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Seaport Enhanced - Teammates
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Science Applications International Corporation (SAIC)

Capabilities - SAIC is a well known, technology solutions provider with capabilities spanning all Seaport Enhanced functional areas and
geographic locales. SAIC has extensive experience, and a proven track-record, in designing, developing and implementing a broad
range of Naval systems and solutions.

Service Experience (Last 3 Years) - The scope of SAIC's service experience over the last three years is extensive. In the interest of
practicality, the experience listed below represents a subset of the work done by SAIC over this time frame. SAIC's services effectively
spanned all SOW functional areas and included hardware and software development, project leadership, documentation, training etc.

Contract SAIC N63394-99-D-0403 -

Dam Neck and Fleet Forces Command N7 tasks to determine Battle Group C4I/Combat Systems modeling and simulation
(M&S) architecture for fleet training. Participated in the Virtual At-Sea Training (VAST) evaluation and the Integrated
Maritime Portable Acoustic Scoring System (IMPASS) evaluation. (0403)
Design, prototype, fabrication, test, integration and installation of replacement Peripheral Emulation Systems (PES) to
replace legacy systems that are out of production or require intensive manpower or maintenance. Replaced systems
include AN/UYH-3, RD-358, AN/USQ-69, TT-624, OJ-172 (DEAC), and AN/UYK-7 systems. Has also prototyped other
systems including Command Table for Ship Self Defense System (SSDS). (0403)
Technical documentation and both hardcopy and electronic technical manual development, to support engineering,
prototyping and fielding of hardware systems. Over the last three years SAIC has developed over 2,000 hardcopy
technical manuals and over 3,500 electronic technical manuals on this contract in support of Northrop Grumman Newport
News. (0403)
Sea Launched Attack Missile Exercise (SLAMEX) training for the East Coast. This effort entails conducting 48 exercises
annually, providing cruise missile and C4I training to Navy ships and staffs. Also conducting GCCS-M Watch Officer
training, Joint Force Air Component Commander (JFACC) training, and C4I training. (0403)

Contract SAIC N65236-99-D-6808

Technical assistance to assess and monitor programs such as Enhanced C4ISR Homeland Security Operations (ECHO),
Joint Battle Management Integration (JBMI), Distributed Collaborative Tools Suite (DCTS), Joint Enroute Mission Planning
Rehearsal System – Near Team (JEMPRS-NT), Multinational Limited Objective Experimentation (MLOE), Network Security
Management Correction and Display (NSM C&D) and exercises such as Joint User Interoperability Communication Exercise
(JUICE), UV01 (Unified Vision). (6808)
Information systems development, information assurance and information technology support, including providing security
management and computer system assessment design, data collection, and technical documentation to ensure
compliance. (6808)

Contract SAIC N00178-04-D-4119-HR05

SAIC provided support to Naval Surface Warfare Center Panama City (NSWC PC) in the following areas: Program,
Business, Financial and Documentation Support Functions; Hardware Engineering and Technical Support; Systems
Engineering; Littoral Combat Systems (LCS) C2 Software Development Support; MIW MP and Battle Space Management
Tool (BSMT) Software Engineering; System/Subsystem Software Requirements Support and Review; Mission Package
Development Lab (MPDL) Support; Joint Unmanned System Common Control and Sea Talon Advanced Concept
Technology Demonstration (ACTD); and Experimentation and Testing. (4119)

Contract SAIC N00164-03-C-0007 - A small subset of the work done under this contract follows:

Ten years of DARPA, JPL, and ARL research in Micro Electro Mechanical System (MEMS) has been made available to
support NSWC Crane’s nanotechnology applications in anti-tamper devices, smart fuses, safety and arming devices, micro
power sources (batteries), RF devices.
Redesign, prototype, and test of a state-of-the art controller for the GAU-2B/A 7.62
Supporting Marine Corps Ammunition Logistics Branch’s Mine Clearing System ISEA assignments, Team Member visited
every active and reserve unit to investigate, inspect, repair or replace deployed equipment.
Support NSWC Crane’s major test facilities including the Lake Glendora Test Facility, the Environmental Test Facility, and
indoor/outdoor firing ranges to support ordnance and weapon systems evaluations and environmental/operational testing.
Completion of 58 IPDS installations on various classes of ships (e.g.: FFG, DDG, CG, etc)

Contract SAIC N00164-03-C-0008 - The SAIC software team provides support for various military programs. One example is the
development of the IUADP, which functions as a consolidated stores management system.

