Radar is a system that determines the distance, position, and speed of objects using electromagnetic waves. It holds a significant position within the electromagnetic spectrum and plays a critical role in military operations. Radar Software constitutes a comprehensive set of programs, including embedded and user interface software, that visualize signals detected by radar. These software systems are crucial for processing vast amounts of data in real-time, and their runtime performance is of critical importance.

Radar Electronic Warfare ELINT/Electronic Support is an intelligence discipline that involves the collection, analysis, and evaluation of enemy electronic signals. In peacetime, ELINT is used to identify and understand enemy radar systems, providing a strategic advantage. ELINT data can enhance military decision-making processes. During wartime, Electronic Support functions to identify enemy radars and support Electronic Attack systems, detecting both planned and opportunistic targets. Radar Electronic Warfare Software is a comprehensive set of programs that processes signals detected by sensors in real-time, presenting radar data with high performance in the user interface software. The runtime performance of these software systems is critically important.

Radar Electronic Warfare Electronic Attack comprises a system that performs functions such as protecting friendly systems from enemy forces, concealing them, and providing false intelligence. It involves strategies to render enemy radar systems ineffective, disrupt them, and deceive them. Electronic Attack Software is a comprehensive set of programs, including user interface and embedded software, that allows the user to apply different electronic countermeasures to planned or opportunistic targets. The real-time performance of these software systems is critically important.

The Radar Electronic Warfare Mission Planning process involves developing effective strategies for targeting enemy radar and electronic systems. Mission planning in Radar Electronic Warfare is critically important for the success of military operations. Identifying both the strengths and weaknesses of the enemy is essential in formulating an effective Electronic Warfare (EW) strategy. Radar Electronic Warfare Mission Planning Software is a set of programs that enable user and scenario-based planning of the locations of friendly systems, taking into account the positions and capabilities of targeted friendly and enemy radars in the field. These software systems generate mission data and utilize geographic information systems as a decision support infrastructure.

The Radar Electronic Warfare Mission Analysis process evaluates the successes and weaknesses of a completed mission. The analysis results provide strategic insights for future mission planning. Effectively evaluating the data contributes to the development of future electronic warfare missions. Radar Electronic Warfare Mission Analysis Software is a set of programs that offer various analytical capabilities for processing mission data and preparing mission outcome reports.