AIAMD Program Overview 29 September 2017 PROGRAM...

Army Integrated Air and

Missile Defense

Program Update

17 November 2017

Mike Chandler

Any Warfighter - Anywhere - All The Time

PROGRAM EXECUTIVE OFFICE

MISSILES AND SPACE

AIAMD Program Overview – 29 September 2017

DISTRIBUTION A: APPROVED FOR PUBLIC RELEASE DISTRIBUTION UNLIMITED


2Any Warfighter - Anywhere - All The Time

PEO Missiles and Space Portfolio

Joint Attack

Munition Systems

(JAMS)

Cruise Missile

Defense Systems

(CMDS)

Counter - Rocket,

Artillery, Mortar

(C-RAM)

Integrated Air &

Missile Defense

(IAMD)

Lower Tier

Project Office

(LTPO)

Precision Fires

Rocket and Missile

Systems (PFRMS)

Close Combat

Weapon Systems

(CCWS)

Missile Defense &

Space Systems

(MDSS)

THAAD &

AN / TPY-2

Sustainment

Management

Office (T2SMO)

SpaceDirectorate

JAVELIN

Tube-Launched, Optically-Tracked,

Wireless-Guided (TOW)

Improved Target Acquisition System

(ITAS)

Lethal Miniature Aerial Missile System

(LMAMS)

Precision Fires Manager

(PFM)

IAMD Battle Command System (IBCS) Engagement

Operations Center(EOC)

Integrated Fire Control Network

(IFCN) Relay

A / B Plug & Fight Interface Kits

Containerized Weapon System (CWS)

Air and Missile Defense Planning & Control System (AMDPCS)

Forward Area AirDefense Command &

Control (FAAD C2)

C-RAMIntercept (LPWS)

High Mobility Artillery Rocket System(M142 HIMARS)

Multiple Launch Rocket System

(M270A1 MLRS)

Sentinel

STINGER

Avenger

AN / TPQ-50AN / TPQ-53

AN / TPQ-36

NASAMS

IFPC Inc 2-I

AVIATION FIRES MANEUVERAIR DEFENSE

& SPACE

Range RadarReplacementProgram (RRRP)

AN / TPQ-37

Army Tactical Missile Systems (ATACMS)

Long Range PrecisionFires (LRPF)

Guided Multiple Launch Rocket Systems(GMLRS / U / AW)

RAM Warn

Joint Air-to-Ground Missile (JAGM)

Hydra-70

Small Guided Munitions

HELLFIRE

Launchers

PATRIOT/Ground Support

Equipment

PATRIOT Advanced Capability (PAC-3)

PAC-3Missile Segment

Enhancement (MSE)

Lower Tier Air Missile Defense Sensor

(LTAMDS)

SMDC Nanosatellite

Project (SNaP-3)

Kestrel Eye(KE)

Microsatellite

Joint Tactical Ground Station (JTAGS)




Background

• MS B DAB with Resulting Down-Select to IBCS Prime Contractor

(Northrop Grumman) Completed in December 2009

• Program Restructure Approved in February 2012

– Remove MEADS, SLAMRAAM

– AIAMD Architecture Expanded to Incorporate Brigade Combat Teams (ADAM

Cell), ADA Brigade, AAMDC Headquarters and Indirect Fire Protection

Capability (IFPC)/Avenger Battalions, Componentized Patriot system

– Army Acquisition Objective Revised to Meet User Requirements (285 431)

• Minor schedule adjustment in 2013 based on Software

Development challenges with Prime

• PB 15 Funding Reduction Resulted in MS C and IOC Date

Changes with APB Schedule Breach

– Revised Acquisition Program Baseline (APB) approved in October 2014

• Army made a risk-based decision in FY 17 to reschedule MS C to

2020 and IOC to 2022




Army IAMD Program Pillars

• Provide Common Net-Centric Mission Command (MC)

