Session 6 - AFCEA International · •Scalable and modular Software Communications Architecture...

Session Name: Joint Tactical Radio System (JTRS) and

Warfighter Information Network – Tactical (WIN-T) Update

Briefers: COL Wren, LTC Powers

Session 6 TRADOC Capability Manager Tactical Radios

and TRADOC Capability Manager Networks

& Services

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2 Session: 6, Track: JTRS & WIN-T 2011-08-25 1100-1230 // WIN-T and the Joint Tactical Radios System (JTRS) Update

JTRS Purpose:

• Provide a program update on the recent changes and capability trades

being discussed for the different domains of JTRS

• Discuss how JTRS capabilities will enable the Squad as a Strategic

Formation and include JTRS Network Management and manning

implications

WIN-T Purpose:

• Provide a basic understanding of WIN-T capabilities, associated

timelines, and operational value to commander’s and their staffs

• Inform user community of who we are and what we do

• Engage in dialog to address related concerns/issues

Purpose

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• TCM TR/N&S Charters/Responsibilities

• Program Update for the Joint Tactical Radio System (JTRS)

• JTRS Closing the Gap “Enabling the Squad as a Strategic Formation”

• TCM N&S Managed Programs & Capabilities/Requirements

Identification

• Network Capability Strategy Vision

• Warfighter Information Network- Tactical (WIN-T)

• WIN-T Future Improvements

• WIN-T Key Events/Way Ahead

• Challenges

Agenda

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• Assumes responsibility and authority from CG, TRADOC through

Signal Center, CG for managed capabilities & systems

• Coordinates all user activities associated with the development,

synchronization, and integration requirements for the tactical radio

capability area for brigade and below (TCM-TR) and the tactical tier of

LandWarNet network transport & services (TCM-N&S)

• Ensures materiel systems have sufficient capability to implement the

overarching and supporting concepts

• Develop Joint Capability Integration Development System (JCIDS)

Requirement Documents (CDD, CPD) for needed Warfighting

capabilities

• Doctrine, Organization, Training, Materiel, Leadership, Personnel &

Facilities (DOTMLPF) integration

TCM-TR / TCM-NS Charters

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Joint Tactical Radio System Portfolio

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JTRS Programs & Products

Handheld Manpack & Small Form Fit (HMS)

Description:

• Scalable and modular Software Communications

Architecture (SCA) compliant, enable net-centric

operations, operate multi-band and multi-mode, and

deliver reliable, secure tactical communications

• AN/PRC-154 Rifleman Radio (RR) (1 Channel Type 2):

SRW

• AN/PRC-155 Manpack (MP) (2 Channel Type 1): SRW,

SINCGARS, EPLRS, HF, UHF SATCOM, MUOS ,

Bowman

• Small Form Fit (SFF): SRW and various legacy WF

Rifleman

Radio

AN/PRC- 154 SFF B SFF A

Manpack AN/PRC-155

With MOUS

Appliqué

Ground Mobile Radio (GMR)

Description:

• WNW, SRW, SINCGARS, UHF SATCOM, EPLRS, HF

• Simultaneous 4 channel operations

• 4 channel multiple independent levels of security

• Internal route and retransmit functionality

• Extension of voice & Battle Command information

GMR

AN/VRC-107

Airborne, Maritime, Fixed Station (AMF)

Description:

• WNW, SRW, MUOS, Link-16, VHF/UHF LOS,

• HaveQuick II, SINCGARS

• Simultaneous 2 (SA) or 4 (M/F) channel operations

• Half or full duplex capability

• 2 or 4 channel multiple independent levels of security

• Internal route and retransmit functionality

Maritime/ Fixed Station

AN/URC-147

Small Airborne

AN/ZRC-2

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Lower Tier Gaps:

• Voice and Data Extension

• Common operating picture for

situational awareness

• Warfighter ability to access/use

mission command information

during dismounted operations in

restrictive terrain

• Transport layer capable of

providing timely information and

services to commanders and

leaders on-the-move/dismounted

Network Enables:

• Access and use of mission

command information through the

lower tier extension

• LOS/BLOS transport using

networking waveforms (i.e., SRW

and WNW and MUOS) to extend

battlefield access Extending the Network to the tactical edge is critical to

the execution of Mission Command and the achievement

of operational adaptability and strategic aims/objectives

Networking at the Tactical Edge

JTRS Concept

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Enabling The Squad as a Strategic

Formation

Why the squad is strategic…

• The contemporary operating environment (COE) forces

us to fight as dismounted squads.

