mcoe industry day mission command panel - …€¦ · cpof. current • common user ... strategic...

Fort Benning, Home of the MCoE

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MCoE Industry Day

Mission Command Panel

11 April 2018Columbus, Georgia – Convention and Trade Center


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• Agenda/Introductions

• Network Overview

• Follow-on Meeting Sign-Up for 12 April

Welcome


Agenda

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• Welcome/Panel Introductions/Overview

• Mission Command Center of Excellence− Common Operating Environment− Command Posts (CP)

• Maneuver Center of Excellence − Mounted Mission Command

− Dismounted Mission Command

• Cyber Center of Excellence− Tactical Radios

− Electronic Warfare (EW)

− Networks & Services (N&S)

LTC Neil Everingham/Mr Marco Barrera,TCM BCT MC

LTC John Kallo, TCM MC/CP

CPT Dave Hernandez, TCM BCT MC

MAJ Patricia Rabiou, TCM Soldier

COL Dan Kuntz, TCM Tactical Radios

LTC Andrew Bair, TCM EW

Mr Tom Duke, TCM N&S


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Network Overview


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1. Platform Communications & User Device IntegrationProblem Statement: It is imperative that today’s suite of Mission Command software and hardware be modernized into a single software platform portable to any display (on Soldier, vehicle, combat platform, Command Post) and integrate mission command communications equipment, mission command applications, and user devices seamlessly into platforms.

2. Self-generating, Self-healing, Multilayered NetworkProblem Statement – Essential to future Mission Command success is an Army network that is infrastructure-less, wireless, and contains mobile nodes that allow easily self-healing and multi-layered that can be employed and maintained by Soldiers (e.g. without the physical configuration by an IT specialist).

3. Urban Environment CommunicationsProblem Statement – Mission Command in urban environments is a challenge due to high signal density exacerbated by physical (structural, subterranean) and virtual (cell phone, mobile, wireless emissions) clutter that reduce effectiveness in application of Mission Command.

4. Decision Aids / Artificial IntelligenceProblem Statement – The Army uses narrow forms of AI and does not capitalize on emergent forms of modern machine learning. The Army must understand the requirements necessary to effectively employ a more general form of artificial intelligence to process certain tasks and functions that are data-heavy or generally repeatable and then rapidly suggest courses of action (COAs) to the Commander, who ultimately makes the final decision.

Mission Command Problem Sets – 1 of 2


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Mission Command Problem Sets – 2 of 2

5. Integrating Secure, Commercial Cloud Environs Problem Statement – The Army must incorporate multiple-input, multiple-output (MIMO) and distributed access points and leverage cloud technology to enable flexible, intuitive, and collaborative Mission Command tools that enhance information sharing and gathering as we move into areas of operation with evolving complexities.

6. Tactically Dispersed Command PostsProblem Statement – The Army must develop a tactical computing environment with reduced digital footprints while enabling transfer of information among sensors, decision makers, and other networked (UAP) sensors and battlefield information throughout all echelons in an environment of growing communications and network paths found in varying levels of Command Posts.2. Self-generating, Self-healing, Multilayered Network Problem Statement – Essential to future Mission Command success is an Army network that is infrastructure-less, wireless, and contains mobile nodes that allow easily self-healing and multi-layered that can be employed and maintained by Soldiers (e.g. without the physical configuration by an IT specialist).

7. Multi-Domain Situational UnderstandingProblem Statement – Multi-domain battle requires Mission Command staff processes that analyze all domains to find the opportunities in time and space to generate overmatch, present multiple dilemmas to the enemy, and enable joint force freedom of movement and action.

Mission Command Network Capabilities

Capabilities work in a Disconnected, Intermittent, Limited (DIL) environmentC3

Devices & radios seek multiplecommunication pathways

Brigade HQs (Deployed)

ExpeditionaryCommand Posts

Battalion HQs (Deployed)

Coalition Accessibility

Joint Interoperability

Converged MissionCommand

Network

Dismounted Mission Command

Mounted Mission Command

Synthetic Training Environment

Network Augmentation & Extension

Common Operating Environment[Unified Suite of Mission Command Applications]


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Common Operating Environment&

Command Posts

US Army Combined Arms CenterSOLDIERS AND LEADERS - OUR ASYMMETRIC ADVANTAGE

UNCLASSIFIED9

Common Operating Environment and Command Posts

US Army Combined Arms CenterSOLDIERS AND LEADERS - OUR ASYMMETRIC ADVANTAGE CSA Guidance

....We’ve seen in the Ukraine they [the Russians] can acquire the electronic signal very quickly, fly unmanned aerial vehicles over there, acquire the target, and they’ll mass artillery on you — so you’ll be dead.’ In future warfare, he warned, ‘large ‘tails’ are going to result in significant amounts of casualties and potentially... the loss of a battle, a campaign or even a war.’” (Congressional Testimony, 2016)

…Units must be on the move in 30 mins or less or they will be killed…We will operate in small units…We must be expeditionary…(CSA discussion during Future Force Update 2025, September 2016)

“I suspect that the organizations and weapons and doctrines of land armies, between 2025 and 2050, in that quarter-century period of time, will be fundamentally different than what we see today,”….We must invest in hardening our systems and, equally important, train on the techniques of operating with limited electronics.” (AUSA Key note, October 2016)

“Conflict will place a premium on speed of recognition, decision, assembly and action. Ambiguous actors, intense information wars and cutting-edge technologies will further confuse situational understanding and blur the distinctions between war and peace, combatant and noncombatant, friend and foe—perhaps even humans and machines” (AUSA Key note, October 2016)

“On the future battlefield, if you stay in one place longer than two or three hours, you will be dead,” (AUSA Key note, October 2016)

With units in constant motion far from friendly forces, “being surrounded will become the norm,” continues Milley. There willno clear front line, no secure supply lines, no big bases like Bagram or Camp Victory with chow halls, air-conditioning, and showers. With enemy drones and sensors constantly on the hunt for targets, there won’t even be time for four hours’ unbroken sleep. So, says Milley, “being seriously miserable every single minute of every day will have to become a way of life.” (AUSA Key note, October 2016)

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US Army Combined Arms CenterSOLDIERS AND LEADERS - OUR ASYMMETRIC ADVANTAGE Mission Command Systems

Etc…

TAIS

GCCS-A

AMPS

AMDWS

• Different User Interfaces• Different Maps• Different Training• Different Hardware

DCGS-A

AFATDS

JBC-P

CMD WEB

TIGR

CPOF

Current

• Common User Interface• Single Shareable Geospatial

Foundation• Transferable Training• Common Hardware

Future

WfF Apps

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INDUSTRY MODEL

In your pocket

On the road

In the office/home

INDUSTRY MODEL APPLIED TO ARMY

Dismounted

MountedCommand Post

Applications owned developing companies but reside on computing devices

Applications developed by original PEOs, but reside on Command post Computing Environment (CPCE)

Common Operating Environment (COE)

From disparate Software andHardware platforms

To common Software on common Hardware devices

COE is an approve framework that reduces duplication and provides the Commander a Common Operating Picture (COP) that works across computing devices

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1. Mission Command on the Move

2. Displace the Command Post

3. Common Operating Picture

4. Knowledge Management

Risk to Force caused by:

1. Limited collaboration with leaders while on the move or away from CPs

2. Limited mobility and survivability of command posts

3. Limited ability to integrate and display relevant information

4. Limited effective Knowledge Management processes

Current Army command posts are the result of multiple disparate programs, unsynchronized requirements, and a lack of system of system integration. Command posts are large, require significant strategic lift to deploy on short notice, require significant time to set up and tear down, involve extensive wiring, consume large amounts of fuel, and depend on transit cases for mobility.