Zones - SAIC supports all Seaport-E zones.

Capabilities - RDSI is a nationwide engineering and support firm providing expertise in Electronic Warfare simulation and training
systems, shipboard equipment installation, and equipment maintenance services since 1989.

RDSI is a privately held, woman-owned, small disadvantaged business. In April 1992, the United States Small Business Administration
(SBA) certified RDSI as a small business qualified to participate in the 8(a) procurement program for a period of nine years. RDSI
successfully completed the 8(a) program in May 2001. RDSI remains an SBA certified small disadvantaged business (SDB).

Since inception, RDSI has specialized in providing Government and Industry clients professional and technical services in the fields of
computer engineering, electrical and electronic engineering, mechanical engineering, system integration, simulation and stimulation,
research and development, system installation and field service support, facilities operation and maintenance, and Electronic Warfare
(EW) simulation and training.

RDSI is an Alteration and Installation Team (AIT) for the AN/BLQ-10. RDSI is responsible for ordering material, fabrication, staging,
kitting, shipping, and installing on board SSN 688 submarines.

This broad technology base allows RDSI to provide program management support, system analysis and design, software design and
development, facilities operation and maintenance, and system installation services for many Department of Defense (DoD) and
Federal Government programs worldwide.

Service Experience (Last 3 Years) - The following is a subset of the work RDSI has performed over the last three years:

Contract NUWC Newport N000-178-04-4113-N401 - RDSI performed R&D activities related to the design and development of the
various interface circuit card assemblies for a variety of Submarine Electronic Warfare Systems under the cognizance of
NUWCNewport (Code 34). Conducted an assessment and analysis of existing ES systems and subsystems interface
requirements and evaluated existing and emerging technologies to support the development of a prototype unit. This work
included the prototyping of electronic equipment in support of EW systems used to support training of Undersea Electronic
Warfare Watchstanders. RDSI built, fabricated, tested, and evaluated prototype and pre-production units for various EW
systems.
Contract NUWC Newport N000-178-04-4113-N402

Provided Test Engineering for the NUWC Newport Submarine Electromagnetic Systems Department (Code 34) Technical
Development Agent (TDA) in support of Environmental Qualification Testing (EQT) of the AN/BLQ-10(V). Efforts included
analyzing Virginia Class submarine electrical drawings, existing AN/BLQ-10 EDM system and EQT Test Plan
Preparation and development of technical documentation in support of Undersea Electronic Warfare tactical equipment
such as the AN/BLQ-10(V) ES System under the cognizance of NUWC Newport (Code 34). RDSI is preparing and
performing verification and validation of detailed technical data documentation necessary to support system development
of the AN/BLQ-10(V) ES System.
Providing training support for the SASITS training system under the cognizance of NAVSEASYSCOM (SEA 92L). RDSI
has provided engineering and technical support to the Undersea EW training community to ensure adequate instruction
related to applied exercises resulting in the attainment and retention of knowledge and skills in support of Undersea EW
watchstanding capabilities.
Providing program support for various Submarine EW systems under the cognizance of NUWC Newport (Code 34). RDSI
provided the business, financial management and technical efforts to support planning, organizing and coordinating
NUWC Newport's efforts in support of the various Submarine ES programs.
RDSI provides administrative and clerical support for the NUWC Newport Undersea Electronic Warfare Project Office
(Code 40). RDSI has provided the clerical and administrative support required for seamless operation of Code 40 offices
and support functions.