• The squad is the centerpiece of the tactical fight and will

remain so in the future.

• Squads operate under mission command but

decentralized from higher HQ.

Networking the Required Capabilities of a

Strategic Squad…

• Networking capability enhances Mobility,

Protection, Lethality, Power Generation, Training

& Leader Dev.

Strategic and Enabled Through the Existing

Network:

• Extends the network to the soldier

• Links ground to ground and ground to air

• Links Squad to Higher Echelons

• Squads have the same mobile comms, voice,

text, data, SA capabilities

http://www.popularmilitary.com/military-news/march2210a.jpg

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JTRS HMS Rifleman Radio Closes

Capability Gaps

Identified Capability Gaps:

• Gap 1: Lack of affordable protected intra-squad

Command and Control (C2) voice communications

• Gap 2: Lack of situational awareness of dismounted

forces

• Gap 3: Ineffective intra-squad radio communications in

complex terrain

Voice: The JTRS Rifleman Radio (AN/PRC-154)

is designed specifically to provide individual

soldiers within a squad secure multi-hop

voice communications for fire and maneuver.

Position Location Information: The JTRS

Rifleman Radio (AN/PRC-154) provides

beaconing of Position Location Information

(PLI) used for limited non-critical applications

to enhance individual situational awareness.

JTRS HMS gained a Milestone C decision on May

18, 2011 for Low Rate Initial Production of 6,250

JTRS HMS Rifleman Radios and 100 JTRS Manpack

Radios.

CO

PLT

SQD

TM

Soldier

IBCT/HBCT/SBCT

CP

x

All Platforms

II

• Voice and Data from Team Leader

• Voice and PLI from Soldier

Voice and Data (Type 1 & 2 capable) Voice and Position Location Info (Type 2)

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JTRS HMS Rifleman Radio Squad –

Nett Warrior

• Nett Warrior with embedded Soldier Radio

Waveform (SRW) capable radio

• SFF-B(V1) is a Secret and Below (SAB) capable

radio in development to support (CS13-14) mission

command applications and products (i.e, Nett

Warrior and/or Joint Battle Command-Platform,

End-User Devices)

JTRS Rifleman Radio – Type 2 – Controlled

Unclassified Information

The JTRS 2-Channel Small Form Fit B (SFF-B)

embedded in Nett Warrior – Secret and CUI (In lieu of the

current SFF-B an Engineering Change Proposal was

submitted to address SWaP concerns. A SAB capable

radio is currently being developed to support mission

command applications and capabilities. Work on a

virtual 2-Channel will begin in FY-12 to support Nett

Warrior requirements.)

SA/SU (Expanded Network) – SA/SU Friendly Information, SA/SU

threat information, send and receive secure data, voice and

streaming video, Link and Connect to Mission Command

Network, Long Range Communications (5k) is supported using

the multihop capability of SRW; Squad Area of Operation (AO) as

defined in GSS CDD is a radius of 1km.

Voice and Data (Type 1 & 2 capable) Voice and Position Location Info (Type 2)

CO

PLT

SQD

TM

Soldier

IBCT/HBCT/SBCT

CP

x

All Platforms

II

JTRS

Manpack

• Voice and Data from Team Leader

• Voice and PLI from Soldier

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• “The Army will focus on the Squad as the basic building block of our Army by examining training,

leader development, and materiel factors necessary for the Squad to overmatch any opponent.

Materiel options will address, as a minimum, lethality, Situational Awareness, mobility, Soldier load,

and power and energy enhancements.” – GEN Martin Dempsey, Chief of Staff, U.S. Army

• “The HMS Rifleman radios performed in a remarkable fashion, allowing Soldiers within the platoon

to exchange both voice and data information.” – Commander, 82nd Airborne Division, 03 Mar 11

• “Reliability, while not perfect, far exceeds operational requirements/expectations. A testing

program that seeks to provide 100% reliability will be counter-productive if doing so delays the

fielding of a system that, as tested, meets our requirements.” – Cdr, 82nd Airborne Division

• “These systems offer the needed capabilities required from the brigade to the team level;

lightweight, networked, advanced, wideband waveforms.”