Command Post Integrated Infrastructre (CPI2) will address the following:

Command Post Capabilities

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UNCLASSIFIED

Command Post Improvements

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Hosts COE ApplicationsExpeditionary

AgileScalable

Integrated DesignsReduced Footprint

MobileEnergy Efficient

Formation AppropriateSurvivable

Future CP Characteristics

Current Program of Record

Unit Initiatives

Command Post IntegratedInfrastructure (CPI2) Objective

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Questions and Discussion


Mounted Mission Command&

Mounted Computing Environment

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Joint Capabilities Release (JCR)& JCR-Log

Joint Battle Command –Platform (JBC-P) & JBC-P Log

FBCB2 6.4/6.5 &Movement Tracking System (MTS)

Hardware Software Comms

EV4EDM 2/3IDM 304MTS/MRT

v6.4/6.5PASSMTS 5.16

BFT 1EPLRS

Capabilities

• Terrestrial & Low Bandwidth SATCOM• Limited Command & Control (C2) and

full Situational Awareness (SA)• Lacks Joint C2/SA interoperability• Blue Force Tracker (BFT) network

latency = inaccurate blue Position Location Information (PLI) for movers

• UNCLAS Controlled Unclassified Information (CUI) BFT network

• Lacks C2/SA interoperability with Movement Tracking System (MTS) and Land Warrior (LW)

• Fixed, “a priori” database• Non-standard “Tactical Mapping Tool

Kit” TMTK map engine/tool kit


JV5KGV-72LWEDM3IDM 304MRT +

VehicleJCR-LogNOCTSGAviation TIGR

BFT 1 & 2EPLRSSINCGARS

Capabilities

• Terrestrial & SATCOM• Limited C2 & Full SA• Initial C2/SA interoperability with USMC

& Joint Tactical COP (Common Operating Picture) Work Station (JTCW)

• C2/SA interoperability with MTS & LW• Database simplification & reduced data

products (Self Descriptive SA)• Initial Commercial Joint Mapping Toolkit

(CJMTK) implementation• BFT 2 network (Type 1) = more 10X

improvement over BFT 1• TIGR (Tactical Ground Reporting

system) co-host


MFoCSJV5KGV-72EDM3IDM 8

VehicleJBC-PLogNOCAviationTIGR

BFT 2SRW Radios

Capabilities

• Hybrid Network• JBC-P Software Products:

• Vehicle• Network Operations Center• Handheld Software (Nett Warrior)• Collaboration Tools• JBC-P Log

• MFoCS Basic (full function computer)• Faster Map Engine • Improved User Interface• Integrated ASCOPE

2003-2010 2011-2016 2015-2020 2020-2025

Mounted Computing Environment (MCE)

Leveraging previous investments and providing affordable & interoperable Mounted platform C2/SA capability; planned versions –initial capability v3.0 FY19; v3.1 FY21; v3.2 FY23

Capabilities

• Sitaware Frontline C2/SA software and infrastructure on Mounted CE• Rapid development of new capability• Common Look & Feel with CP CE system• Coalition interoperability potential• Hybrid network to tactical edge• Pure fleet MFoCS common hardware• Platform cross domain solution capable• Enhanced Cyber Security• Cost avoidance

~103k FBCB2/JCR and ~25k MTS/JCR Log systems fielded ~ 103K: all new modernized MFoCS hardware

FBCB2 JCR JBC-P MCEIncremental Modernization

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Mounted Mission CommandJoint Battle Command-Platform

JBC-P is the cornerstone of joint forces digital communications for Command and Control (C2) and Situational Awareness (SA) information.

• Provides secure Blue Force Tracking capability in Platforms and Command Posts• Provides soldiers and commanders a map-based Common Operating Picture of the battlefield• Assists in fratricide prevention• Provides Hardware (Vehicle Platform Computer Systems, BFT Satellite Transceivers, Encryption Devices, and ancillary equipment) • Provides Software capabilities (JBC-P v1.6 ) in place of existing software (FBCB2 6.5; JCR v1.3)• Leverages the Army’s previous equipment investments by installing the new JBC-P software on new hardware as well as existing

legacy computer systems.

FBCB2 Legacy Hardware (JV-5)

New JBC-P Software

(Interoperable with Legacy HW and designed for new MFoCS HW) New JBC-P Hardware

Mounted Family of Computer Systems– Basic (above) and Intermediate (left) –

BFT-2 GroundSatellite

Transceiver

KGV-72Programmable

In-lineEncryption Device

Special Features:• Orders, graphical overlays, friendly, hostile, neutral, unknown, non-combatant SA.• Free draw, drag and drop icons, touch to zoom maps, group chat, free text and combat messages.• System tools- line-of-sight (LOS)/circular; digital map/navigation functions; far target locate; sensor integration.• Designed to be used on the BFT-2 Network. 18


1. Over the Air capability for data product, software, IA, & COMSEC updates, and upload of new apps2. Integration of networked sensors on key platforms; to include OSRVT app and Rover 6 (secure) radio for UAS feeds

3. Non-CCI Suite B SW solution to replace the KGV-72 in-line encryption device

4. Next Generation BFT 3 capability – 5x more capable than BFT 2

5. Improved C2 interoperability with Joint and Coalition C2 systems6. Enterprise identity management for role-based access control & continuity of operations from home station to tactical environment

7. Beyond LOS voice communications (SVOIP)

8. Assured PNT in a GPS denied environment9. Improved hybrid network; user friendly (automatic) ability to connect to & use multiple networks/radios while mounted & dismounted (including BFT, SRW, 4G/LTE, Wi-Fi & others)10. Better platform integration with on board communication and sensor systems viewed and controlled from Mounted CE displays

Mounted Mission CommandMounted CE Top Ten

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Dismounted Mission Command&

Mobile/Handheld Computing Environment

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TCM-SOLDIERDismounted Mission Command

MAJ Patricia Rabiou – M/HH CE Future Requirements


Dismounted Mission CommandFocus Area

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Connecting Soldiers and Squads to the Network for Situation Awareness

Description: Use commercial smart devices with tactical applications to provide dismounted leaders situational awareness during combat/spectrum operations.

• Where We Are Today

- Using Commercial off the shelf End User Device(Keeps pace with technological advances)

- Network Cross Functional Team (CFT) CSA Priority Network Demo

• Where We Are Going

- Capability Integration: 4G / LTE Control of Soldier Borne Sensors Beyond Line Of Sight (BLOS) Capability Intra-Soldier Wireless: Enable Soldier-Worn Systems to communicate and share power Full Motion Video Two Channel Terrestrial Transport (Leader Radio)


1. Robust network transport (multi band, multi channel, multi waveform) 2. EUD to control and share Full Motion Video from Soldier Borne Sensors

3. Air-Ground Integration

4. Assured PNT in a GPS denied environment

5. Horizontal / vertical voice / data route retransmission; beyond LOS

6. Secure wireless capability for dismounted leaders

7. User friendly ability to connect and use multiple networks

8. Hands free, heads up control9. Over the Air capability for data product, software (plus applications), IA,

and COMSEC downloads

10. Intra Soldier Wireless (Cable Free)

Dismounted Mission CommandMobile Hand Held CE Top Ten

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Tactical Radios

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U.S. Army Cyber Center of Excellence and Fort Gordon

TCM Tactical RadiosCOL Dan Kuntz

11 April 2018

Waveforms RDP

Cross Functional Team

Requirements: RDPs, CDs informed by operations and account

for technology and adversary changes RDPs approved by ARB CDs approved by CCoE Director, in

collaboration with FORSCOM and DA G3-5-7 and Applicable CFT

Testing: Series of incremental, discrete evaluations of Capabilities and any associated risk

