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Trident Warrior 08 - Providing
FORCEnet Channel Markers
By
Brad Poeltler and Dr. Shelley Gallup
CHIPS Magazine, February 2008
A good idea, well-executed and with value to the
customer now, and in the future, is the key to any good product
and its longevity. For FORCEnet that good idea is large-scale,
complex field experimentation, which takes the best of new
capabilities to sea from the systems commands (SYSCOMS), industry
and academia. Trident Warrior 08 is the sixth of this successful
series, which will take place this summer.
TW is planned and executed by a well-seasoned, experienced and
expert planning staff comprised of Naval Network Warfare Command (NETWARCOM)
N-9 directorate and Naval Postgraduate School subject matter
experts and leaders from the Space and Naval Warfare Systems
Command (SPAWAR) with specific skills in experiment design and
operational planning.
Experimentation is a cost-effective means by which to acquaint the
fleet with FORCEnet. TW08 is the largest and most complex afloat
experiment to date, encompassing more than 150 independent
experiment threads. Every Trident Warrior is conducted in
partnership with a numbered fleet command. Products are tested and
verified resulting in recommendations for acquisition of new or
improved capabilities for the warfighter.
Third Fleet units of the USS Bonhomme Richard Expeditionary Strike
Group (ESG) and coalition units will participate in the Western
Pacific. Participants will include U.S. Navy ships and staffs and
those from England, Canada, Australia and New Zealand.
Specifically they include: Pacific Fleet, Third Fleet, Seventh
Fleet, Amphibious Squadron 7, USS Blue Ridge (LCC 19), USS
Bonhomme Richard (LHD 6), USS Germantown (LSD 42), USS Pearl
Harbor (LSD 52), USS Lake Erie (CG 70), USS Port Royal (CG 73),
USS Milius (DDG 69), USS Chung Hoon (DDG 93), USS Decatur (DDG
73), HMCS Ottawa (FFH 341), HMCS Regina (FFH 334), HMNZS Te Kaha
(F77) and HMAS Anzac (FFH 150).
The Trident Warrior series is aimed to help the Navy gain valuable
insights on which to base smart fiscal and technical decisions for
the future of FORCEnet development. Continued support of both the
defense and information technology industries is essential. From
the very beginning Trident Warrior experiments have accomplished
measurable results for more than 200 individual technologies and
procedures from Navy, Marine Corps, Army and Air Force programs of
record.
More than 100 emergent technologies from industry both large and
small have been tested “at sea.” Many new technologies have now
transitioned into programs of record. Focusing on FORCEnet
capabilities that remain as leave behinds for participating ships,
the Trident Warrior series has worked with more than 50 U.S. and
15 coalition ships.
Experimentation is organized in major categories called“focus
areas” which were originally derived from the fleet’s top 10
warfighter gaps and fleet collaborative team influence but are now
linked to the NETWARCOM FORCEnet Enterprise Capability Plan.
Findings have immediately resulted in Office of the Chief of Naval
Operations Program Objective Memorandum (POM) decisions. Results
of testing have verified or altered SYSCOM program of record
development, thus speeding up fleet delivery. Additionally,
Trident Warrior has generated more than 100 formal DOTMLPF
(doctrine, organization, training, materiel, leadership, personnel
and facilities) recommendations that have been presented to the
Sea Trial Executive Steering Group.
A brief history of the Trident Warrior experimentation series, and
its evolution, helps to illustrate the range of this important
event.
• TW03, conducted with Third Fleet and the USS
Essex ESG, tested dynamic, multipath and survivable networks. TW03
was linked to the Joint Task Force Wide Area Relay Network (JTF
WARNET), a Navy Research Laboratory initiative that grew from an
Advanced Concept Technology Demonstration. Leave behinds included
an Inter Battle Group Wireless Network.
• TW04, conducted with Third Fleet and the USS Tarawa ESG, used
FORCEnet capabilities to optimize the execution of naval
operations. TW04 was also linked to the Commander, Submarine
Forces Sea Trial event, Silent Hammer. TW04 and Silent Hammer
shared a common scenario and used common intelligence,
surveillance and reconnaissance (ISR) assets. End-to-end command
and control (C2) processes were established with objectives and
results mapped to the Naval Capability Development Process (NCDP).
• TW05, conducted with Second Fleet and the USS Iwo Jima ESG,
tested C2 processes in a Coalition Forces Maritime Component
Commander (CFMCC) environment. The experiment had a CFMCC focus
with a global war on terror scenario and extensive coalition,
joint and industry participation. Signif
icant achievements included integration and demonstration of a
Subnet Relay, which provides a battlegroup with direct
communications paths without going through a network operations
center ashore, along with Net-Centric Collaborative Targeting,
high frequency (HF) radio over IP and employment of the Global
Hawk Maritime Demonstration aircraft.
