U.S. Air Force Electronic Systems Center.A Leader in Command and Control Systems The Electronic Systems Center (ESC See escape character and escape key. See also ESC/P. ESC - escape ) is a world leader in developing and fielding command and control systems. We manage more than 200 such programs that serve as the eyes and ears of war-fighting commanders. These advanced systems gather information on a myriad of subjects from enemy troop movements to control of an airborne armada. They enable commanders to cut through the fog of war and achieve decisive battlefield victories by helping them make informed decisions and quickly pass those decisions to troops on board aircraft or in the field. Many of ESC's programs, such as Joint STARS, AWACS AWACS (Airborne Warning and Control System) Mobile, long-range radar surveillance-and-control centre for air defense. Used by the U.S. Air Force since 1977, AWACS is mounted in a specially modified Boeing 707 aircraft, with its main radar antenna affixed to a rotating dome. , Constant Source Intelligence Systems and the Airborne Battlefield Command and Control Center, performed well in Operation Desert Storm Noun 1. Operation Desert Storm - the United States and its allies defeated Iraq in a ground war that lasted 100 hours (1991) Gulf War, Persian Gulf War - a war fought between Iraq and a coalition led by the United States that freed Kuwait from Iraqi invaders; , and more recently in Operation Joint Endeavor Operation Joint Endeavour was the deployment U.S. and other nations forces of IFOR in Bosnia beginning in December 1995. The operation was the biggest military mission in the history of NATO. in Bosnia. As the world enters a new century, ESC continues its Air Force leadership role for the development of command and control systems. Our Programs Today, ESC is working to acquire sophisticated systems dedicated to battle surveillance, data transmission and intuitive information display. In this regard, ESC is providing tomorrow's technology to America 's warfighters today. AWACS: The Next Generation One of ESC's best known programs is the Airborne Warning and Control System The Airborne Warning and Control System (AWACS) is an aircraft system designed to carry out surveillance, and C2BM (command and control, battle management) functions. , or AWACS. With a combat-proven track record for performance, AWACS is a popular system among our allies. ESC has designed a version of AWACS for the Japanese Self-Defense Force Self-Defense Force Japan's military after World War II. In Article 9 of Japan's postwar constitution, the Japanese renounced war and pledged never to maintain land, sea, or air forces. The rearming of Japan in the 1950s was therefore cast in terms of self-defense. using the Boeing 767 airframe as a platform. Another of ESC's premier programs is the Joint Surveillance Target Attack Radar System, or Joint STARS. Joint STARS, using a modified Boeing 707 as a platform, has a revolutionary radar system mounted in a canoe-shaped covering under the forward fuselage. Joint STARS provides Army and Air Force commanders with real-time data Real-time data denotes information that is delivered immediately after collection. There is no delay in the timeliness of the information provided. Some uses of this term confuse it with the term dynamic data. on ground targets such as tanks and armored personnel carriers. Superior Intelligence Providing warfighting commanders with a clear picture of the enemy's strengths and locations offers an intelligence capability that allows them to better predict when and where an enemy might strike. It also gives commanders the information needed to locate, assess and strike critical targets quickly. ESC is developing numerous programs that rely on satellite imagery Satellite imagery consists of photographs of Earth or other planets made from artificial satellites. History The first satellite photographs of Earth were made August 14, 1959 by the US satellite Explorer 6. , airborne and fixed-site broadcast terminals, as well as mobile ground-based receivers to provide theater commanders with critical intelligence information that allows them to act within the enemy's decision cycle. Force Protection Physical security of our nation's military assets is another major thrust of ESC. The center is currently developing multiple programs for electronic surveillance, detection and identification of unauthorized intruders, increasing the effectiveness of U.S. Air Force security police. Among these programs are systems to protect two of the Air Force's most valuable assets, the F-117 stealth fighter and the B-2 stealth bomber. Mission Planning ESC has radically changed the way pilots plan and execute their missions. Today, ESC has automated total mission planning, from air tasking order A method used to task and disseminate to components, subordinate units, and command and control agencies projected sorties, capabilities and/or forces to targets and specific missions. Normally provides specific instructions to include call signs, targets, controlling agencies, etc. to debrief de·brief tr.v. de·briefed, de·brief·ing, de·briefs 1. To question to obtain knowledge or intelligence gathered especially on a military mission. 2. . Pilots can now plan missions on a computer, accessing the latest weather, reconnaissance and enemy threat and target data. The Air Force Mission Support System, developed by ESC, includes a portable system designed to fully support deployment operations. ESC is also leading the way in developing joint mission planning systems, allowing the Air Force and its sister services to plan missions in concert with one another. Information Warfare Also called "cyberterrorism," it refers to creating havoc by disrupting the computers that manage stock exchanges, power grids, air traffic control and telecommunications. While the term often deals with attacks against a nation, it may also refer to attacks on organizations and the Within today's information domain, events are seen and felt at the speed of light. If we can analyze, assess and act faster than our adversary, we will win. ESC is the Air Force Materiel ma·te·ri·el or ma·té·ri·el n. The equipment, apparatus, and supplies of a military force or other organization. See Synonyms at equipment. Command's lead organization for research, development, test, fielding, and support for information warfare capabilities. The center is evaluating and fielding several information warfare products and services to support the warfighters' information operations mission. Five Locations ESC consists of five locations: Hanscom Air Force Base Hanscom Air Force Base, initially and briefly designated Bedford Army Air Base, is a U.S. Air Force facility in Bedford, Massachusetts. It is the headquarters of the Electronic Systems Center (ESC), one of the product centers of the Air Force Materiel Command (AFMC). headquarters, the Standard Systems Center at Gunter Annex, Alabama, the 38th