– 82nd Airborne Operational Needs Statement (ONS)

• “Would you please steer me in the right direction for coordinating an earlier fielding of JTRS to the

USASOC.” – USASOC G-8 to HQDA G-3/5/7, 05 May 11

Units Demand JTRS’ Capability

“I had a 100% confidence the radios (Rifleman Radio) were going to work when I needed it and I

didn't notice that it was there.” – 1LT Brian Hotchkiss, Platoon Leader (Spec Ops), RR VCD

“We need to get this radio (Rifleman Radio) into the hands of the soldiers as soon as possible - it is

a good basic product - the soldiers will figure it out.” – FORSCOM G-6

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Warfighter Information Network –

Tactical (WIN-T) Update

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• Tactical Transport & Information Systems

– Warfighter Information Network-Tactical (WIN-T)

– Tactical Message System (TMS)

– Tactical Digital Media

• Network Operations Systems/Capabilities (NETOPS)

– Joint Network Management System (JNMS)

– Army Key Management System (AKMS)

– Tactical Services Manager (TSM)

– Tactical NetOps Management System (TNMS)

– Network BC Initialization Capability (NBC-IC)

• SATCOM & TROPO

– Satellite Constellations: AEHF, WGS

– GBS, Phoenix, SMART-T, TSC-85/93s,

– Transportable Tactical Command Communications (T2C2)

– Tropospheric Scatter (TRC-170s)

Emerging

Emerging

TCM N&S Managed Programs &

Capabilities

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Requirement

Evaluation

• DOTMLPF-C

Assessment

• Capability

Development for

Rapid Transition

(CDRT) assessment

• Engineering Change

• Proposal Board

• TRADOC ARCIC

prioritization

User Input

• Direct Unit Inquiries

• TCM unit visits

• Post Deployment AARs

• Operational Need

Statements

• OIF/OEF WIN-T

TELECON & Unit visits

• AFCEA Conference

• Tactical C4I Conference

• PM feedback

• SIGCOE student

feedback

• Signal FAA

Requirement

Documentation

• Update Signal Doctrine

• Update Soldier

Training Materials

• Capability

Development

Document (CDD)

• Capability Production

Document (CPD)

Improved

Warfighter

Capability

RF 7800

LOS Radio

SNAP

Terminals TS Tunneling Packages 3G SWARM

Current/Emerging capabilities influencing future development/priorities

Company CP Aerial Layer TS Points of Presence Applications to the Edge

Develop User Capability Requirements

TCM-N&S Requirements Identification

Process (Tactical LandWarNet)

HNR Radio JC4ISR Radio

ESB-E

New

Capability

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Projected ESB-E Capabilities

DOSE-L (Deployable Operations Scalable Enclaves)

(Baseband 900-1000 Users)

• Modular, scalable, Interoperable and

swappable 15 personnel manned

command post system that can support

a 900 to 1000 personnel (JTF level

CP) requirement.

• Supports 4 enclaves with voice, data,

and VTC.

• Supports four FDMA links and one

TDMA network, objectively

MFTDMA.

• No more then 2 Pallets (234 cubic feet)

DOSE-M (Deployable Operations Scalable Enclaves)

(Baseband 200-250 Users)

• Modular, Interoperable and

swappable 8-personnel manned

command scalable post system

that can support a 200 to 250

personnel (Bde level CP)

requirement.

• Support 4 enclaves with voice,

data, and VTC.

• Support two FDMA links and

one TDMA and MFTDMA

network.

• All within one pallet 117.7 cubic

feet.

DOSE-S (Deployable Operations Scalable Enclaves)

(Baseband 10-40 Pax CP) • Modular, small, scalable package

operated by 4-pax command post

team that can support a 10 to 40

personnel (Bn/Co level CP).

• Support 3 enclaves with voice, data,

VOIP, and VTC.

• ½ pallet load of 62 cubic feet.