Acquisition: Tailorable, incremental model Maximize Commercial Technologies Rapid capability delivery Spiral development, quick turns Utilize Competitive Best Value Strategy

NeXGTR IS CDD

UNO RDP

JTN-T/JENMRDP

NetOps RDP

Handheld RDP

MANPACKRDP

Airborne RDP

NeXGTR Radios & Enablers

RDPs

CD-X

CD-X

CD-COMSEC MOD

CD-HF

CD- TSM

NeXGTR Radios & Enablers

CDs

Revision 1

2QFY18Ver 2.62QFY18 3QFY18 FY18 – FY 24 FY19 – FY 28

NeXGTR IS CDD/RDP/CD Approach (Notional Example)

Next Generation Tactical Radio (NeXGTR)

Revision 1

2QFY18

CD-/FH

CD- ARCH

HF RDP

TCM-TR POC: COL Kuntz ( [email protected]) 29

COL Daniel KuntzTRADOC Capability Manager for

Tactical Radios (TCM-TR)Fort Gordon, Georgia

(706) 791-7982 DSN: 780-7982NIPR:[email protected]

SIPR:[email protected]: [email protected]

LTC Robert CannadayDeputy TCM-TR

(706) 791-3834 DSN: [email protected]

TCM-TR

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BUILDING A WORLD CLASS CYBER WORKFORCE

UNCLASSIFIED

UNCLASSIFIED

Discussion


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Electronic Warfare

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UNCLASSIFIED

UNCLASSIFIED


MCoE Industry DayMission Command Panel

11 April 2018

Integrated Electronic Warfare System (IEWS)

SMO EW

EMSO

EMSO are comprised of EW and SMO. The importance of the EMS and its relationship to the operational capabilities of the Army is the focus of EMSO. EMSO include all activities in military operations to successfully control the EMS.

CEMA

Cyberspace

Cyberspace Electromagnetic Activities is the process of planning, integrating, and synchronizing cyberspace and electronic warfare operations in support of unified land operations."

EWPMTInc 1 – CD1-4 Inc 2 -TBD

Plans

Foundational Layer

CEMA Cell

Firefinder RadarsGround Surv. RadarsCMIC VechicleVROD/VMAXEW VehicleJoint Air EWProphetRF CommunicationsVehicle Prot. SystemPseudolite

SIGINT- COMINT- ELINT- FISINT

SignalsInfo OpnsFiresAssured PNTNetOpsScheme of maneuver

Manages

TLS L (Variant 1)

TLS GS (Variant 2)

TLS DM(Variant 3)

TLS ER (Variant 4)

EW Systems

…in the Terrestrial Layer …in the Aerial Layer

Foundational Layer

EW Systems

MFEW AL(Variant 1)

MFEW AS(Variant 2)

MFEW RW(Variant 3)

ES, EP, EA functions

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RAVEN CLAW is an Army Rapid Capabilities Office (RCO) effort in support of the US Army Europe Operational Needs Statement that will provide risk reduction to the EWPMT Program of Record

EWPMT is the Army’s POR software tool to provide the Commander the ability to control, manage, and dominate the Electromagnetic Spectrum (EMS).

Progression of Capabilities

EWPMT CD 1 Raven Claw (RC) Phase I

CD 1 CD 2

CD 3

Full Capability

Partial Capability EWPMT CD 2

RC 1CD 1

EWPMT CD 3

RC 2

CD 1 CD 2

RC 1

EWPMT CD 4

CD 3

CD 1

RC 2

CD 2

RC 1

Raven Claw (RC) Phase II

CD 2CD 1

RC 1 CD 3

Benefits to the Commander• Enables Commander to visualize and characterize the

Electromagnetic Operational Environment (EMOE) • Supports the targeting process with target nominations and

targeting data• Provides spectrum situational awareness• Informs the Electronic Order of Battle• Interfaces with Mission Command, Intelligence, Operations,

and spectrum management databases • Facilitates production of EW appendix and running estimates

2017 2018 2019 2019 2020 2022

The EW Planning & Management Tool (EWPMT) is a software application that enables the Electronic Warfare Officer (EWO) and Spectrum Manager (SM) to plan, coordinate, manage, control, and de-conflict the electromagnetic spectrum (EMS) from BN to ASCC. EWPMT integrates Electronic Attack (EA), Electronic Protection (EP), Electronic Warfare Support (ES), and Spectrum Management Operations (SMO), coordinates and synchronizes SMO and EW operations with Mission Command, Intelligence, Operations, and Signal. EWPMT provides the ability to conduct remote control & management of EW assets to enable maneuver in Multi-Domain battle.

EWPMT and Raven Claw

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TLS EW Large3 per BCT1 per MFT in EMIB

MFEW Air Large3 + 1 spare per DIV CAB

TLS EW Extended Range4 per BCT

TLS EW Small1 per maneuver PLT1 per maneuver CO

MFEW Air Small3 + 1 spare per BCT

TLS EW Dismounted1 per maneuver PLT1 per maneuver CO

MFEW Air Rotary Wing 3 + 1 spare per DIV CAB

EWPMT

EWPMT

EWPMT

EWPMT

EWPMT

XX

XXX

XXXX

EWPMT

EWPMT

Projected Aerial and Ground EW Assets

EW PLT FDU will change BN authorizations

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UNCLASSIFIED

UNCLASSIFIED

Discussion


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Networks and Services

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UNCLASSIFIED

UNCLASSIFIED


Overview BriefTRADOC Capability Manager – Networks and Services

Mr. Tom Duke11 April 2018

MissionThe centralized capability manager for Army DoDIN Networks and Services. TCM N&S is the user advocate for DOTMLPF solutions that include Unified Network Operations

(UNO), Installation Information Infrastructure modernization, Mission Partner Environment (MPE), Signal and Network Modernization efforts (SIGMOD/NETMOD), Support to Common Operating Environment (COE), and support to Command Post

Integrated Infrastructure (CPI2) – ensuring mission success across the force in support of Unified Land Operations.

Functions Capability Portfolio includes 42 Programs of Record The Army’s User Representative across DOTMLPF Synchronize DOTMLPF with fielding Analyze the warfighter impact to system characteristics

We are the proponent for all Army Networks (end to end).

TRADOC Capability Manager-Networks & Services (TCM N&S)

NetworksMr. William Righter / MAJ Katina Warren

TCMCOL Mark Parker

Deputy TCMMr. Thomas Duke

Administrative Assistant

Vacant

Strategic SATCOM

CPT Robert Gramer

Tactical SATCOMMr. Bruce

Reese

Network Modernization

MAJ Donell Langley

IDM/CD & MPE

Mission Network

MAJ Jason Patterson

Cybersecurity/ Assurance

Vacant

Network Mgmt. & VIMr. Martin Verboom

Infrastructure/ ServicesMr. Eldridge Williams /

CW3 James Walker

DoDIN OPS/Cyber Security/Cypto Mod

Mr. Robert Wilson

TCM N&S Organization Chart

• Blue – Civilian• Green – Military

Tech AdvisorCW5 Charles

Minton

ASST TCM ACQ

LTC Dale Pittman

Services Team/DATA Center/ Cloud Team

Program Operations MAJ Aaron McCullough

Crypto Modernization RAM

TestingMAJ Scott Widener

NET Coordination

& TM Verification

Vacant

Terrestrial Transport MAJ Donell

Langley

The Network does not work against a peer adversary

Complex and fragile Interoperability Lacks air & ground integration Electronic signature Lacks anti-jamming Spectrum shortages Excessive power consumption Cyber Security Not expeditionary or mobile

16 years in a static, stability environment

The threat has evolved

We are not keeping pace with technology

Strategic Context –Why The Network Has To Change

Not sufficient against a peer adversary

Not simple nor resilient Not interoperable Not integrated air-to-ground Not jam resistant Not spectrally agile nor contained Not power efficient Not cyber secure Not expeditionary nor mobile

Mission, Principles, Characteristics & Requirements

Principles(Why)

Warfighting Requirements

Characteristics of the Network

(Qualities and Attributes)

Technical Network Requirements

Mission: The Army must fight and win wars against adversaries…

1st Principles: The Army network must enable:

1. Conduct of War: Execution of expeditionary,world-wide, Unified Land Operations (ULO) to shape, prevent, and win as a part of Unified Action in all domains and all environments (Note 1/2/3/4)

2. Preparation for War: Execution of Title 10 responsibilities to man, train, and equip the force, and to build and sustain readiness.