Engineering Installation Wing at Tinker Air Force Base, Oklahoma, Materiel Systems Group at Wright-Patterson Air Force Base Wright-Patterson Air Force Base, U.S. military installation, 8,023 acres (3,247 hectares), W Ohio, NE of Dayton; est. 1917. One of the largest airport installations in the world, it is the air force's main research and development base, and the headquarters of the , Ohio and Cryptologic cryp·tol·o·gy n. The study of cryptanalysis or cryptography. cryp  to·log Systems Group at Kelly Air Force Base Kelly Air Force Base was a United States Air Force base located in San Antonio, Texas. In 2001, the runway and land west of the runway became "Kelly Field Annex" and control of it was transferred to the adjacent Lackland Air Force Base. , Texas. Strategic Goals ESC is changing the way it does business to keep pace with the rapidly advancing information technology. Information technology leapfrogs every eighteen months, making last year's computers far less capable than those currently on the shelf. Similar advances are being made in software development and integration of software applications. Many military command and control systems use similar computer and communications technology and thus experience the same turnover times. Taking Advantage of Technology To ensure ESC sets the pace with technology, we have adopted strategic goals that include achieving acquisition cycles of eighteen months or less from program start to first item delivery; developing systems that are fully interoperable using the Defense Information Infrastructure common operating environment A uniform configuration of hardware and software throughout an organization. It is designed to eliminate software and data incompatibilities and improve troubleshooting. It implies the use of the same primary applications and Web browser as well as the same operating system, database ; and reducing the cost of command and control system acquisition. These goals will be accomplished by ESC pioneering the evolutionary spiral development process and using commercial off-the-shelf and government off-the-shelf products whenever possible. To achieve these goals and capitalize on this technology window of opportunity, ESC is transforming its business practices to focus more clearly on achieving warfighter-desired battlefield effects. This shifts emphasis from stovepiped programs to an interoperable network of assets designed in harmony to meet specific warfighting needs. Spiral Development Spiral development, the essence of ESC's new way of acquiring systems, is an innovative method to field a system quickly using commercial and government off-the-shelf equipment with maximum user involvement throughout the process. The initial system will meet the majority of the user's needs with equipment currently obtainable or a rapidly developed prototype, but will be upgraded with new capabilities and the latest software as they become available. In eighteen months or less, these systems will be upgraded, tested by the user and delivered. For larger or more complex systems, the process may involve a series of short development cycles. During each of these cycles, mission capabilities will be increased, incremental functions added and further compliance with Defense Information Infrastructure and use of the common operating environment will be made. Our Mission Information superiority is one of the Air Force's six core competencies outlined recently in Global Engagement: A Vision for the 21st Century Air Force. In no other area is the pace and extent of technological change as great as in the realm of information. The volume of information in joint warfare is growing rapidly, and the ability of commanders to achieve dominant battlefield awareness, intelligence, communications, weather and navigation support. ESC manages the development and acquisition of more than 200 electronic command and control systems. These systems gather and analyze information on potentially hostile forces, enabling commanders to make quick decisions and rapidly pass them on to their forces. ESC's systems help direct the muscle of America's airpower air·pow·er or air power n. 1. The organized, integrated use of aircraft and missiles for purposes of foreign policy, strategy, operations, and tactics. 2. The tactical and strategic strength of a country's air force. to the right place at the right time. People Make the Difference ESC consists of teams of professionals specializing in engineering, science, business management, acquisition and computers. We supervise the design, development, testing, production and initial deployment of command and control systems. ESC people are overseeing the integration upgrade of space command and control assets. We are developing electronic security systems to protect the Air Force's most valuable installations and assets. And, we are working with the Federal Aviation Administration Federal Aviation Administration (FAA), component of the U.S. Department of Transportation that sets standards for the air-worthiness of all civilian aircraft, inspects and licenses them, and regulates civilian and military air traffic through its air traffic control to install new radar displays and improve air traffic control at major airports and bases around the world. About the Author Kevin Gilmartin is the Deputy Director of ESC public affairs and chief of media relations. He has worked in the Air Force public affairs career field for more than twenty-two years. Kevin is recognized as an exceptional writer, editor and presenter, receiving many prestigious awards through the years, including Air Force Outstanding Public Affairs Civilian for 1991. Kevin has earned the honor of Air Force Materiel Command  Air Force Materiel Command (AFMC) is a major command of the United States Air Force. Senior Public Affairs civilian an unprecedented three times, in 1994, 1996 and 1998. Additionally, he helped lead his office to win the Best in the Air Force honors for 1998. Kevin is an active member and supporter of the Air Force Association, currently serving as chapter secretary of the Paul Revere Revere, city (1990 pop. 42,786), Suffolk co., E Mass., a residential suburb of Boston, on Massachusetts Bay; settled c.1630, set off from Chelsea and named for Paul Revere 1871, inc. as a city 1914. chapter, and having earned a National Air Force Association Medal of Merit. He is also active in the Armed Forces Communications and Electronics Association, serving as vice president for publicity of the Lexington-Concord chapter. The Armed Forces Communications and Electronics Association In ternational recognized his efforts in 2000 with the Meritorious Service Medal The Meritorious Service Medal is a senior level military decoration presented to denote acts of non-combat meritorious service worthy of recognition. The following is a list of Meritorious Service Medals issued by various countries: |
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