Capability

– All mission command nodes have the same data

– Flexible and reconfigurable role definitions

– Same processes for the same function across the force

• Provide Integrated Defense Effectiveness– Engagement range and effectiveness bounded by sensor and weapon

capabilities, not MC Stovepipes

• Reduce MC Footprint and Replace Obsolete

Architecture– Eliminate unique functional nodes

– Eliminate stovepipe data processes




Current Threat Summary

Cruise Missiles

Future Operational Environment — Aerial Threats

Increment 2 Expands our ability to counter the Cruise Missile and UAV threat

• >702 Countries With Some Kind of Cruise Missiles Today

• 62 Countries Import CMs

• >20 Countries Manufacture and Export CMs

• 360-degree Threat

• Warheads — Conventional, WMD, Anti-Armor Submunitions

• Range 30-1500 Km

Unmanned Aerial Systems

• >1501 Operational Programs in > 40 Countries Today

• Missions — RSTA, Decoy/Drone, Electronic Warfare, Lethal Attack

• Most Systems are Tactical RSTA with Ranges to 150 Kms

Manned Air ThreatIncrement 2 Maintains our ability to counter the Manned Air and TBM Threat

AIAMD Attack

Risk — Low4

Attack

Helicopter

Aircraft

1 & 2 National Air and Space Intelligence Center (NASIC), Center for Defense and International Security Studies

3 Carnegie Non-Proliferation Project, World Missile Chart

4 USAF/USN Aircraft Superiority Assumed

Tactical Ballistic Missiles

• 353 Countries with Some Type of Ballistic Missiles Today

• Warheads — Conventional, WMD, Smart Submunitions

• Payload 190 - 1000 Kg

• Accuracy to <30 M CEP

• Range 80 – 3000 Km




AIAMD Baseline

Sentinel

Patriot Launcher

Patriot Radar

WIN-T Inc 2 Highband

Network Radio (HNR)

Common EOC Configuration

Radar

Interface

Unit

Patriot Launcher

Battalion

Battery

Integrated Fire Control

Network Relay

IBCS-968

B-Side

Future

Components

Current

A-Side

Components

BCT ADAMFY24

IFPC MMLFY21

LTAMDSFY27

ADA BDE / AAMDCFY24

THAADFY24

MSHORADTBD




Platoon EOC




Battery EOC




Battalion EOC




Engagement Operations Center

Classified and Sensitive But Unclassified (SBU) LAN

Internal EOC Collaborative Planning

Large Screen Displays (LSDs) for COP/Situational Awareness

Enhances Net-centric Battle Command

Command Center System

EOC LAN

TOCNET

BN and below

Desktop Remote Radio Control

Telephone Communications

EOC Communications System

SICPS Family of Tents

Environmental Control Unit (ECU)

Power Generation for ECU and Lighting

Trailer Mounted Support System

Common Equipment and Functionality for AMD Weapons and Sensors

— Replacing 7 existing Command and Control elements

Integrated Collaborative Environment (ICE)

— Commander in the loop

Integrated EO and FO (ABCS Enabled Applications)

LandWarNet and JIIM Interoperability

CWMI (Operator Role Based Capability )

Leveraging Standard Army NDIs ( SW/HW)

IAMD Battle Command System (IBCS)

5-Rack System

Signal EntryPanel (SEP)

Workstations

Environmental Control System (ECS) Power Distribution

Panel (PDP)




Integrated Collaborative Environment (ICE)

2 Large Screen Displays

• Display Common Operational Picture in up to 6 separate windows

10 Workstations per tent

• Provides FCE and ABCS capability as configured

Future Operations- XO - Maintenance- S3 Plans - Logistics- S3 Asst - NBC- S2 Plans - Comms- S2 Asst - Personnel

Current Operations- FCO - Intel- WCO - Force Prot- WCO - S3 Battle CPT- IDO - ICO- SO - Sustainment




Integrated Fire Control Network

Single, Integrated Network

• IFCN Provides Connectivity for Data and Voice

• Meshed, Ad Hoc IPv6 Network for Robustness

• One Radio Type, Efficient Single-Tier Network

• Dedicated Relays to Connect “Enclaves”

• IFCN Connectivity ATH, not OTM

IFCN Nodes Within

“Enclaves” Typically

Situated for Defense

Planning Purposes

HNRe2-8w Radio Can Establish

RF Links in Multiple Azimuths

(Time Scheduled

Transmissions to/from

Neighbors)

IPv6 Packet Routing

HNW Waveform

Higher Data Rates

Lower Data Rates

(Per Link Data Rates

Depend on Range and

RF Conditions)

EOC’s

(15m masts)

IFCN Relays

(30m masts)

Enclave #1

Enclave #2

Packet Routing to All Neighbors Not

Always Necessary or Desirable

Need to Judiciously Trim RF Links

IFCN enables the communications for:

• Net Centric, Distributed C2 functionality

• Flexibility and Scalable Mission Command

• Dynamic defense design and task force

reorganizations

• Dynamic battlefield reconfiguration

• Engage on Network (EON)

• Voice, Video, and Data

• Reach back to the Global Information Grid (GIG)

• Network Management and Planning

• Increased Battlespace

• Better Information & Better Decisions

IFCN Characteristics

• Self-organizing, self-configuring, self-healing, ad-

hoc network (360 degree coverage; minimizes single

point of failure)

• IPv6 Multicast Network

• Data (Engagement and Planning), voice, and video

converged in a single IPv6 network

• Adaptive modulation rate and power level based on

link closure out to ~25km (3 to 30 Mbps user data

rate)

• Allows for “Alternate Media” to leverage Host Nation

infrastructure and other media




DDS (Asynch, Compact, Very High Volume, Time Critical)

Enterprise Integration Bus

XML over DDS (Asynch, Extensible, High Volume, Time Critical)

Web Services (Synch, Extensible, Low Volume)

Situational Awareness

ND

ID

evel

op

men

tal

NetworkManager

Staff FunctionsIBCS 606f

M

issi

on S

uppo

rt

Lega

cy F

AA

D-C

2

C

DLI

S

FB

CB

2

ID

D

AM

DW

S, H

IDR

A

T

rack

Man

ager

JS

S, W

IN-T

NM

S

S

enso

r S

ervi

ces

S

AM

S-E

W

eapo

n S

ervi

ces

A

SA

S-L

M

issi

on C

ontr

ol

BC

S3

E

mbe

dded

Tra

inin

g

MC

S-L

C

WM

I

Sys

tem

Mod

elin

g

Common Software

Common EOC Configuration

Common Products

Sentinel

Patriot Launcher

Patriot Radar

PATRIOT Radar Interface Unit

HNR Radio

Common P&F Capability

IFC Network

IFCN Relay

Patriot Launcher

Battalion Configuration

Battery Configuration

IBCS-968




Integrated Fire Control Network (IFCN) Relay

• Nomenclature: IFCN Relay• Description: 30m mast, generator, and electronics

enclosures on a modified M1102 military trailer.• Function: Provides the interface to the component Plug and

Fight A-Kit (Sensor or Weapon) to allow it on the IFC Network or can act as a relay between nodes.

• Locations in units when fielded: 12 per Battalion• Complete listing of everything that is included with the item

when fielded: - Network Enclosure - Baseband Processing Unit (BPU)

(radio), KG-250X Encryptor, Parvus switch, Status & Coordinate Input Module (SCIM), Initialization and GPS Receiver Module (IGRM)

- Plug and Fight Processing Unit – Single Board Computers, Switch Card, Solid State Hard Drives

- Highband RF Unit (HRFU) Antenna- Battery Charging Auxiliary Power Unit (BAPU)

• In the process of adding a dedicated HMMWV (M1165) to the BOIP

• Modifications to WIN-T TR-T

• Integrated COMM Kit, including HNR with BPU & HRFU, Encryption unit, IGRM with SCIM, Timing Unit and Classified Ethernet Switch in the Network Enclosure

• Integrated PFPU mounted on the platform

• Integrated cabling, including HRFU antenna cable, Ethernet to fiber media converters, power, grounding and GPS

• Modifications Increased Trailer weight above allowable limit (~295 lbs over)

• TACOM waiver and safety procedures in place for DT

• Pursuing FMTV variant for LRIP with concurrence of User and G-8




AIAMD Program Master Schedule- Baseline Program -

Schedule is pending DAE Approval

FY17 FY18 FY19 FY20 FY21 FY22

1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4

Major

Acquisition

and

Technical

Events

Software

Development

AIAMD

Testing

Cybersecurity

Logistics

Fiscal Year

Quarter

MS C

FRP Decision

FCA

IOC

PCA#2

JROC/CPD

EA#2

IOT&E CVPA

LUT CVPA

IOT&E AA

EMD LRIP

4.5 DT LUTSCOE4

EA#3LUT AA

EA#4

LUT NET / CollectiveTraining

IOT&E NET / Collective Training

Log Demo Log Demo

IBCS Qual Testing

Delta PRR

IBCS SW v4.0

IBCS SW v4.0M

AdditionalTest –Fix - Test

v5.2 (add BCT ADAM)

SCOE3.1SCOE3 FT FT FTs

GSIL 5.xSW Integration Testing

4.0.2DT

v5.0 (Patriot / Sentinel / IFPC MML)