Able to fight, shoot, move, communicate,protect, and sustain

Reliably communicate anywhere, anytime, in all domains, in all environments, against any foe

Simple and Intuitive, single mission command suite (Single COP), installed, operated and maintained by Soldiers

Available, Reliable and Resilient with the ability to operate in all operational environments against any enemy

Expeditionary and Mobile, voice, data, and video on the move

Standards-based, protected, and dynamicnetwork that is upgradeableover time

Enables the Warfighter to Observe, orient, decide, and act faster than the enemy in the conduct of ULO (Note 4)

Enables use of the network as a weapon system

Enable Leaders to lead and fight their formations from anywhere they choose

Must be capable of adequate secure communications, provides voice, data, video in all environments

Capable of providing situationalawareness down to Platoon level

Device works anywhere in the world; installed, operated and maintained by Soldiers

Standardized: Runs on a COE, common graphics, applications, and integrated data

Ensures continuous Joint interoperability enabling agile and adaptable operationalflexibility i.e., Enables Rapid Task

Organization and employment of joint capabilities

Mitigates electronic signature Accessible to allies and

coalition partners

Note 4: ULO – Simultaneous offense, defense, and stability or defense support of civil authorities tasks to seize, retain, and exploit the initiative and consolidate gains to prevent conflict, shape the operational environment and win our nations wars as part of unified action

Note 1: Unified Actions Partners –Consisting of Joint, Interagency, Intergovernmental, and Multi-National (JIIM) partnersNote 2: Domains – Land, maritime, air, space, cyberNote 3: Environments –Permissive, non-permissive, contested, denied

Network Modernization Approach

Network Cross Functional Team (CFT) Charter

New Network Path Forward

1. Halt programs that do not meet the characteristics and attributes of the network objective state

2. Fix programs required to “fight tonight” Network: Integrate the upper and lower tactical internet into a unified transport layer;

increase survivability to Electronic Warfare/Cyber threats Common Operating Environment: Mission Command Systems Unified Mission

Command Applications Suite Interoperability: Joint and Coalition gateways and Tactical Data Links Command posts: Improve survivability and mobility

3. Pivot to a new modernization approach of “adapt and buy” best described as “find, try, adapt and buy”

Design “future state” network to address shortfalls, counter the threat, and keep pace with technology

Through experimentation and demonstration, “adapt and buy” current, available Joint/SOF and industry solutions where possible

Develop future solutions through RDT&E and S&T; develop new Programs of Record only to meet a unique warfighter requirement

Requires significant change in current acquisition approach; unity of command, effective governance, an integrated body of requirements, and standards based architecture

Thinking differently…the Mission Command Network drives requirements of the Enterprise

Philosophical Viewpoint

1 Wireless (WI-FI)

2 Commercial Coalition Equipment (CCE)

3 Secure Mobile Anti-jam Reliable Tactical Terminal (SMART-T)

4 Terrestrial Transmission Line of Sight (TRILOS)

5 Tropospheric Scatter (TROPO)

6 Modular Communications Node – Advance Enclave (MCN-AE)

7 PHOENIX

8Bridge to Future Networks (BFN) - Regional Hub Node (RHN) Annex

9 Unified Network Operations (UNO) IS CDD, MDD/AoA

10 Identity and Access Management (IdAM)

11 Enterprise Computing Environment (EcE)

12 Tactical Server Instructure (TSI)

13 Transportable Tactical Command Communications (T2C2) V1/V2

14 Enroute Mission Command (EMC)

15 WIN-T INC 2, Revisions 1, 2, 3 & 4

16 Bridge to Future Networks (BFN) - "WIN-T INC 1"

17 WIN-T INC 2/3 NMS (NETOPS)

18 Protected Anti-Jam Tactical SATCOM (PATS)/Protected NextGen

19 Cryptographic Modernization (CRYPTO MOD)

20 Processing, Exploitation, and Dissemination (PED)

21 Next Generation Load Device (NGLD), Simple Key Loader (SKL)

22 Global Broadcast Service (GBS) - Phase-IV, TGRS, RPRS, SPRS

23 Tactical Public Key Infrastructure (TPKI)

24 4G Long Term Evolution (LTE) (4G/LTE)

25Wideband SATCOM Operational Management System (WSOMS)Entry Point (STEP) systems

26 Army Key Management Infrastructure (AKMI)

27Network Battle Command Initialization Capability (NBCIC) CPD (Data Products), Intialization Tool Suite (ITS) development/fielding

28 Tactical Aerostat Platform (TAP) for Network Extension (TAPNE)

29Aerial Networking Node Modular Mission Payload (ANN-MMP) CDD

30 Aerial Networking Node Mission Command (ANN-MC) CPD

31 SIPR/NIPR Access Point (SNAP) Terminals

32 Army Enterprise Service Desk (AESD)

33 Global Rapid Response Information Package (GRRIP)

34 Data Center Cloud Generating Force (DCCGF) RDP

35 Tactical NetOps Management Systems (TNMS)

36 Common Hardware Systems (CHS)

37 Tactical Digial Media (TDM)

38 Joint Tactical NetOps Toolkit (J-TNT)

39Independent Commercially Compatible Cellular Network System (IC3NS)

40Installation Information Infrastructure Modernization Program (I3MP)

41Enterprise Wideband SATCOM Terminal System (EWSTS)

42 Modernize Enterprise Terminals (MET)

TCM N & S Programs in PriorityCurrent Force Capability Needs

42 programs adaptable to New Modernization Strategy.

TCM N&SFocus Areas

UNO Process For Network Realization Across all Phases

Access

Privileges

Revoke/ Suspend

SecurityPolicy

Protection

Threat

Environment

Recover/Restore

Plan

Model & Simulation

Install

Operate

Maintain

Defend

Infrastructure

Paths

Interconnections

Networks

IPs

Data Rates

PolicyData Products

Link/HostManagement

Services

Voice

SecurityAssessment

Routing

Ports

IAVAM

Content Discovery

routing

Changes

Links

Capacity

Design

Threat Detection

Network Utilization

Content Staging

Spectrum

FrequencyEW

NetOps process for DoDIN operations cycle in support of operational mission requirements during all phases of operations to perform the functions of network management, cybersecurity, and information dissemination management/content staging.

This process is used to evaluate the understanding and scope of the mission while identifying mission impact prior to and during execution.

DoDIN-A NetOps process will allow for the management and defense of a centrally integrated NetOps capability to control the information flow in the DoDIN-Army network and implement seamless integration of NetOps functions of the enterprise through tactical echelons.

