1. Surface Navy Association
Mr. Chris Deegan
Executive Director
Program Executive Officer Integrated Warfare Systems
January 16, 2013

2. Program Executive Officer Integrated Warfare Systems
The PEO IWS organization is aligned to develop, procure and deliver Enterprise Warfighting Solutions for Surface Ships
DELIVERY
238 USN Ships
78 USCG Ships
25 Nations
PEO IWS executes $5B - $6B annually
PEO IWS has life cycle responsibilities for combat system performance, design management, systems engineering, installation, integration, test, maintenance and disposal
AGS
Engage
INNOVATION
APLs
Industry
NSWC
NUWC
ONR
SBIR/SST
DARPA
Aegis BMD
ESSM
Detect
Control
SPS-48E Radar
SPS-49 Radar
CEC
MK 45
Sea
Sparrow
AMDR
MK 41VLS
Phalanx
AN/SLQ-32(v4)
155 Programs:
4 - ACAT I 7 - ACAT II 4 - ACAT III 5 - ACAT IV 6 - R&D Inactive Non ACAT
SSDS
This view shows what we are delivering today.
In the future we will be involved in:
Detect: AMDR
Control: Aegis and SSDS Advanced Capability Builds and Technical Instructions
Engage: SM-6 upgrades, RAM upgrades, ESSM upgrades, Rail Gun, Laser weapons…
New programs will start from existing systems and add functionality.
SM-2 / SM-6
AN SQQ89
SEWIP
PVLS
Aegis
Combat System
Dual Band Radar
SPY1
IUSW
Personnel:
Control Onbd. Direct Reimb
MilPers

3. CNO’s Sailing Directions
Warfighting First
Operate Forward
Be Ready
“We will deliver credible capability for deterrence, sea control, and power projection to deter or contain conflict and fight and win wars.”
“We will address economic change by being effective and efficient. We will innovate to:
Use new technologies and operating concepts to sharpen our warfighting advantage against evolving threats;
Operate forward at strategic maritime crossroads;
Sustain our fleet capability through effective maintenance, timely modernization, and sustained production of proven ships and aircraft;
Provide our Sailors confidence in their equipment and in their own skills.”
DRAFT WORKING NOTES
Notes on highlighted parts:
Use new technologies and operating concepts to sharpen our warfighting advantage against evolving threats;
SBIRs
Collaboration with ONR
IRAD
Operate forward at strategic maritime crossroads;
AEGIS Ashore
5th, 6th, and 7th Fleet Deployments
Sustain our fleet capability through effective maintenance, timely modernization, and sustained production of proven ships and aircraft;
ACBs
Common Source Library
PEO IWS Priority: Deliver and Maintain “Whole” Warfighting Capability

4. Rapidly Evolving Missions Drive Navy Capability Advancements
Operational Environment
Complex Threats
Employing Advanced Technology
in Challenging Environments
Humanitarian
Assistance
Short and Medium Range Ballistic Missiles
Aegis
Combat System ACBs
Persistent
ISR
ESSM
Simultaneous Raids Across
Multiple Mission Areas
Sub-Sonic
Anti-Air &
Anti-Surface Missiles
Intermediate Range
Ballistic Missiles
CIWS
Blk 1B
AGS
SSDS ACBs
Mk 38 Gun
Small Boat
Attacks
Cyber
Warfare
Anti-Piracy
Super-Sonic
Anti-Air & Anti-Surface Missiles
Fire Support Missions
Disaster Relief
Torpedoes
Anti-Ship
Ballistic Missiles
Dual Band Radar
Advanced Super-Sonic
Anti-Air & Anti-Ship Missiles
Stealth
Under-Sea
SM-6
Engage Long Range Ballistic Missiles
AN SQQ89 (V)15
Mines
Advanced ASW
Rail Guns
DRAFT WORKING NOTES
Cyber
Defense
AMDR
Over Land
Defense
Multi-Ship
Resource Coordination
Enhanced Shipboard Sensors
(Radar + ES/EA)
Capability Advancements
Improved Self-Defense
Directed
Energy
Area Air Defense
In Clutter Environments
UAV Integration
CEC
Integrated Air and Missile Defense
Integrated AAW & Situational Awareness
High Data Rate
Battle Group Networks

5. PEO IWS “Big Picture” Strategy
Eliminate stovepiped, obsolete hardware and software
Introduce Network-based COTS computing environment
Reduce combat systems and weapon system variants
Apply a family of systems and functional architectures across the Fleet where applicable
Enhanced mission capability across the Surface Fleet with faster and more affordable upgrades that are interoperable and pace the threat