• TW06, conducted with Third Fleet and the USS
Bonhomme Richard ESG, explored required C2 systems that a CFMCC
needs to conduct crisis planning within a joint task force. CFMCC
focused on Maritime Domain Awareness (MDA) in a GWOT scenario with
interagency, coalition, joint and industry participation by
working with Rim of the Pacific exercise 2006 participants during
their transit from San Diego to Hawaii.
Significant achievements included Undersea Warfare Decision
Support System (USW DSS), Coalition Chat Line Plus (CCL+), and
continuation of testing SubNet Relay and HF over IP. The first
three-country (U.S., Canada and Australia) SubNet Relay was
demonstrated, Multi-Intelligence Ship Tracking (MIST) was used
with Trident Warrior extending into homeland defense and
humanitarian and disaster relief operations within a Defense
Support to Civil Authorities/first responders experiment.
• TW07, conducted with Second Fleet and the USS Harry S. Truman
CSG, tested maritime security through MDA, which was built and
shared with coalition, interagency and nongovernment organizations
(NGOs). TW07 worked with the Defense Security Cooperation Agency
in a high availability disaster recovery focus with local NGOs,
local law enforcement agencies, and coalition, joint and industry
participants.
• TW08, conducted with Third Fleet, will experiment within
maritime security and homeland security/homeland defense
scenarios. The overarching theme will be MDA with specific
interest
in coalition collaboration and Maritime Headquarters with Maritime
Operation Center (MHQ w/MOC) issues. Multiple MHQ/MOCs
organizations, and possibly Pacific, Third and Seventh Fleet with
coalition partners, will be engaged in exploration of operational
to tactical level command, reachback, operational/tactical seams,
global MDA and distributed operations.
TW08 focus areas have been defined and
technology selection is underway. Focus will be on these FORCEnet
areas:
Naval Networks to optimize communications
bandwidth available to the fleet and provide communications
interoperability capability for coalition forces. Increasing
bandwidth is a serious challenge across a strike group and
especially with coalition partners. There will also be specific
focus on the integration of enhanced coalition interoperable
doctrine and technology for the Combined Enterprise Regional
Information Exchange System (CENTRIXS) network.
✔ Focus on interagency and agency-specific communications to
support MDA. We will examine technical and procedural improvements
in identifying threats through informational and tracking anomaly
detection.
✔ Cross Domain Solutions (CDS) are required to create a
network-centric capable strike group with units assigned from
other countries. The technical means to include and increase the
capabilities of the assigned staffs and ships from the Pacific Rim
countries will be included in TW08. Specifically, CDS will address
multinational, multilevel, multi-domain and interoperability
issues that involve dynamic networks consisting of guards that
support cross domain transfer of information.
✔ Command and Control (C2)/MHQ w/MOC decision tools are essential
to synchronize planning and resource management of assets across
the strike group. We will examine maritime operations center
operational planning tools and a common operating environment that
integrates access to data used in automatic generation and
dissemination of maritime operational planning information.
✔ Future synchronization of intelligence, surveillance and
reconnaissance capabilities will be worked through distributed ISR
nodes, which, in turn, will support effects-based operations in
joint/coalition environments.
✔ Automation of Naval Fires through FORCEnet implementation of
machine-to-machine technologies enables movement of targeting
information between U.S. Navy and coalition partners.
✔ Information Operations will assess the effectiveness of several
toolsets and procedures designed to improve the coordination and
interoperability of these toolsets to conduct synchronized IO
campaign mission planning for the MHQ w/MOC staff.
The findings and recommendations from TW08 will be vital for Navy
leadership to make informed decisions on the current and future
course for FORCEnet.
“The United States Naval service has come to rely on Trident
Warrior as the most reliable source to help make critical FORCEnet
decisions,” said Cmdr. Dave Varnes, Trident Warrior director.
“Trident Warrior is essential for getting concepts and
capabilities to sea, testing them in a realistic environment and
learning what is useful and should be implemented or advanced in a
fast track.”
Click here
for information on
TRIDENT WARRIOR 05.
Click here
for information on
TRIDENT WARRIOR 06.
Click here
for information on
TRIDENT WARRIOR 07.
Click here for information on
TRIDENT WARRIOR 08.
Click here for information on
TRIDENT WARRIOR 09.
Click here
for information on the
TRIDENT WARRIOR Process.
Click here
for information on the
TRIDENT WARRIOR Calendar.
Sea Power 21
FORCEnet
Sea
Shield
Sea Trial/Sea Warrior/Sea Enterprise
Sea Basing
Sea Strike
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