* Colorless core and (3) Enclave NIPR, SIPR, CXI

Area Support NETOPS/IA Suite

• Planning of SATCOM, Data, Voice

architectures

• WAN Management Server (N/S/C)

• VOIP Monitoring and Analysis Server

(N/S/C) Configuration Manager Server

• IA component Management Server

(NIPR/SIPR/Coalition)

• Firewall/IPS Manager Server


• Anti-Virus server (NIPR/SIPR/Coalition)

• Vulnerability Scanner (NIPR/SIPR/Coalition)

• Patch Management Server


• Computer Network Defense (CND) (Security

Manger Server/Security Threat mitigation)


Expeditionary NETOPS

• Planning of SATCOM, Data, Voice

architectures

• WAN Management Server (N/S/C)

• IA component Management Server


• Firewall/IPS Manager Server


• Anti-Virus server (NIPR/SIPR/Coalition)

• Vulnerability Scanner


• Patch Management Server


• Computer Network Defense (CND)

(Security Manger Server/Security Threat

mitigation) (NIPR/SIPR/Coalition)

* Colorless core (4) Enclave NIPR, SIPR, CXI, TS * Colorless core (4) Enclave NIPR, SIPR, CXI, TS

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Projected ESB-E Capabilities Cont.

• Provide a Tri-Band BLOS

SATCOM utilizing military

and/or commercial bands (X,

Ku, Ka) TDMA and must be

interoperable with STEP,

Teleports, RHNs.

• 2-8 Mbps(Threshold)

Downsized SATCOM Aperture

• Provides a Tri-Band SATCOM

utilizing military and/or

commercial bands (X, Ku, Ka)

TDMA & MFTDMA and must be

interoperable with STEP,

Teleports, RHNs.

• 8-20 Mbps (Threshold) Small

Transportable TRIBAND SATCOM

(Small) (TTS)

• Provides a Tri-Band SATCOM



TDMA, MFTDMA and FDMA and

must be interoperable with

STEP, Teleports, RHNs.

• 18-35 Mbps (Threshold)

Medium

Transportable TRIBAND SATCOM

(Med) (TTS)

TDMA Mesh Push Package

(TDMA-PP)

• Provide a additional TDMA mesh

link to a TRIBAND SATCOM



TDMA FDMA

Line of Sight (LOS)

• Provide a transit case Line of Site (LOS)

transmission capability utilizing

Commercial and Military Bands

supporting an ATH meshed networkable

radio system

• 15 meter mast

• 2 man lift

• Interoperable with WIN-T INC 1 and 2

• Transmit up to 35-40 kilometers

• Throughput of 30-34 Mbps

15m

Beyond Line of Sight

(BLOS) /TROPO

• Provide a C/Ku Band transportable

BLOS tropospheric transmission

capability which can operate in

tactical environments’

• 20-30 Mbps; range min 50-100

miles

• 8-20 Mbps; range 100-150 miles

STEP/Teleport Inter operability Kit

• Provide a small case to transition

the Tier 2 network to the Tier 1

network at the Steps and

Teleports with the correct

cryptographic and firewall/IPS

solutions.

• Any cases must be 2 person lift

• Desire to be one small reduced

size case

• 1RU space UPS integrated into

the cases

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Static, Terrestrial, Staff Centric, Limited Joint

At the Quick Halt, Joint w/Bridges

On-the-Move, Leader-Centric, Non Linear, Data

Based Architecture

Commander-Centric, Fully Network Enabled

Space/Airborne Comms, Joint & Coalition-enabled

Single Network with Global Connectivity—Always On via Network Service Centers (NSC)

Information Services Tailored for Unified Battle Command Applications by Integrated NetOps

Decisive, Real-time collaboration between Commanders, leaders, and Staff On-the-Move

Embedded Training—Home Station, Training Centers, or Deployed. Live and Virtual

A Joint Common Operational Picture Tailored to Force and Situation

Commander Centric, Networked Enhanced Force Lethality, Survivability, Agility, Versatility and Sustainability

Multiple Networks - Fixed Based Connectivity

Server-based Information for Disparate Battle Command Applications

Face-to-Face Collaboration at Static Command Post

Fixed Based, Home Station Training

Service specific COP development Shared with Joint Forces

Staff Centric, sequential planning

FUTURE

Network Capabilities Strategy Vision

CURRENT

Capability Set Capability Set Capability Set Capability Set Capability Set

09-10 11-12 13-14 15-16 17-18

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The requirements of the Army Tactical

