCDX
information to exist within a single record.
Is a Time Division Multiple Access (TDMA) communication system operating at L-band frequencies. It operates over line-of-sight ranges up to 500 nautical
JTIDS
miles with automatic relay extension. It is a jam-resistant digital communication for data and voice relaying C2, navigation, relative positioning, and
identification information.
A software-programmable radio system providing mobile military users with secure, reliable, multi-channel voice, data, imagery
and video communications. The system delivers networked communications on-the-move at the tactical edge supporting
JTRS
information sharing and combat readiness between service branches.
A U.S. interagency and international maritime security effort. MDA lays the foundation for understanding everything in the Maritime
Domain that could impact the security, safety, economy, or environment of the U.S. and identifying threats as early and as distant
MDA
from our shores as possible.
Terminals that arm allied aircraft, ships, and ground platforms with secure, jam-resistant Link 16 communications to give Joint and Coalition forces a clear view
MIDS
of the battle space and the ability to share voice and digital data.
An LVT(1) terminal with software installed that implements the Class 2 JTIDS Navy Shipboard interface protocol. The system
MOS
offers full interoperability with all Link 16 systems, and adds capability for 1000 watts of RF output power.
Provides comprehensive local/regional Maritime Operational Picture based on networks of sensor sites, correlation with Intel data, abnormal behavior detection
MSS
to support operators, and integration of assets (i.e., patrol boats, helicopters, aircrafts).
The system collects, stores and forecasts METOC information. The system can assess how forecasted METOC conditions can
impact operations, weapon systems and sensor systems. METOC data collected is also utilized by other mission planning
NITES
systems.
Radiant
The system is used to connect two or more networks or systems at different classification levels and/or protection levels. RM uses
pre-defined rules to automatically sanitize, guard, and transfer fixed-formatted data between domains.
Mercury
SSEE Increment E is an evolutionary acquisition, commercial off-the-shelf / NDI program designed as the building block to improve
SSEE
tactical cryptologic and information warfare across Navy surface combatant platforms.
Tactical
Link 16 meets the information exchange requirements of all tactical units. Link 16 supports the exchange of surveillance, electronic warfare, mission tasking,
weapons
assignments and control data. The Link 16 message standard is the J-series message.
Data Links
GPS
UHF
SATCOM
The system transmits and receives tactical, operational and administrative information (both voice and data) in the UHF range (300 MHz - 3 GHz).
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