Status

Reporting

Network Configurations

Department of Defense Information Networks(DoDIN)

DoDIN-Army

Voice

Security Architecture

TroubleTicketing

SOI

SAR/GAR

Databases

Config Management

Asset Management

Threat Identification

PolicyManagement

Protect

SA

Phase VPhase 0 DoDIN-A NetOps Process

Understand and scope the network for implementation on upcoming missions

Develop a mission plan aligning user requirements with commanders intent.

Study characteristics of systems and evaluate performance of operational network

Implement the plan by configuring systems with approved technical data and policy

Monitor and manage configured systems and network based on mission and commanders intent

Keep the network functioning at an optimal level through fault tolerance, configuration, performance, and security

Protect the DoDIN-A through each NetOpsprocess and operational phase

Tactical Hub Nodes (THN)JCIDS Document• BFN CPDSystem Description• The THN consists of two Unit Hub Satellite Terminals

(UHSTs) and one Unit Hub Node (UHN) Basebandassemblage. The THNs were delivered based on the 2006approved Bridge-to-Future Networks (BFN) CapabilityProduction Document (CPD). (WIN-T Increment 1). The THNis used by the DIV G-6 to establish linkage and provideoverall C2 to all SATCOM terminals in the DIV tacticalcommunications network, which consists of 2 total organic toDIV: 12 JNN, 40 CPN, 14 T2C2 Lite, 6 T2C2 Heavy)

Basis of Issue Plan:• One THN is fielded to Compo 1 & 2, 1x per Division HQs

(18 Total)

Needs• The current Tactical Hub Nodes (THNs) do not meet the

operational size, weight, and capability needed to supportUnified Land Operations and the future Multi-Domain BattleConcept

Way Ahead• Evaluate Courses of Action for future modernization efforts:

Pool / Divest

Pool / Reinforce

Maintain / Reinforce

Maintain

Unit Hub Node (UHN)AN/TTC-61 (v) 3

Unit Hub Satellite Terminals (UHST)

AN/TSC-169 (v) 3

1UNCLASSIFIED // FOR OFFICIAL USE ONLY

Applications and Services Globally Accessible (GA)

Enterprise Computing Environment(ECE)

Data CenterRHN

Regional Cyber Center

HSMCCs

HSMCC: Home Station Mission Command CenterRHN: Regional Hub Node

CONUS

From current stove-piped systems to converged compute

and storage capabilities on scalable and tailorable common infrastructure

1. Reduced complexity2. Reduced footprint3. Increased mobility4. Increased Joint/MPE

interoperability5. Reduced cyber attack

surface6. Simplified training and

administration7. Network efficiencies8. Cost savings

Tactical Services Infrastructure (TSI) Operational View

Acronyms:COCOM: Combatant CommandMARFOR: Marine ForceARFOR: Army ForceJTF: Joint Task ForceRHN: Regional Hub NodeCOE: Common Operating EnvironmentCE: Computing EnvironmentRTSCE: Real Time/Safety Critical/EmbeddedMHH: Mobile Hand-HeldMC: Mission Command

Current Converged

MARFOR JTF HQ

COCOM HQ

BN CP

Joint/Multi-National

Force CPDIV/BDE/BN

Mission Command Information Exchange

CORPS/DIV/BDE CP

Enable COE/CEs and provide Warfighter:• Consolidated mobile compute/storage• Common environment for:

Mission Command services Computing power Data Storage

HSMCC Services

Enterprise Svcs

Enterprise CE

Data Centers

COE

ESI C

apab

ility

MC Services

Computing Pwr

Command Post CE

Data Storage

COE

TSI C

apab

ility

ARFOR

MC Services

Computing Pwr

MHH CE

Data Storage

COE

TSI C

apab

ility

MC Services

Computing Pwr

Mounted CE

Data Storage

COE

TSI C

apab

ility

MC Services

Computing Pwr

Sensor CE

Data Storage

COE

TSI C

apab

ility

MC Services

Computing Pwr

RTSCE CE

Data Storage

COE

TSI C

apab

ility

MC Services

Computing Pwr

RTSCE CE

Data Storage

COE

TSI C

apab

ility

MC Services

Computing Pwr

Command Post CE

Data Storage

COE

TSI C

apab

ility

MC Services

Computing Pwr

Command Post CE

Data Storage

COE

TSI C

apab

ility

MC Services

Computing Pwr

Command Post CE

Data Storage

COE

TSI C

apab

ility

JCIDS Document• TSI RDP (Draft)System Description• TSI is a system designed for scalability both from a hardwareand baseline software architecture perspective which can beadopted to support various tactical unit SOP, processes andintegration requirements. Provides Active Directory, DNS,Exchange, SharePoint, Update Services, Tactical Chat, DDS,C2R, CPOF Services and more

Basis of Issue Plan:• Corps = Exclave supported is 4• Division = Exclave supported is 4• BCT = Exclave supported is 4• Mnvr BN = Exclave supported is 2• Non-BCT BDE = Exclave supported is 3

Needs• V1 Fielded for SIPR only; v2 planned for multiple enclaves.• Could converge infrastructure (OPS/NetOPS-NOSC/Intel)

Way Ahead• Corps will be fielded additional capability to support coalition

networks, installation campus, exercises/missions and othercommand centers.

• NET/NEF: BCCS V5 being fielding per schedule. Willtransition to sustainment FY18

• Tactical Services Infrastructure (TSI) introduced at NIE 16.2.TSI will implement operations/ intelligence convergence,managed by S6/G6.

Tactical Services Infrastructure (TSI) Requirements Definition Package (RDP)

Signal Modernization

Fight Tonight Capabilities

•MCN-AE•CCE•CP Wifi•TRI-LOS•TROPO•4G LTE

Problem Statement: The Army requires a Signal Modernization funding and acquisition strategy that aligns with the CSA’s vision to enable a “fight tonight” posture. II

ESB

Enabling Formations

XXX

XXX

Tactical FormationsCurrent Strategy

(Funded)

Fix Strategy(Unfunded)

XXX

XXX

Tactical Formations

IIESB

Enabling Formations

FY 2023

BCT/Div/Corp & ESB TotalQTY

Required(Current Strategy)

Total QTYRequired

(Fix Strategy)

Proposed Basis of Issue FY18Procurement

FY19 Procurement

MCN-AE 714 206 ( 508) Corps (4ea), DIVs (4ea), BCTs (2ea) • 34 MCN-AE

• 18 CCE

• 29 CP WIFI

• 120 TRILOS

• 18 TROPO

• 44 MCN-AE

• 18 CCE

• 35 SFF WIFI

• 150 TRILOS

• 35 TROPO

(Projected)

CCE 197 1811 ( 1614) Corps (2ea), DIVs (2ea), BCTs (2ea) and ESBs (6ea) DIVARTY (2) as threshold

CP Wireless 230 305 ( 75) Corps (2ea), DIVs (2ea), BCTs (2ea) and ESBs (2ea), DIVARTY (1) as threshold

TRILOS 690 1308 ( 618) Corps (5ea), DIVs (5ea), BCTs (2ea) and ESBs (30ea) DIVARTY (3) as threshold

TROPO 138 204 ( 66) Corps (2ea), DIVs (2ea), and ESBs (6ea) as threshold

4GLTE 230 305 ( 75) Corps (2ea), DIVs (2ea), BCTs (2ea) and ESBs (2ea) DIVARTY (1) as thresholdas threshold

Reallocation of FY18 resources will require a Directed Requirement through DA

Signal Modernization Capabilities

Modular Communications Node-Advanced Enclave (MCN-AE)