Enterprise:

Operational (NeMC)

‒ Prioritize Battle Command information

‒ Connect air and ground forces

‒ Support JIIM operations

‒ Self-healing and adaptable

‒ Support OTM and ATH operations

‒ Leverage local infrastructure when available

‒ Support degraded mode operations

‒ Dynamically tailorable

‒ Execute Tactical Network Operations

Technical (CIO/G6)

‒ Converged Transport Network (EoIP)

‒ Support Voice, Video and Data

‒ 3-Tiered: Aerial, Terrestrial, Space

‒ Transmission means agnostic (LOS/BLOS)

‒ Bandwidth efficient

‒ Multiple data classification levels

‒ Use commercial solutions and standards

Footnotes:

• Strategy for „End State” Army Network Architecture – Tactical, CIO/G6, 6 Apr 10

• Initial Capabilities Document for Net-enabled Mission Command (NeMC), Draft Version 3 Jun 10

WIN-T provides the expeditionary extension of the LandWarNet and is the

foundation of the Army‟s Tactical Enterprise and Modernization Effort

WIN-T and the Network

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What WIN-T will do

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Warfighters can tailor the “network transport” by adjusting

critical network resources to support CIR/CCIR based on

scheme of maneuver & type of operations.

WIN-T Capabilities Advanced OTM/ATH

BCT-CO levels

Network Extension

(BCT Co)

Advanced LOS (HNW)

and BLOS (NCW) radios

3-Tier Mesh Network

(Space, Aeial, Terrestrial)

Integrated NetOps

functionality Policy-

based NW Mgt

Policy-based NW Mgt

NW planning tools

Spectrum Mgt tools

Cdrs can synchronize forces quicker that are more lethal, more

survivable and achieve operational objectives faster

because….

Bring more networking capability to the force sooner!!

WIN-T Operational Advantages

Network enabled Army Units

Extending situational awareness, C2, and battle command

access to BN/BDE commanders, their command posts, and

companies

Enables commanders to direct the fight in dynamic

environments from wherever they need to be (Mobility)

Allows maneuver units to maintain better momentum &

synchronization and complete the mission sooner (Tempo)

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WIN-T Increment 1 WIN-T Increment 2 Future Capability Improvements

Fielded to 58% Army

• 83% Active Component

• 48% Reserve Component

Fielding thru 1QTR FY13

At-the-Halt CP Support

(JNN)

SATCOM Upgrades

Bridging Network Mgt

Capability

Improved Network

Security

At-the-Halt

Initial On-the-Move (Key

Leaders)

Network Extension (BCT

Co Levels)

Advanced High-Bandwidth

LOS Radios

Expanded Net Mgt &

Spectrum Mgt Functionality

At-the-Halt

Unified NetOps

with Lower TI

Aerial Layer

Increases

Transport to TS

Users

Full On-the-Move

Extend Network

Transport to Co CP

Initial Migration of

Info services

Milestone C Decision received

Feb 10

IOTE scheduled 2/3 QTR FY12

First Unit Equipped – 2/1 AD

Focus

• Prioritized capability that aligns with

Army Capability Sets

• Spirally fielding mature technologies

early WIN-T Increments (Aerial Layer, Co CP, TS Tunneling, NetOps)

• Reduce Equipment size for light units

FY 10-13 FY 12-17 FY 18- 25

JNN TCN v1 TCN Lite

WIN-T Update

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Providing Wideband ATH Connectivity to the Warfighter

DIV Main

MVR BDE TAC

STT

DIV TAC

MVR BN CP

LOS

STT

STT

MVR BDE

TOC JNN

LOS

Regional Hub

JNN

STT

MVR BN CP

STT

STT WIN-T Inc 1 TDMA SATCOM

Legacy LOS (TRC-190)

