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INEC 2016 I 1
Innovative Integration:
Unmanned Systems Coming of Age
CDR Cara G. LaPointe, PhD
United States Navy I Chief of Staff
Deputy Assistant Secretary of the Navy
for Unmanned Systems
Glen H. Sturtevant
Director for Science & Technology
Program Executive Office for Ships
United States Department of the Navy
Jeffrey M. Voth I President
Herren Associates, Inc.
13th International Naval Engineering ConferenceBrunel’s Old Station I Bristol, United Kingdom
DISTRIBUTION STATEMENT A: Approved for public release; distribution is unlimited I
Naval forces must adapt to a dynamic security environment… the world today...
Interconnected• Access to the global commons
• Resource depletion
• Energy dependence
• Economic volatility
Multi-faceted threats• Deter aggression against allies
• Transnational threats and terrorism
• Proliferation of weapons
Naval forces are advancing U.S. interests
in a global security environment characterized
by volatility, instability, complexity, and interdependence
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“Unmanned
systems,
particularly
autonomous
ones, have to be
the new normal
in ever-
increasing
areas.”
Hon. Ray Mabus
75th U.S. Secretary of the Navy
Sea-Air-Space I April 15, 2015
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Pursuing UxS development in a domain-agnostic approach
SEA
AIR
SPACE
GROUNDCYBER
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Leveraging two models of innovation…
Corrosion Resistant Aerial Covert
Unmanned Nautical System (CRACUNS)
SUSTAINING INNOVATION
DISRUPTIVE INNOVATION
Arleigh Burke class destroyers
• New 9,200-ton design supports full range of multi-mission capabilities
• Integrated Aegis Weapon System installed in larger Ticonderoga class
• Incorporated much of the Spruance class machinery and propulsion plant
• 12-pound waterproof system built at a fraction of comparable UxS
• Flexibility and versatility across multiple domains at a low cost
• Ability to penetrate hostile environments with no plan of return
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UxS will become a preferred alternative in several areas
Dull missions are ideal for
UxS because they involve
long-durations with mundane tasks
not well suited for manned systems
Dirty missions have the potential
to expose personnel to hazardous
conditions. UxS can perform these
missions with less risk exposure
Dangerous missions involve high
risk. With advances in capabilities,
UxS can reduce personnel exposure
by fulfilling critical mission sets
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Integrating manned and unmanned systems will unlock the full potential... key considerations…
NEAR TO MID-TERM BEYOND
AUTONOMY & MACHINE
INTELLIGENCE
Low complexity
Low threat
Human delegated / supervised
High complexity
Increasingly dangerous
Human-machine teaming
ENDURANCE Days to weeks Weeks to months
COMMUNICATIONS &
DATA
Space-based systems
Limited connectivity
Sea-based Command &
Control (C2) and data transfer
COMMON CONTROL Few systems Many if not all, systems
SENSORS & WEAPONS Improve sensor gain
Autonomous detection algorithms
Advanced payloads
Weaponize
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Sensors
Kinetic Effects
Decoys
EMS
CONOPS
TTP
Payloads
Unmanned VehiclesSurface Navy
Platforms
De-couple payloads (capabilities) from platforms (ships)where it makes sense...
Decades Years Months
Timeframe
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De-couple payloads (capabilities) from platforms (ships)where it makes sense...
MissionsSensors
Kinetic Effects
Decoys
EMS
CONOPS
TTP
Payloads
Unmanned VehiclesSurface Navy
Platforms
SensorEO/IR
Multi-Mission Payload
MQ-8Fire Scout
ShipPlatform
Tactical Control Data Link
UAS Common Automated Recovery System
ControlSystems
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De-couple payloads from platforms
Rapid re-configuration
Standard interfaces
Pre-planned access routes
Ultimately, the value of flexible ships will be
measured not simply by its installed capabilities,
but in its ability to provide affordable warfighting
relevance over the entire ship service life
Five flexible ships features
Adequate growth margins
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Reinventing the traditional business model
Define value
from the
warfighter’s
perspective
Develop a
consistent
approach for
business cases
Deliver value by
aligning key
processes and
resources
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Integrated with manned platforms, UxS will provide a warfighting advantage to commanders at all levels…
UxS represent a disruptive force that requires new ways of thinking about the
vulnerabilities, possibilities, and efficiency of the U.S. Navy
Integration of UxS into flexible ship platforms will provide the U.S. Navy with the ability
to maximize investments while maintaining maritime superiority in all domains
Significant shifts are required to break down vertical organizational silos and
incorporate key elements to support business model innovation
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Authors
13th International Naval Engineering Conference and Exhibition
IMarEST is The Institute of Marine Engineering, Science and Technology; the international professional body and learned
society for all marine professionals. With over 16,000 members in 128 countries, the IMarEST is the first Institute to bring
together marine engineers, marine scientists and marine technologists into one international multi-disciplinary professional
body. The International Naval Engineering Conference (INEC) and exhibition is a series of biennial naval engineering
conferences hosted by IMarEST with the aim to discuss marine engineering issues in the defence environment.
Jeffrey M. Voth I President
Herren Associates, Inc.
Office: (202) 609-8441
CDR Cara G. Lapointe, PhD
United States Navy I Chief of Staff
Deputy Assistant Secretary of the
Navy for Unmanned Systems
Glen H. Sturtevant
Director for Science & Technology
Program Executive Office for Ships
United States Dept. of Navy