Contract NUWC Newport N66604-04-C-1713

Development of EW system emulations used to support training of Undersea Electronic Warfare Watchstanders in support
of the SASITS Program under the direction of the Submarine Learning Center (SLC). RDSI applied a structured
methodology to create and validate a representation of various Undersea Electronic Warfare systems by developing a
variety of emulators.
Software engineering related to the SASITS Program under the cognizance of Submarine Learning Center (SLC). RDSI
conducted engineering and technical analysis of EW system hardware and software to support development of software
based (EWPro) EW training emulations. RDSI also performed the planning, designing, coding, testing, integration,
support and delivery of algorithms and software (source code and executables) as an integral part of its activities.

Contract NUWC Newport N000-178-04-4113-N403

Performed CM support for the AN/BLQ-10(V) ES System and ancillary equipment in support of NUWC Newport (Code 34).
RDSI is identifying, documenting and verifying the functional, performance and physical characteristics of the AN/BLQ-10
(V), to control changes and nonconformance, and to track actual configurations of the system and ancillary equipment.
Performing QA support for the AN/BLQ-10(V) ES System and ancillary equipment in support of NUWC Newport (Code 34).
This work ensures the processes and products used in the design, development, fabrication and manufacture of the
AN/BLQ-10(V) result in quality products.
Performing acquisition logistics support for the AN/BLQ-10(V) ES System and ancillary equipment in support of NUWC
Newport (Code 34). RDSI is conducting reviews to ensure that life-cycle support considerations are an integral part of the
AN/BLQ-10(V)'s design requirements, the system can be cost effectively supported through its life-cycle and that the
infrastructure elements necessary for the development, Fleet introduction, and operational support of the system are
identified, developed, acquired and supported as economically feasible.
Performing in-service engineering support for the AN/BLQ-10(V) ES System under the cognizance of NUWC Newport
(Code 34). RDSI's Alternation Team (AIT) is providing technical and engineering efforts to support the installation,
operation and maintenance support for introduction and in-service warfighting capabilities of the AN/BLQ-10(V) ES
System.

Contract NSWCCDN00178-04-D-4119-FD01

Development of EW system emulations used to support training of Undersea Electronic Warfare Watchstanders. Applied
a structured methodology to create and validate a representation of various Undersea Electronic Warfare systems by
developing a variety of tactical submarine EW emulators.
Performed software engineering efforts related to the SMMTT Project under the cognizance of NSWCCD. RDSI
conducted engineering and technical analysis of EW system hardware and software to support development of software
based (EWPro) EW training emulations. It also performed the planning, designing, coding, testing, integration, support
and delivery of algorithms and software (source code and executables) as an integral part of its activities.
Performed information systems and information technology support for the SMMTT Project under the cognizance of
NSWCCD. Supported areas included software engineering, programming, digital simulation modeling and system
analysis.
Providing training support for the SMMTT Project under the cognizance of NSWCCD. RDSI provided engineering and
technical support to the Undersea EW training community to ensure adequate instruction related to applied exercises
resulting in the attainment and retention of knowledge and skills in support of Undersea EW watchstanding capabilities.
Providing program support for the SMMTT Project under the cognizance of NSWCCD. RDSI provided the business,
financial management, and technical efforts to support planning, organizing and coordinating NSWCCD's efforts in support
of the SMMTT Project which encompasses a variety of Undersea EW training systems.

Zones - RDSI supports Seaport-E zones 1 and 2

Capabilities - King Technologies is a systems integrator with a core expertise of LAN / WAN network infrastructure design and
implementation within secure government and military facilities. King Technologies Inc. is on the front lines of local and wide area network
computing technology. The company provides the government with commercial off the shelf solutions tailored to meet specific corporate
and government requirements. King's role in enterprise computing is that of an integrator of commercial hardware and software into
networks designed to meet evolutionary specifications in the dynamic computing world.

