WIN-T Points of Presence in a FCS Equipped UA

1. *SCA compliant waveforms Firewalls/IDS HighCapacity LOS* KaSat* Joint/Legacy Mux Joint/Legacy Crypto VTC/Circuit Gateway GBS Receive Voice/Circuit Gateway Router/Switch Voice Interworking FN INEs Reach/reachback and GBS receive Interoperability Gateway (at 2 locations) WIN-T Points of Presence in a FCS Equipped UA SATCOM (Ka/Ku OTM) Version 1 High Capacity Airborne OTM and SATCOM OTM functionality with local management Version 2 Adds GBS Receive Version 3 Adds Interoperability Gateway GBS payload (UFO/WGS/Comm Ku) OTM/ATH 6 Mbps (GBS receive) OTM/ATH 256 kbps UAV with WIN-T Comm Payload Local WIN-T Management Software OTM/ATH >10’s Mbps FCS Vehicle

2. WIN-T Transmission Elements ER/MP WIN-T Comms Payload (WCP) 3G Cellular phone supports user voice/video/data 30 meter terrestrial relay for operational flexibility at higher echelons Iridium handset transitions to MUOS SWLAN support to user HAA WCP with crosslinks Automatic Quick-erect mast Multi-beam electronic tracking LOS antenna Collapsible at the Quick Halt SATCOM antenna SATCOM OTM Switchable Ka/Ku Point of Presence (POP) w/ JC4ISR radio In-theater Iridium gateway TIP Cluster 1 Radio JC4ISR Radio 3G PCD Basestation SWLAN SMART-T Quad-band terminals (2.4/4.9m) Phoenix Tactical Communications Node

3. MSE/TRI-TAC WIN-T JNN Network Linear/Non-linear Battlefield Area of Operations Non-linear Battlefield Expanded Area of Operations Cold-War Linear Battlefield Smaller Area of Operations • Non-integrated NetOps (Net Mgt, IA, & IDM-T) • At the Quick Halt Comms • Reduced footprint • Reduced manpower IAW TF Modularity • Primarily BLOS and limited LOS • GIG connectivity down to Bn • JWICS TS/SCI Tunneled through network (future) • Full integrated NetOps Capability (Net Management, IA, IDM) to include Speed of Service and QoS • On the Move Communications • Network Services integrated and embedded within Warfighting Platforms • Optimal use of manpower utilizing automated Services • Multi-tiered LOS & BLOS (Ground, Airborne, & Satellite) • GIG connectivity down to Bn • Fully integrates all systems to make one Unified Network (Net-Centric) • Network Management Capability • Limited Mobility • Large transportation requirements • Manpower intensive • Primarily LOS and limited BLOS • GIG connectivity down to Bde • TROJAN Spirit and other Stove Pipe systems supplement network

4. CSTP • Rapid acquisition program serving as the focal point for DoD commercial earth terminal procurement, fielding and sustainment • Provides high reliability, high capacity and cost effective commercial SATCOM solutions to the Warfighter in single or multi-band configurations • 100% Customer Reimbursed Program (No Appropriated Funds) • 1500+ earth terminals fielded worldwide providing critical Warfighter communications Program Information Earth Terminals Other Services • Transportable/Transit Case – Flyaway, FTSAT, VSATs, JNTC (Hub and Trailer) • Prime Mover/Trailer Mounted – HMMWV • Deployable – Deployable Ku Earth Terminals (DKETs) • Fixed Site – Hub and Spoke (C & Ku Band) • Position Location – KLRS/OmniTRACs • Defense Satellite Communications System (DSCS) Certified Terminals • Engineering Studies, Assessments,Evaluations • Demonstrations, Experiments and Exercises • Market Surveys and Investigations • Rough Order Magnitude (ROM) Estimates • Contracting for Equipment, Spares, O&M Support • Source Selections and Contract Administration • Tests, Certifications and Acceptance of Systems • Fieldings, Operations & Maintenance, Logistics

5. Mar 2005 JTRS JPEO Created Mar 05 ADM direction: • JPEO JTRS responsibilities • Manage execution of all JTRS R&D dollars • Develop JTRS WFs and radios • Transition developed JTRS produces to services for production • PEO C3T responsibilities • Manage execution of JTRS Cluster 1 OPA dollars • Budget Cluster 1 R&D/OPA dollars • Produce Cluster 1 radios • Develop Ancillary eq and platform unique installation kits • Field and sustain Cluster 1 radios (both HW and SW) JPEO Assessments • JTRS Cluster 1, JPO, JTRS Cluster 5, AMF, MID-J and JTRS Cluster 2 JPEO JTRS recommendation to Mr Wynne • Move development contract management to JPEO JTRS • Co-locate Cluster 1 PdM with JPEO JTRS

6. Office of the Project Manager (WIN-T) Systems Engineering takes place in development, not in the field PM WIN-T Network Integration BMD RMD TMD FCS PdM Multi-Channel Satellite Terminals PdM EHF Satellite Systems PD WIN-T PdM JTRS Cluster 1 PdM JTRS Cluster 5 • Interface Control Working Group (ICWG) established and contributing

7. CHARTER PM WIN-T PM UA NSI CIO/G-6 Sept 2002 Interface Control Working Group (ICWG) Progress to DateCurrent Organization ICWG Information Assurance Network to Network App to Net/Net Svc Network Management Routing Focus Group QoS Focus Group XML Focus Group Key Management Focus Group JNMS Focus Group Tactical PKI Focus Group TC Focus Group NETCOM Focus Group

8. WIN-T/CERDEC Science and Technology Investments • WIN-T leverages CERDEC Army Technology Objective (ATOs) further developing on the move technologies required to support Army Future Force • MARCON-I ATO program technologies / features are being used to deliver protocols and algorithms, QoS and bandwidth mitigation technologies and M&S support and evaluation of the networking capability required to support WIN-T • Antenna ATO will deliver WNW high gain antennas for WIN-T, integration of Ka/Ku panels into HMMWVs and analysis of phased array power amplifier efficiencies • RETNA ATO will provide a WN wideband power amplifier and mature enabling technologies to transition to WIN-T • Lab testing / demonstration will result in the development of COTM technologies in support of WIN-T from the OTM SATCOM ATOs Ka-band terminal experiments • COMPOSER ATO will provide three software product releases and a framework architecture which includes a Comm Effects Server (CES), Net Planner and 3D Visualizer • Aggressively manage technology fusion into future spirals • Set conditions to increase S&T investments in C4ISR due to expanded Net Centric and GIG requirements

9. QUESTIONS?