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TopBackground
Looking for the roots of RMA, it is necessary to recall a number of technological breakthroughs, whose synthesis provides the foundation of the revolution. RMA – similarly to the majority of military revolutions in the history – it is not based on one groundbreaking innovation, but it takes advantage of a number of technological changes. In this case, the miniaturization of computer hardware and creation of highly efficient, decentralized data communication networks are the crucial technologies.
Applying these technologies in military was for the United States and others NATO countries the way to overcome the Warsaw Pact’s quantitative dominance in conventional forces. A number of new types of weaponry were developed in the 80s, and they are generally divided into two groups: reconnaissance systems and striking systems (Technologies for NATO’s Follow-On Forces Attack Concept, 1986). The JSTARS (Joint Surveillance Target Attack Radar System) airborne reconnaissance system was the example of the first group, whereas the MGM-140 ATACMS (Army Tactical Missile System) surface-to-surface missile system represented the second one. These two elements were based on new technologies and cooperated closely thanks to highly-efficient data communication networks. They built together the innovative reconnaissance-attack system, and created background for further transformation.
The roots of RMA go to a given strategic problem, that is, anticipated confrontation with outnumbered Soviet forces. It is typical for military revolutions, which occur at a certain time and place just because they offer solutions to actual, not hypothetical, problem (Cohen, 2002; Bjerregaard, 2012).
The assumptions of the new concept were successfully tested during the Desert Storm operation in 1991. Hence, RMA indicated the direction of transforming the American army, and afterward other modern forces. In simple terms, the transformation was aimed at converting armed forces into one coherent reconnaissance and striking system. It should be based on all available sensors and effectors connected with decentralized data networks (US Department of Defense, 2005).
Key Terms in this Chapter
Stand-Off Weapon: Weapons launched at a long distance from the target to avoid defensive fire from the target area.
Future Combat Systems: The United States Army’s modernization program that integrates manned and unmanned vehicles with decentralized data network. The program assumed creating a “medium-weight” brigade with increased strategic mobility thanks to using platforms transportable on the C-130 aircraft.
Effect-Based Operations: The United States military concept for planning, executing and assessing operations to bring about particular enemy’s behavioral effects by using the combination of military and non-military methods.
Information-Based Revolution in Military Affairs: The revolution in military affairs based on the application of information technology. It relies on the synergy between three elements: information acquisition, information processing and transfer, and the use of information in order to enhance firepower.
Smart Weapon: Munitions which allow hitting the target with high accuracy using a guidance system.
Revolution in Military Affairs: A fundamental change in the character and conduct of armed conflicts. It typically consists of three elements: technological change, innovative operational concept, and organizational adaptation.