Service Experience (Last 3 Years) - The following is a subset of the work King Technologies has performed over the last three years:

Contract GS00T99ALD0210

King provided advanced experiments and demonstrations of emerging Navy and Joint service C4ISR technology. It provides
engineering services to maintain, support, and operate the SCI, classified and unclassified networks within the SSC SD
Advanced Concepts Site (ACS) and the Combined Federated Battle Lab Network (CFBL Net) node located in the Joint
Integrated Communications Facility (JICF) in support of Joint Warrior Interoperability Demonstrations (JWID). King provides
system integration, architecture designs, conducts tests, documents, and provides evaluation for emerging C4I technology.
This support involves the classified and unclassified networks and warfare infrastructure within the ACS. Under this task, King
evaluates and tests these new COTS and NDI hardware and/or software solutions from a security perspective to determine
their strengths and weaknesses. All results are documented and a formal report is provided to the customer requesting the
evaluation. King also provides infrastructure test and evaluation services to integrate emerging technologies into the CFLB
Net.
King provides design, integration, testing and installation support for the Network Encryption Systems (NES), Virtual Private
Networks (VPN), Public Key Infrastructure (PKI) and Network Intrusion detection systems for the ACS and CFBL networks.
Responsible for the design, security, maintenance and operation of the ACS network for the past six years at the
Unclassified, Classified and SCI security levels. This network services users from US Navy, Marine Corp, Air Force, Coast
Guard and NATO commands for experiments and technology demonstrations. This subcontract demonstrates strong C4ISR
Network Engineering, Security Engineering, Systems Administration, Security Assessment, Product Security Certification and
system documentation. King provides infrastructure support for the integration of various advanced C4I technology
experiments within existing networks of the US Navy, Air Force, Army, and Marine Corps C4ISR and C2 systems. Engineering
support is provided to afloat and Shore-based C4I systems for the JWID, Fleet Battle Experiments (FBE), CFBL Net, and the
JICF “Proof of Concept” efforts within the unclassified, classified, and SCI security environments. The Team Member has
performed functional and operational analysis of the proposed advanced network technology demonstration components on
board US Naval vessels, within the CFBL and JICF at the GENSER and SCI security levels.
For Proof of Concept demonstrations, King develops the network design to adequately test new C4ISR capabilities. It
provides the tier 3 In-Service Engineering Agent (ISEA) function for the Integrated Shipboard Network System (ISNS) for the
US Navy and is called upon to evaluate the impact of a proposed technology demonstration on an existing shipboard
network. It designs a test plan with an adequate mitigation of operational risks and trains ship’s forces for the proper use of
new equipment and software, and documents the results of the demonstration for further analysis. Upon completion, King
provides recommendations for transitioning these technologies to the fleet via a program of record.
Utilizing techniques of the CMMI model, King develops test criteria and objectives for validating capability and security
requirements, conducts performance tests and prepares and submits test reports for a wide range of C4ISR emerging
technologies and systems. This support includes formal documentation of the results with recommendations, and evaluation
of operational and security risk factors. King provides recommendations for the integration of new software and/or hardware
into existing US Navy, Air Force, Army, and Marine Corps C4ISR and C2 systems and networks in support of advanced
technology demonstration and experimentation.
King is recognized as the technical expert for engineering, designing, integrating, implementing, testing and mitigating risk of
various advanced technology demonstrations and experiments.
King provides infrastructure engineering services to support the Code 242 Global Command & Control System (GCCS)
program. It provides requirements and functional analysis support for the development, integration, test and evaluation of
Naval C4I, Information Technology-21 (IT-21) and Naval Electronic Combat Surveillance Systems (NECSS) at the
unclassified, classified and SCI security levels.
King provides the tier 3 ISNS ISEA function for the US Navy and is called upon routinely to diagnose, repair, evaluate and
train ship’s force for ISNS related issues. It is recognized for exceptional expertise in the GCCS-M program and provides
network support directly to it and in conjunction with the ISNS program. It is recognized as the technical expert for
engineering, designing, integrating, implementing and testing network expansion capability. In this capacity, King provides
design, integration and installation support for the ISNS ISEA and Fleet Type Commanders (TYCOMS) in performing LAN
expansion and administration for classified and unclassified networks on board U.S naval vessels.

Zones - King Technologies supports Seaport-E zone 6