DTECH MCN-AE CasePelican 1560

T-FOCA II Ethernet

KG-250X

Router: Cisco 5915

24 Port LAN Switch: Cisco ESS2020

DTECH/Intel Quad Core i7 Server

DTECH Power

Supply/UPS

Switch: Cisco ESS 2020

LAN Mgr V3 with Case

JCIDS Document: Transmission Systems Inc CPD, dtd Jan 2015

System Description: Modular Communications Node – Advanced Enclave (MCN-AE) provides Top Secret/Sensitive Compartmented Information (TS/SCI) enclaves at the Brigade Combat Team (BCT) for Joint Worldwide Intelligence Communications System (JWICS) and National Security Agency Network (NSANet) with tunneling reach-back over the network backbone to the Trojan Network Control Center (TNCC) Enhanced Gateway (TEG). KEY FEATURES:

• Allows for TS/SCI information access over the network• Augments Intel community’s existing Trojan Spirit system• Reduces the size of the Command Post for Early Entry Operations• Facilitates reduction of capability duplication, inefficiencies, added cost and

an expanded logistics tail• Supports intelligence requirements through the full range of military

operations• Provides 24 port access for up to 24 end devices, to include VoIP phones,

laptops and Video Teleconferencing Equipment for JWICS and NSANet

Need Addresses the HQDA EXORD #204-17 objective for Transport Convergence Phase I INTEL.

Current Status• Working with INSCOM/NSA/DA G2 for ATO; obtained IATT.• FORSCOM/Units/DA G2 working 25N/255N clearances (TS/SCI with CI

Poly).• Working with PM TN and INSCOM signed Service Level Agreement (SLA)• 2QFY18 fielding in progress (/1 ABCT, FT Riley, KS; HQ 1st CAV DIV, Ft

Hood, TX; 1/1C ABCT, Ft Hood, TX; and 44th IBCT NGR, NJ)

Way Ahead• Continue to work ATO• Continue track clearances completion with FORSCOM and DA G2.• Finalize CONOPS for TC Phase I INTEL with TC Phase I OIPT• Obtain SLA with INSCOM and PM TN

BOIPCurrent: 714 Rev 1: 206

Formation Type• Corps HQ, DIV HQ, and BCTs HQ

Commercial Coalition Equipment (CCE)AN/TYQ-167(v)2

Commercial Radio Case (CoRC) (Front View)

4 Ea. XG-100M VHF/UHF

Commercial Radios

IC-F8101 High Frequency (HF) Radio

RBVC Manager Laptop

4Ea. Tri-Band Antenna

BlueSky AL3 Antenna Mast w/Tri-Band Antennas (30 Ft)

AH-760 Antenna Supporting HF Communications

Magnet Base Multi-Band Antenna

(VHF/UHF)

JCIDS Document• Transmission Systems Inc CPD, dtd Jan 2015System Description• Provides commercial or coalition voice, video, and data accesscoupled with a Commercial Radio Case (CoRC) that provides FMradio bridging and voice cross-banding (RBVC) utilizing WAVEtechnology. Supports State National Guard (NG) incidentcommanders during DSCA missions (Threshold), as well asmultinational Mission Partner Environment (MPE) C2 operations(Objective).

• Small Form Factor (SFF) case design for commercial transport(luggage size). Includes two (2) removable HDs for immediatedeclassification and re-use within different security enclaves;

BOIPCurrent: 197 Rev 1: 1187*

Formation Type:CORPS, DIVs, BCTs, M-F BDES, ESBs, NG JTF-S HQs, CCOE, CTCs

Needs• Provide Commercial and Coalition gateway access services toIncident CDRS and Tactical CPs.• Provide Radio Bridging and Voice Cross-banding of DSCA andCoalition FM nets• Provide HF radio alternate reach-back during DSCA missions.Current Status• Being fielding to ESBs (86th, 307th, and 50th ESBs); and DIRECTState HQs (25% complete)• Awaiting funding approval to field the objective requirement (1549)Way Ahead (CPD Revision)• Requirements adjusted to develop 2 additional variants (CCE w/oCORC and CCE Heavy) to support increased MPE subscribers at allCPs.• Adjusting BOIG Priority fielding guidance to field to CORPs, DIVs,BCTs prior to ESBs and DIRECT units.

Terrestrial Line of Sight (TRILOS)

JCIDS Document• Transmission Systems Inc CPD, dtd Jan 2015System Description

• The Terrestrial Transmission Line of Site (TRILOS) is a highly mobile andrapidly deployable, light-weight, transit cased point-to-point or point-to-multipoint terrestrial solution used to extend and thicken high demand/highbandwidth Command, Control, Communications, Computers, Intelligence,Surveillance and Reconnaissance (C4ISR) data architectures

• Currently comes in two versions the AN/TRC-238(V)1 and (V)2. The (V)1 isfielded to locations that currently have the 30 meter mast. Both versions fieldedwith the Blue Sky 15 meter mast.

Needs• The inability to provide high bandwidth seamless Line of Sight (LOS)interoperability between WIN-T IncrementsCurrent Status• FRP was approved January 18• Fielding currently scheduled to begin - May 18• Fielding priorities currently being updated (TCM, PM, FORSCOM, G3, G8)• Have updated the BOIG to include ESBs, Corps, DIVs, BCTs and Multi-

Functional BDEsWay Ahead• Update requirements in Revision 1 of CPD to address:

– TRILOS currently cannot meet the 30 minute set up requirement at BCTs– Transit cases may need to be integrated into vehicle/trailer to minimize

setup time– Investigate the possibility of a quick erect antenna


Formation Type• Corps, DIV, and BCT, BDE, ESB

Secure Wireless Fidelity(Wi-Fi)AN/TYC-45 (V) 1

JCIDS Document• Transmission Systems Inc CPD, dtd Jan 2015System Description• Provide 802.11 wireless access to TOCs• Preferred wireless access short range vs LTE• Provide voice, video and data in FOUO/Unclassified, missionsecurity enclaves, and for secret enclaves.• Secure Wireless (Wi-Fi) capabilities will be located at Theaterand below Command Posts.• Secure Wireless products come in varying sizes toaccommodate user capacity and range as needed



Needs• Leverage wireless technology capabilities to facilitate rapidconnectivity and displacement of the TOCs within 30 mins.Current Status• Implement Small Form Factor1. Convergence in capability packages2. Campus WLAN capability package3. Mobile access capability packageWay Ahead• Revising and re-staffing CPD to support additional variants and

quantities for cellular vehicular mounted and Man-Pack fordismounted.

• Integrate LTE, Wi-Fi, Edge Processing, Routing, Switching,Security into a single box. to improves SWaP restrictions

• Update BOIPs fielding priority and quantity to reflect theTransmission CPD revision 1

4th Generation Long Term EvolutionAN/TTC-65 (V) 1

JCIDS Document• Transmission Systems Inc CPD, dtd Jan 2015System Description• Provide multi-layered, secure, IP-based architecture toenable high bandwidth communications and informationsharing at the tactical edge.• Each cellular system capability will provide voice, video anddata in FOUO/Unclassified, Mission security enclaves and forsecret enclaves.• Provide customers with end to end intelligent connectivity• Easy to manage• Integrate with existing tactical and civilian networks

NeedsLeverage cellular technology capabilities to facilitate rapid connectivity from the TOCs to the tactical edge.Current Status• 4G LTE small form factor will be demonstrated at FortGordon GA during Cyber Quest ( June 2018).Way Ahead• Revising and re-staffing CPD to support additional variants

and quantities for cellular vehicular mounted and Man-Packfor dismounted.