WIN-T Inc 1 FDMA SATCOM

JNN

Capabilities

• ATH beyond line-of-site and line-of-

site Wide Area Network for voice,

data, video

• Rapid SATCOM network set-up

• NIPR, SIPR, and DSN services from

DIV to BN

• Supports Transformation & Modularity

• Supports Army's ability to be JTF HQ

• Everything over IP

• Joint interoperability provided at

Regional HUB, Div Tac HUB and JNN

• INC 1b adds NCW modem & colorless

security upgrades for direct

interoperability with future WIN-T

increments

JNN

BasebandBaseband

DIV TAC

HUB LOS

LOS

BasebandBaseband DIV Hub

Or…

CPN CPN CPN

CPN

Ku/Ka

Operational Overview of WIN-T Increment

1a/b

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Operational View of WIN-T Inc 2 (w/Inc 1b)

Capabilities

• Integrated Beyond line-of-sight and

line-of-sight OTM comms

• Enhanced Quality of Service

• High-speed NIPR, SIPR, and DSN

services from DIV to CO

• Initial integrated Net Management

• Initial dynamic reorganization for BCT

• Dynamic reuse of spectrum of LOS

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• NetOps key to enabling mobile BC:

– Policy-based planning with mission-oriented resource allocations

– Quality of Service planning and management

– Map-based Network rehearsal and performance analysis

– Extension of the DoD PKI to the tactical environment user

authentication

• Improving WIN-T NetOps for the G6/S6:

– Spectrum planning/management of emitters beyond WIN-T

domain

– Single Network Common Operating Picture (COP)

– Centralized planning, configuration and monitoring optimized for

mobile network environment (Network Management System)

– WIN-T components and transmission equipment configured and

managed over the network from NOSC (Division/Bde)

– Radio connectivity, link characteristics, and traffic loading visibility

– Over-the-network key distribution

WIN-T INC 2 NetOps - Overview

WIN-T NetOps is the foundation for all network transport and applications

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WIN-T Inc2 - NetOps Deployment

Legend

• Enroute Planning Laptop – Thick Client with NETOPS

Planning SW

• WAN Mgt & Planning– NETOPS Functions for WAN

config, planning, & management (NOSC-D, NOSC-B)

• Node Mgt – NETOPS Functions for Local Node Mgt (TCN)

• LAN Mgt – NETOPS Functionality For User LAN Mgt

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Provides Full OTM Connectivity to the Warfighter

Division Main TCN

POP

BDE CDR

Division TAC

NOSC

TCN QT

QT

MVR BDE TOC

TCN QT+

WNW/SRW

(x4) SNE

WNW/SRW

(x4) SNE

VWP

VWP

WIN-T LOS (HNW)

WIN-T FDMA SATCOM

WIN-T NCW SATCOM

MVR BDE TAC

TCN

VWP

TCN

MVR BN CP

VWP

NOSC

Capabilities

• OTM &ATH beyond line-of-

site and line-of-site Wide

Area Network for voice,

data, video

• Aerial Tier provides robust

LOS connectivity, easing

SATCOM resource

requirements

• Increased LOS

throughput

• Fully Integrated/Unified

NETOPS

• Co CP Network Extension

– transit –case LOS &

SATCOM

• Advanced Information &

Network Services (IDM,

RBAC, AD, Content

Storage, Metadata)

• Network Transport to TS

Users

TCN

MVR BN CP VWP

Ku Commercial or WGS

NOSC

Network Service Center

- Regional

GiG

USASOC/JSOTF

Joint

MVR CO CP

Transit-case SATCOM

Future Incremental Improvements to the

Network

PoP - C_ FCS Vehicle_LRIP

PoP - C_ FCS Vehicle_LRIP

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Attributes JROC WIN-T CDD

Priority

1

Priority

2

Priority

3 Background/Rationale

Aerial Tier

Brigade Opns

Div/Corps Opns

X Completion of the 3rd tier of the Network

X Early capability based on COTS radio/waveform

X * PM aligns JC4ISR with Aerial Capability

NetOps Mgmt -Lower Tactical Nets X Combine management of WAN (WIN-T, JTRS) & LAN

TCN Light X Needed by IBCT and other Army Light units

NOSC Light X Needed by IBCT and other Army Light units

BCIS Migration to Network (Directory & Information Services)

X BCCS to be installed onto Network Configuration Items

MCN - Top Secret (TS Tunneling Package)

X Provides additional TS-SCI points of presence

Interoperability – 3G/4G Cellular/Aerial X

Transit Cased - BLOS/LOS X OIF/OEF company capability – Infantry Center?