6. Navy Technical and Operational Architecture
Navy surface forces operate in a regional joint networked environment with joint and coalition forces
Link 16 – Joint operations, situational awareness, BMD
Cooperative Engagement Capability – Integrated surface force tracking and engagement network, Navy IFC
Surface combatant force foundation is Multi-mission operations
Area Air Defense, Ballistic Missile Defense, Under Sea, Surface, Strike, Naval Gunfire Support
Driven by COCOM requirements to operate forward
Strategy of Advanced Capability Builds provides incremental warfighting improvements for countering evolving threats with new capability
Network based COTS computing environments enable rapid insertion of new capabilities to meet threat drivers
COTS allows for faster upgrades and reduces combat system variants
DRAFT WORKING NOTES

7. BPPI 2.0 Focus Areas Achieve Affordable Areas
Ex: Established Economic Order of Quantity in a Multi-Year Procurement Cost Avoidance for AEGIS Production
Control Costs Throughout the Product Lifecycle
Ex: Maritime IAMD Planning System (MIPS) transition to IBM Blade Server
Incentivize Producibility & Innovation in Industry & Government
Ex: AMDR competition has stimulated $100M+ in Industry Internal Research and Development (IRAD)
Eliminate Unproductive Processes & Bureaucracy
Ex: Designated CEC from ACAT 1D to ACAT IC reduces OSD-level review requirements
Promote Effective Competition
Ex: Obtain Data Rights on Development Contracts for Full & Open Competition at Full Rate Production
Improve Tradecraft in Acquisition of Services
Ex: Implemented AEGIS Fleet Readiness Program Manager
Improve the Professionalism of the Total Acquisition Workforce
Ex: Executing DAWIA Cross-Discipline Training Plan

8. AEGIS In-Service Modernization
AEGIS Baselines continue to evolve and bring new capabilities to the Fleet
Our legacy Mil-Spec systems continue to provide Situational Awareness, and Air Defense or BMD warfighting capability to the Fleet.
Our BL 7 SPY-1D(V) and COTS processing systems brought significant performance enhancements for Advanced BMD and ASCM threats and operating in the Littorals. We have learned a great deal during the introduction of our first COTS based combat systems. While we are very happy with SPY-1D(V)’s performance in the littorals, there were many issues with interoperability, stability and maintenance that we are addressing with the AEGIS Wholeness initiatives, which I will address in a moment.
We have modernized CGs with AEGIS BL 8.
Next in line and progressing well is AEGIS Baseline 9. Baseline 9 brings new capabilities to address today’s operational threat environment for Integrated Air and Missile Defense, BMD 5.0 / SM-3 BLK IB, NIFC-CA, and Guarded Unit. BL 9 is being built as one development effort for CG MOD, DDG MOD, DDG New Construction, and AEGIS Ashore. Baseline 9 also brings a new SPY-1 MulTI Mission Signal Processor which extends SPY-1D(V) capabilities (dual beam, sensitivity improvements) to all SPY-1 variants.
Finally, we are currently planning the next generation of AEGIS upgrades to address complex threats employing advanced technologies in challenging environments. These upgrades are notionally titled ACB 16 and ACB 20. ACB 20 is the planned introduction point for the Advanced Missile Defense Radar (AMDR).

9. Capability Trends Current Systems Future Systems Individual On-board
MH-60R Integration
Individual On-board
Mission Systems
(AAW, BMD, USW, etc.)
Increased Integration
of On-board
Mission Systems
SPY-1
MMSP
Upgrade
Ships with AAW focus
Or BMD focus
Integrated AAW and BMD
AMDR-S
Rotating Radars
On Carriers
Phased Arrays on
Carriers
Improved SPY-1 variants
on CGs and DDGs
Advanced Phased
Array Technology
Volume Search Radar
Integrated Hard Kill
& Soft Kill
SEWIP
Independent Hard Kill
and Soft Kill Systems
CM/Decoys for
Soft Kill
Improved Electronic
Attack for Soft Kill
MK38 Gun System
Manually Operated
Small Guns
Automated Gun Systems for Small Boat Raids
Extended Battlespace
Through EOR using
SPY-equipped Ships
More Flexible
EOR Expanding To Other
Navy/Force Sensors
AEGIS
Ashore
NIFC-CA
SBT
SM-3 BLK IIA

10. Looking Ahead
Combat Systems will continue to transition to network-based COTS Computing Environment to support future warfighting improvements
Future surface combat systems ACBs will be developed based on common objective architecture with Government validated interfaces and components applicable to multiple ship classes
Working with NAVAIR and RMS on multiple paths to reduce missile procurement costs by leveraging shared product lines
Competitions will continue to be conducted when appropriate
FMS will continue as a vital part of the business
Increased Computing Power Performance, Network-based Architecture, Leveraged Common Systems, and FMS Opportunities will Enable More Affordable and Capable Warfighting Improvements

11. QUESTIONS?