• Integrate LTE, Wi-Fi, Edge Processing, Routing, Switching,Security into a single box. to improves SWaP restrictions

• Network Management, PLI, Analytics, and Security in thesame Server suite

BOIP * Current: 230 Rev 1: 305


*Quantities will increase as vehicular mounted/manpackvariants become available

Troposcatter Transmission (TROPO)

JCIDS Document• Transmission Systems Inc CPD, dtd Jan 2015System Description• Troposcatter transmission system (transit-case) providesincreased data throughput, reduced manning, and decreasedSize, Weight, and Power (SWaP). It also dramaticallyenhances the capability provided by the ESB by providing aexpeditionary BLOS system that requires little maintenanceand sustainment. Lower cost associated with training,logistics, man hours etc.

Needs• The inability to provide a high bandwidth BLOS communicationscapability to expeditionary forces in a SATCOM denied environmentCurrent Status• TCM drafts of COICs (Currently pending approval)• TCM currently preparing D&OTSP and CONOPS• RFP released February 2018• BOIG updated to include ESBs, CORPS and DIVsWay Ahead• Continue to pursue a Joint acquisitions strategy with USMC• Update requirements in Revision 1 of CPD to addressbandwidth/distance, setup time and mobility

BOIP (at time of Approval) Total: 138 Rev 1: 204

Formation Type• CORP/DIV/ESBs

Transportable Tactical Command Communications T2C2

JCIDS Document• Transportable Tactical Command Communications (T2C2) CPD approved

November 2013. CPD Rev 1 to be submitted April 2018.System Description• TSC-232 (T2C2 Lite) provides early entry units robust voice and data

communications capabilities in the early phases of joint operations. TheTSC-232 can be man-portable (carried on a commercial aircraft) andrapidly set up and on the air in 15 minutes. TSC-232 uses X band forintegration into the WIN-T Increment 1 system architecture.

• TSC-233 (T2C2 Heavy) leverages capabilities learned from the SIPR/NIPRAccess Point (SNAP) solution and will provide organic transportablecommunications to enable command posts at Corps, Divisions, BCT andother units via pooled ESB assets. The TSC-233 team of signal Soldiers,uses Ka band for WGS worldwide coverage with a 25 minute setup time.

Needs• The inability for the Warfighter to rapidly deploy beyond line-

of-site communications that enables the exchange ofinformation (voice, data, and video) with adequate throughputto provide DODIN connectivity for early entry and forwarddeployed teams.

Current Status• T2C2 began fielding Q2FY18• TCM N&S is currently staffing an update to the T2C2

requirements document (CPD)Way Ahead• HQDA will seek funding for a tri-band capability• Future requirements will include a third smaller variant• Increase quantities based on emerging requirements

BOIP• TSC-232: 424• TSC-233: 390

Formation Type• Cyber CoE, CORPs’, DIV’s, BCTs, EMIBs, SFABs, INSCOM,

MSO, PAO, Combat Camera, CBRNE

Transport Mode3 Hard Side Cases

Transport Mode 5 Hard Side Transit Cases

TSC-232 – T2C2 Lite TSC-233 – T2C2 Heavy

SMART-T

JCIDS Document• MAST ORD• AEHF ORD• JSCL ICD• Transmission ICDSystem Description• SMART-T is the only Protected SATCOM Capability in the Army• Secure. Provides secure voice & data range extension capability for the

Army• Mobile. HMMWV mounted <30 min set-up tear-down• Anti-Jam. Protected Communication has low probability of intercept

(LPI), low probability of detection (LPD), and it is HEMP hardened• Reliable. Actual/nominal link performance is error free• Tactical. Protected beyond line of sight for forward deployed enclaves &

the Close Fight

Needs• The inability for the Warfighter to communicate in a SATCOM-

denied or contested environment

Current Status• System is facing urgent obsolescence issues• IP interface upgrade (funded) will start in FY18 and provides

capability to integrate SMART-T into WIN-T network

Way Ahead• Block upgrade (seeking funding for FY21-25) will mitigate 100%

known obsolescence issues and exted SMART-T program through2030+

• Possible future procurement of smaller protected SATCOM terminalsto meet current requirement numbers

BOIP• Army Acquisition Objective: 324• Army Procurement Objective: 278

Formation Type• 3 per Corps SIG CO• 3 per Div SIG CO• 2 per BCT SIG CO• 1 per Fires SIG CO• 1 per CAB SIG CO• 2 per ESB Joint Area Support

Army Protected SATCOM

Continue to support SMART-T through 2030+ • IP interface upgrades FY18 – FY23 (funded) for SMART-T• Block Upgrade (seeking funding for FY21 - 25) will mitigate 100% known obsolescence

issues and extend SMART-T program thru 2030+• Low Cost Terminal (LCT): SMART-T augmentation to fill critical requirement of 113• Protected Tactical Waveform (PTW): fielding to existing terminals starting FY25• Protected Tactical Satellite (PTS): future protected satellite constellation; ETA FY28

18 19 20 21 22 23 24 25 26 27 28 29 30 31 32

Near-Term Mid-Term Long-Term

SMART-T IP UpgradeSMART-T Block Upgrade

SMART-T Augmentation Fielding

NCW-R modems fielded for WIN-T terminals

PTW over WGS

PTW over WGS and COMSATCOM

x

PTW over PTS

FY30 FY35

SMART-T Divestiture

FY20

SMART-T (AEHF)NCW-R (WGS)

FY25

SMART-T / LCT (AEHF)NCW-R (WGS)PTW (WGS)

SMART-T / LCT (AEHF)NCW-R (WGS)PTW (WGS and PTS)

NCW-RPTW (WGS and PTS)

Example:

Protected waveforms at

a BCT

Network Modernization FY 18 Fielding Schedule

Jan-

18

Feb-

18

Mar

-18

Apr-1

8

May

-18

Jun-

18

Jul-1

8

Aug-

18

Sep-

18

Oct

-18

Nov

-18

Dec

-18

Jan-

19

Feb-

19

Mar

-19

6-Feb-18 18-Mar-18 1/1I ABCT FT RILEY, KS

6-Feb-18 18-Mar-18 HQ 1ST CAV FT HOOD, TX

6-Feb-18 18-Mar-18 1CAV DIVARTY FT HOOD, TX

6-Feb-18 18-Mar-18 1/1C ABCT FT HOOD, TX

6-Feb-18 18-Mar-18 1st CAV SB FT HOOD, TX

06-Mar-18 15-Apr-18 1/1A SBCT (SB8) FT BLISS, TX

03-Apr-18 13-May-18 TBD

03-Apr-18 13-May-18 TBD

03-Apr-18 13-May-18 TBD

08-May-18 17-Jun-18 2I CAB CP HUMPHREYS, KOREA

08-May-18 17-Jun-18 HQ 2ND ID CP RED CLOUD, KOREA

08-May-18 17-Jul -18 304th ESB CP Humphreys, KOREA

08-May-18 17-Jun-18 210TH FAB CP Casey, Korea

08-May-18 17-Jun-18 KEES ABCT CP Humphreys, KOREA

08-May-18 17-Jun-18 2nd SB Daegu, Korea

01-May-18 10-Jun-18 XVIII CORPS (ABN) FT BRAGG, NC

01-May-18 10-Jul -18 67rd ESB FT Gordon, GA

01-May-18 10-Jun-18 2/10th IBCT FT DRUM, NY

5-Jun-18 15-Jul -18 I CORPS FT LEWIS, WA

5-Jun-18 15-Jul -18 HQ 1ST AD FT BLISS, TX

5-Jun-18 15-Jul -18 1AD DIVARTY FT BLISS, TX

5-Jun-18 15-Jul -18 2/1C ABCT FT HOOD, TX

10-Jul -18 19-Aug-18 HQ 4TH ID FT CARSON, CO

10-Jul -18 19-Aug-18 4ID DIVARTY FT CARSON, CO

10-Jul -18 19-Aug-18 3/1C ABCT FT HOOD, TX

06-Aug-18 15-Sep-18 1/25 SBCT (SB3 FT RICHARDSON, AK

06-Aug-18 15-Sep-18 2/3I ABCT FT STEWART, GA

06-Aug-18 15-Sep-18 2ID DIVARTY FT LEWIS, WA

06-Aug-18 15-Sep-18 2/82ND IBCT FT BRAGG, NC

06-Aug-18 15-Oct-18 44th ESB Vilseck, GE

10-Sep-18 20-Oct-18 2/2I (SB7) FT LEWIS, WA

10-Sep-18 20-Oct-18 HQ 1ST ID FT RILEY, KS

10-Sep-18 20-Oct-18 1ID DIVARTY FT RILEY, KS

10-Sep-18 20-Oct-18 4/25 IBCT (AB FT RICHARDSON, AK

Version 4- Approval by HQDA G-3/5/7 DAMO-LMM 15 DEC 2017

MCNAE = Modular Communications Node –Advanced Enclave, AN/TYQ-167(V)3, Z05464

S-WiFI = Secure Wireless, AN/TYC-45(V)1, Z05628

CCE = Commercial Coalition Enclave, AN/TYQ-167(V)2, Z05461 TRILOS = Terrestrial Transmission Line of Sight; AN/TRC-238(V)1, Z05615 &

AN/TRC-238(V)2, Z05616

BVTC III* = Battlefield Video Tele - Conferencing III - various combinations of - AN/TYQ-122B(V)1, T43146; AN/TYQ-122B(V)2, Z05448 & AN/TYQ-122B(V)3,

Z05509

MCNAE S-WiFI CCE TRILOS BVTC III*CORPS X X X

DIV X X XA/I/S BCT X X XDIVARTY X X

FAB XCAB XECAB XMEB XSB X

TTSB XESB X X X X

Basis of Issue

Sep-

18

Oct

-18

Nov

-18

Dec

-18

Jan-

19

Feb-

19

Mar

-19

Apr-1

9

May

-19

Jun-

19

Jul-1

9

Sep-

19

Oct

-19

Nov

-19

Dec

-19

Jan-

20

Feb-

20

Mar

-20

02-Oct-18 11-Nov-18 2/1I ABCT FT RILEY, KS

02-Oct-18 11-Dec-18 86th ESB FT BLISS, TX

06-Nov-18 16-Dec-18 1/2I SBCT (SB FT LEWIS, WA

8-Jan-19 17-Feb-19 HQ 3RD ID FT STEWART, GA

8-Jan-19 19-Mar-19 62nd ESB FT HOOD, TX

8-Jan-19 17-Feb-19 2/25 IBCT SCHOFIELD BRKS, HI

8-Jan-19 17-Feb-19 3/25 IBCT SCHOFIELD BRKS, HI

8-Jan-19 17-Feb-19 3/4I ABCT FT CARSON, CO

5-Feb-19 17-Mar-19 1/3I ABCT FT STEWART, GA

5-Feb-19 17-Mar-19 HQ 25TH ID SCHOFIELD BRKS, HI

5-Feb-19 17-Mar-19 2/4I IBCT FT CARSON, CO

5-Feb-19 17-Mar-19 III CORPS FT HOOD, TX

04-Mar-19 13-Apr-19 HQ 101ST ABNFT CAMPBELL, KY

04-Mar-19 13-Apr-19 101ID DIVARTFT CAMPBELL, KY

04-Mar-19 13-May-19 307th ESB SCHOFIELD BRKS, HI

04-Mar-19 13-Apr-19 3/10TH IBCT FT POLK, LA

04-Mar-19 13-Apr-19 173rd IBCT (A CP EDERLE, ITALY

02-Apr-19 12-May-19 1/10TH IBCT FT DRUM, NY

07-May-19 16-Jun-19 2/101 IBCT FT CAMPBELL, KY

07-May-19 16-Jun-19 2CR SBCT (SB2 S CAMP VILSECK, GE

07-May-19 16-Jun-19 1/4I SBCT FT CARSON, CO

07-May-19 16-Jun-19 3CR SBCT (SB9 FT HOOD, TX

04-Jun-19 14-Jul -19 1/101 IBCT FT CAMPBELL, KY

04-Jun-19 14-Jul -19 2/1A ABCT FT BLISS, TX

04-Jun-19 14-Jul -19 1/82ND IBCT FT BRAGG, NC

09-Jul -19 17-Sep-19 50th ESB FT BRAGG, NC

09-Jul -19 18-Aug-19 HQ 10TH ID FT DRUM, NY

09-Jul -19 18-Aug-19 10ID DIVARTYFT DRUM, NY

09-Jul -19 18-Aug-19 3/101 IBCT FT CAMPBELL, KY

6-Aug-19 15-Sep-19 HQ 82ND ABN FT BRAGG, NC

6-Aug-19 15-Sep-19 3/1 ACBT FT BLISS, TX

6-Aug-19 15-Oct-19 40th ESB, Ft Huachuca AZ

3-Sep-19 13-Oct-19 3/82ND IBCT FT BRAGG, NC

Version 4- Approval by HQDA G-3/5/7 DAMO-LMM 15 DEC 2017

MCNAE = Modular Communications Node –Advanced Enclave, AN/TYQ-167(V)3, Z05464

S-WiFI = Secure Wireless, AN/TYC-45(V)1, Z05628

CCE = Commercial Coalition Enclave, AN/TYQ-167(V)2, Z05461 TRILOS = Terrestrial Transmission Line of Sight; AN/TRC-238(V)1, Z05615 &

AN/TRC-238(V)2, Z05616

BVTC III* = Battlefield Video Tele - Conferencing III - various combinations of - AN/TYQ-122B(V)1, T43146; AN/TYQ-122B(V)2, Z05448 & AN/TYQ-122B(V)3,

Z05509

MCNAE S-WiFI CCE TRILOS BVTC III*CORPS X X X

DIV X X XA/I/S BCT X X XDIVARTY X X

FAB XCAB XECAB XMEB XSB X

TTSB XESB X X X X

Basis of Issue

TRADOC Capabilities Manager for Networks and Services (TCM NS)Government contact list

Name Position Email Phone# (DSN 780)

COL Mark B. Parker TCM NS Director [email protected] 706-791-4223

Mr. Tom Duke TCM NS Deputy [email protected] 706-791-6264

LTC Dale Pittman Assistant TCM for Networks [email protected] 706-791-7941

Vacant TCM NS Admin 706-791-7493

CW5 Charles Minton Technical Advisor [email protected] 706-791-4507

Mr. Robert Wilson DODIN Ops/Cyber Security/Crypto Mod [email protected] 706-791-8002

Mr. Bill Righter Networks [email protected] 706-791-2721

MAJ Jason Patterson Tactical Networks [email protected] 706-791-7467

Mr. Eldridge Williams Infrastructure/Services [email protected] 706-791-8477

CW3 James Walker Infrastructure/Services [email protected] 706-791-8422

MAJ Donell Langley Signal & Network Modernization [email protected] 706-791-8281

Mr. Martin Verboom Network Management/Visual Information [email protected] 706-791-0741

CPT Robert Gramer Satellite Communications [email protected] 706-791-8694

Mr. Bruce Reese Satellite Communications [email protected] 706-791-7886

MAJ Aaron McCullough Testing/Training/Operations [email protected] 706 791-2862

MAJ Scott Widener Operations support [email protected] 706-791-5807

Vacant (NCO) Operations support 706-791-3011

mailto:[email protected]














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