FTCC ABCS 7_0 Migrationn Path

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Don Parrish The MITRE Corp.
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Future Tactical Commanders Cell Framework

• MITRE led concept, with approval by Army sponsor
  (PM TOCs/AMDCCS), to develop a design methodology
  to impact tactical operating centers that
  potentially
• Reduces costs
• Reduces weight
• Reduces size
• Provides a path for sponsor to meet Army
  Transformation Objectives

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FTCC Myths and FAQs(page 1 of 2)

• Is the FTCC a system?
• No but the FTCC is often thought of as a system.
  Instead, it provides definitions, basic
  architecture and outlines a framework under which
  systems may be built.
• How does the FTCC impact operator staff
  requirements?
• Many think that implementing the FTCC requires
  Multi-Functional Operators (MFO). The fact is
  the FTCC architecture supports existing staff
  training/structure and enables use of the MFO
  when desired.
• Is the FTCC just for heavy forces?
• No. The architecture supports aviation, heavy,
  medium and light forces. The first demonstration
  was with a heavy division during DCX II and
  subsequent demonstrations during NTC rotations.
  A demonstration with light forces occurred during
  MC02.

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FTCC Myths and FAQs(page 2 of 2)

• How does the FTCC support existing and future
  tactical software?
• Equipment qualified as part of the SCF for ABCS
  6.x interfaces the same as other existing
  computer hardware. For example, applications
  part of ABCS interface with the server via a
  network connection.
• Does the FTCC eliminate vehicles?
• The architecture allows a reduction in the number
  of C2 sheltered platforms that constitute a TOC
  or TAC. Eliminating vehicles or changing the
  Force structure of operating centers is not
  required but is enabled.
• What is the influence of FTCC?
• The concept and architecture of the framework are
  reflected in the SICPS and BCOTM ORDs

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FTCC Concept
Common Digital Intercom Components
Common RF Communications Components
Sensor Data
UAV
(4) SINCGARS-ASIP (1) HF (1) SATCOM DAMA (1)
NTDR (1) EPLRS (1-2) PLGR (1-3) TCIM
Platform Independent
Photo-T
Discrete Radios Replaced with JTRS
Upper and Lower Tactical Internet Integration
Remote Access
Common Hardware Processing/ Visual Display
(Switch or Server)
Small Computing Farm
Technology Insertion Initiatives
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FTCC Configuration
B-Kit (Mission Equipment Package)
Antennas Mounts Cables Wiring Harnesses Power
Taps Mounting Hardware ECU and APU B-Kit
Interfaces
A-Kit (Platform Modifications)
Communications Suite
(4) SINCGARS-ASIP (1) SATCOM DAMA (1) NTDR (1)
EPLRS (1) TCIM (1) GPS Receiver (1) UAV Video
(1) Photo-Telesis Rcv
Intercom Access Unit
VOICE
User Stations
FTCC LAN (Ethernet)
MCS
DATA (messages / situational awareness)
CSSCS
MCS
AMDWS
AFATDS
ASAS
MCE Mission Configured With ABCS Software
Maneuver Commanders Environment (MCE) with User
Stations (number can vary)
Tactical Internet Manager (TIM)
B-Kit is Platform Independent
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(No Transcript)
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FTCC Instantiations
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Key Equipment Available Today

• Small Computer Farm (SCF)
• Computer chassis variety to support single
  motherboards or multiple blade computers
• Remote Access
• KVM switches, Secure Wireless LAN, software
• Digital Intercom
• Remote voice radio access with crossband
  capability, MSE interfaces and fiber (now) with
  VOIP (4Q03)
• Networking
• Router with embedded switch ports (18 or more)
• Industrial grade switch (8 ports)

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Rugged SCF Options Today
Multi-Processor Unit - best computer system
density
Rugged Mobile Enclosure (FY03) - best
environmental range
Leverages technology matured in Crusader and
AAAV via DMEA
Leverages technology matured in A2C2S program
Rugged AXi Client - best cost
Leverages technology from a Navy program
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Remote Access Options
Wireless Secure Access Point - commercial today
KVM Rear View
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Notional ARME Configuration
Removable Hard Drives and CD-ROM Through SCSI
Single Board Computers, Secure Wireless Access
Point, GPS Receiver
KVM Switch, Network Switch and Router
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Notional Light Force System

• Instantiation with a HMMWV
• Mounts equipment in HMMWV cargo bed
• Laptop user positions
• Wireless Access Point and Bridge for dismounted
  and distributed operations
• VOIP via intercom on LAN

Setup within 10 minutes demonstrated
Platform Options
HMMWV
Light Armor
Airborne
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Notional SLAMRAAM Remotable System

• Instantiation with launcher
• Mounts equipment on existing platform
• User access from rugged laptop
• Wired LAN for operations in vehicle cab while
  On-The-Move
• Wireless Access Point on LAN for dismounted
  operations
• VOIP via intercom on LAN

up to 1 km separation
Laptop used in vehicle cab for On-The-Move
operations and remote launcher operations
Platform Equipment
Soldier Equipment

• Rugged Laptop
• Hosts clients for thin client access to processor
  suite and digital intercom
• Holsters a PCMCIA card to support secure wireless
  ops

ARME houses computers, networking suite, GPS
receiver
Digital Intercom provides local and remote voice
access
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Summary

• Anticipated Benefits
• Supports remote and distributed operations
• Simplifies platform integration
• Supports common TOC design
• Provides flexible architecture
• Common hardware

• Physical Comparisons
• Weight
• Overall TOC reduction
• Space
• Fewer C2 shelters needed
• Power
• Reduces power requirements over current
  stand-alone architecture

Supports existing architectures and enables
Transformation objectives with ABCS 7.0