Synch’d w/ PEO –MS IMS as of 091417)

v4.5 (Patriot Radar / Launchers & Sentinel)

v5.1 (add AAMDC / BDE HQ ADAM & 2nd IFPC Msl)

IOT&E

GSIL 4.xSW Integration Testing

PCA#1




AIAMD First Flight Test- 28 May 2015 -

• Successful intercept test against a

Tactical Ballistic Missile (TBM) surrogate

target using a Patriot Guidance Enhanced

Missile-Tactical (GEM-T) missile. A

Patriot-As-A-Target TBM surrogate flew a

TBM trajectory against an asset defended

by an AIAMD task force.

• Task Force comprised of a Battalion

Engagement Operations Center (EOC), a

non-collocated Battery EOC with a Patriot

radar, and a remote Integrated Fire

Control Network (IFCN) Relay connected

to two adapted Patriot Launchers

operating on an IFCN.

• The IBCS coordinated all aspects of the

engagement sequence.

• This test demonstrated the ability to

conduct an engagement over an IFCN

utilizing the IAMD Battle Command

System (IBCS).

IAMD Battle Command Systems (IBCS) Battalion Engagement Operations Center (EOC)

White Sands Missile Range

AIAMD Flight Test




AIAMD Second Flight Test- 12 November 2015 -

EMD FT 1 Objectives:• Demonstrate IAMD Component Integration Onto

the IFC Network by Detecting, Tracking, Engaging, Launching an Interceptor(s), and Intercepting an Surrogate Cruise Missile with a PAC-3

• Evaluate IBCS Composite Tracking (Risk Reduction for Future IAMD Flight Tests)




• Successful intercept test against a Cruise

Missile (CM) surrogate target using a

Patriot Advanced Capability Three (PAC-

3) missile. A MQM-107 Drone CM

surrogate flew a low altitude trajectory

against an asset defended by an AIAMD

task force.


Engagement Operations Center (EOC), a

non-collocated Battery EOC with a Patriot

radar, and a remote Integrated Fire

Control Network (IFCN) Relay connected

to two adapted Patriot PAC-3 Launchers,

two remote Sentinel Radars connected to

IFCN Relays, all operating on the IFCN.



• This test demonstrated the ability to

identify, track, engage and kill targets

using an interceptor from one Air Defense

system and remote sensors from another

Air Defense System.IAMD Battle Command Systems (IBCS) Battalion Engagement Operations Center (EOC)

Sentinel Radars Patriot Launchers




AIAMD Third Flight Test- 8 April 2016 -







• Successful dual intercept test against a

Short Range Tactical Ballistic Missile

surrogate and a Cruise Missile (CM)

surrogate target utilizing a Patriot

Advanced Capability Three (PAC-3)

missile and a Patriot Guidance Enhanced

Missile-TBM (GEM-T).


Engagement Operations Center (EOC)

with a Patriot Radar, a non-collocated

Battery EOC, a remote Patriot Radar

connected to an Integrated Fire Control

Network (IFCN) Relay, a remote IFCN

Relay connected to two Patriot Launchers

equipped with PAC-3 missiles, a remote

IFCN Relay connected to two Patriot

Launchers equipped with GEM-T

missiles, and two remote Sentinel Radars

connected to IFCN Relays, all operating

on the IFCN.



Flight Test Three, conducted in a Limited User Testenvironment, demonstrated the Army’s capabilityto identify, track, engage and kill targets usingmultiple types of interceptors from one Air DefenseSystem and remote sensors from another AirDefense System operating on the Integrated FireControl Network (IFCN) under the control of theIAMD Battle Command System (IBCS).

Sentinel Radars Patriot Launchers

IAMD Battle Command Systems (IBCS) Battalion Engagement Operations Center (EOC)




Northrop Grumman Team



Summary

• Current Army IAMD Program is a Result of the Changing User Capability Requirements as Established in the AMD Concept and O&O Plan for the Future Force.

• AIAMD Program Scope includes synchronization with Army and Joint Interagency Intergovernmental Multinational (JIIM) Programs and Systems.

• Working with S&T Community to Synchronize the AIAMD Program with Potential Capability Improvements as They are Being Developed.

• Program Supports the Fires Center Concept of Fires.


AIAMD Program Overview 29 September 2017 PROGRAM...

Documents

Transcript of AIAMD Program Overview 29 September 2017 PROGRAM...