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NEWS & COMMENTARY 2007 SPEAKERS 2007 2006 2005

Speakers & Organizers   

2007 SPEAKERS

Douglas Adams
Dr. Richard Benkin
Prof. Louis Rene Beres
James Blom
Kevin Casey
Col. Bill Cowan
Dr. Andrew M. Colarik
Kevin Coleman
Col. Gordon Cucullu
Tom Darcy
Nonie Darwish
Drs. Jill Dekker
Dr. Rachel Ehrenfeld
Ilana Freedman
Dave Gaubatz
Ra-anan Gissin
Jerry Gordon
Col. Jonathan Halevi
Scott Jackson
Alireza Jaffarzadeh
Lee Kaplan
Joe Kaufman
Laura Mansfield
Cdr. Richard Marcinko
Ryan Mauro
Gen. Thomas McInerney
Richard Miniter
LTC. Joe Myers
Bob Newman
Patrick Poole
Konstantin Preobrazhensky
Dr. William Radasky
Klaus Schmidt
Avi Shachar
Wayne Simmons
Alon Stivi
Dr. Babu Suseeian
Gen. Paul E. Vallely
Chris Westphal
Dr Paul Williams
Terri K. Wonder

Secular Islam Summit:

Walid Phares
Shaker al-Nabulsi
Irshad Manji
Amir Taheri
Magdi Allam
Ibn Warraq
Fatemolla
Afshin Ellian
Banafsheh Zand-Bonazzi
Tawfik Hamid

Grant Begley
Unmanned and Reconnaissance Systems, Raytheon Company
www.raytheon.com
Biography
Speaker's Photo Grant A. Begley is director of Architecture and Systems Integration - Integrated Airborne Systems for Raytheon's Space and Airborne Systems business. In this role, Mr. Begley has responsibility for creating and leading growth initiatives in domestic and international manned and unmanned airborne systems markets, with emphasis in the Homeland Security and Border Surveillance areas.

Mr. Begley's career has included assignments of significant leadership in the area of unmanned airborne systems at Lockheed Martin and with the U.S. Government. Mr. Begley served in the U.S. Navy for 26 years, including operational assignments flying fighter aircraft, development of next-generation weapon systems and joint assignments. Mr. Begley's last government assignment was as Navy Director for Stealth and Counter Stealth - Technologies, Policy and Advanced Programs. He holds a master's degree in aeronautic engineering from the Naval Post-Graduate School and a bachelor's degree in general engineering from the U.S. Naval Academy.



Session TE31: UAVs vs. Satellites
February 20, 9:00 - 9:45
Unmanned Airborne Systems: Opportunistic Environment for Border Control ... with Risk
Abstract:

Unmanned Airborne Systems (UASs) are currently being evaluated for procurement and use in Border Control and Homeland Security. These evaluations are an opportunistic exploitation of advances in UASs made possible by decades of investments, and billions of dollars, by the Department of Defense. The opportunistic environment for UASs introduction and use for Border Control comes with an obscure yet significant risk: the risk is an ad hoc procurement and insertion of UASs into service where there is no integrated plan for mission system capability, command and control, integration of manned and unmanned capabilities, asset and mission management, and budget process.

The February 2004 Defense Science Board Study titled "Unmanned Aerial Vehicles and Uninhabited Combat Aerial Vehicles" concluded, "There is no longer any question of the technical viability and operational utility of Unmanned Aerial Vehicles (UAVs). The benefits and promise offered by UAVs in surveillance, targeting and attack have captured the attention of senior military and civilian officials in the Department of Defense, members of congress, and the public alike". Military planners point to fewer investments in new weaponry and more spending on UASs, along with networked communications to assure command and control required to enable real-time and multi-organizational UASs mission capability. Concurrently a shift has occurred away from Unmanned Aerial Vehicles to Unmanned Aerial Systems (UASs), a shift from platform-centric to mission-centric capability. Future UASs capabilities and success for Border Control will rest upon the firm foundation of past and future DOD UASs investments; but, will require coordination of Border Control stakeholders who must weigh the opportunity for enhanced surveillance using highly capable mission-centric Unmanned Aerial Systems against the risk of ad hoc procurement and use of platform-centric Unmanned Aerial Vehicles , resulting potentially in unrealized capability.

 

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