ESB PLT Comms OTM X Provides Comms OTM to Inc 1 Organic HQs

Provide Full OTM to more Brigades X

Provide OTM networking to additional BCTs, Fires, Avn

Enroute Mission Planning X

Current technology does not meet the requirement; 82nd Div ONS pending validation

NetOps – IDM integration of RBAC, Mediation, QoS/SoS

X Requires approximately a 5 year RDT&E effort

Handheld Capability (Cellular like or SATCOM)

X Network extension to tactical Commanders in and around Command Posts

IA – Security Architecture X Multi-Level Security on single Comms path

Future Incremental Capability

Prioritization

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Additional Attribute – TCN Light

• Must provide a smaller, highly-deployable version of the Tactical

Communications Node (TCN) that meets the deployability parameters of

Army Light Forces.

►TCN Light replaces planned TCNs

for Army light forces with minimal

operational impact to overall

performance. No increase to the

total number of TCNs expected.

Mission Command Essential Capabilities: Robust Network and Execute Tactical NetOps

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Additional Attribute – BCCS on TCN

• Must Host Mission Command/Battle Command Information Services

operated ATH; Host, plan, configure, monitor and manage Division,

Brigade Combat Team and below Information Services ATH and OTM.

Mission Command Essential Capabilities: Execute Tactical NetOps, Display and Share Relevant

Information, Enable Collaboration, JIIM

► Battle Command

Common Services

(BCCS) hosted on the

TCN and managed by

the G6/S6 staff provides

the initial integration of

tactical Battle Command

and Network information

services reducing

duplication, complexity,

and SWaP requirements

within each Division,

BCT, and BN formation.

Battle Command Common

Services

(Enterprise Services)

• COOP

• Email

• File Sharing

• Web Conferencing

• Troubleshooting

• Chat Services

• Application Management

• Virtualization Management

• GIG Collaboration

• Hardware Diagnostics

• Etc.

Battle Command Common Services

(Core Services)

•Data Services

•Security Services

•Initialization

•Interoperability

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Additional Attribute – Host 3G/4G Cellular

► Hosting existing cellular

technology and

interfacing with WIN-T to

support the commander’s

JIIM interoperability

during phase III and

Phase IV operations.

TCN

TCN

TCN

3G/4G/?G

WIN-T Backbone Wireless Access

Wireless Access

Mission Command Essential Capabilities: Robust Network, Execute Tactical NetOps, JIIM

• Initially, shall host and provide interoperability with cellular-based networks.

If funded future systems will provide the infrastructure and transmission

interoperability with cellular-based networks provided by Army approved

COTS/TPE/ONS/QRC/PORs fieldings.

UNCLASSIFIED

UNCLASSIFIED


• INC 1a - Continued fielding (through FY13)

– Primarily National Guard Units

– Equipment refresh for Active units in Re-set

– Establish NSC-T & RHNs (3 Operational, Guam & Cp Roberts- In process)

• INC 1a/2 Interoperability Demonstration – NIE 12.1 (1QFY12)

• INC 2 Force Development Test & Eval/Logistics Demo (2QFY12)

• INC 2 NET (2QFY12)

• INC 1b/2 IOT&E & First Unit Equipped – NIE 12.2 (3QFY12)

WIN-T Key Events – Way Ahead

UNCLASSIFIED

UNCLASSIFIED


• Signal Manpower

– Validate INC 2 reduced manpower options prior to IOT&E (FDT&E)

– Increase of greater networking capabilities company CP

• Develop smaller, lighter TCN for select units

• Accelerate Aerial layer verses HNW radio development schedule

• Develop portable LOS/BLOS systems (transit-cased)

• Build WIN-T IDM Capabilities that:

– Prevent duplication of network services with BC

– Provide information to warfighter based on IDM policies and priorities

• Improve/Consolidate NetOps of separate networks

WIN-T Challenges

Session 6 TRADOC Capability Manager Tactical Radios

and TRADOC Capability Manager Networks

& Services

Questions/Comments?

Session 6 - AFCEA International · •Scalable and modular Software Communications Architecture...

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