This software establishes a testing environment for command and control technologies to verify suitable defensive operations control functions for the operations control center as part of the 'Command and Control Technologies for Guided Missile Multi-Layered Defense' project.

- Processing of airborne threat detection/tracking information
- Command/control of interception systems
- M&S-based testing devices

This launch control console video subsystem software is installed on various guided weapon launch control consoles for surface-to-surface, surface-to-air, air-to-surface, and other operations. It manages guided weapon status information, establishes engagement plans, executes launch procedures, and performs integration with higher command systems and inspection functions.

This system supports the development of software for the Korean Vertical Launching System (KVLS-II), capable of managing and controlling the status and launch of guided munitions when installed on destroyers (KDX-III Batch-II, KDDX), along with simulation software for test evaluation.

This simulation software is designed to create the necessary development integration and testing environment for system testing and performance verification in the project aimed at enhancing the capabilities of the Ballistic Missile Operations Control Center (KTMO-Cell). It simulates adversary ballistic missile launch environments, ballistic missiles, detection systems, and interception systems.

Development Support Equipment

This supporting equipment is designed to assist in the development of actual devices by periodically or randomly transmitting simulated signals and data to test and verify the functionality and performance of the equipment. It measures and analyzes the output signals and data.

Maintenance Support Equipment

This equipment is developed for conducting inspections and maintenance of devices during military operations. It identifies faults through unit and field maintenance, enabling the maintenance of LRUs (Line Replaceable Units) or SRUs (Shop Replaceable Units).

This device controls the Complex Guidance Threat Signal Simulation Generator (EPSS) to generate signals through antennas mounted on portable moving target/jamming signal transmission devices. The generated signals are used for tracking simulated complex guidance threat signals and measuring target and jamming signals via signal measurement equipment.

This device analyzes the effectiveness of jamming techniques for each simulated threat signal to verify the performance and analyze the results of the autonomous jamming transmission and reception equipment.

This software performs jamming technique configuration through integration with a jamming pod and provides unmanned aerial vehicle (UAV) control and status information reception through target UAV integration. It offers jamming effect analysis based on the configured jamming techniques.

This central control software measures the electric field intensity of EMP sources at varying distances using a D-dot sensor, displaying the results on-screen. It also provides analytical functionality for assessing EMP effects on various target equipment (such as PCs, drones, radars, GPS, etc.).

This detection radar is designed to identify objects posing collision risks on the flight paths of future urban air mobility vehicles (such as small aircraft, drones, and flocks of birds) to ensure safe operation. It features a compact, low-power design capable of detecting more than ten targets simultaneously, making it suitable for use as ground surveillance radar for critical national and civilian facilities, border monitoring, and as an anti-drone surveillance radar for detecting small drones.

The military satellite communication system's satellite terminal is equipment operated at the end-user level, featuring satellite terminal software for operator computer devices that reflect user convenience and information visibility, as well as software for enhancing M&C (Monitoring and Control) performance.

The remote control equipment software enables operators to remotely control and manage unmanned surface vessels (USVs) through the integration of wireless communication devices within the USV system. It provides real-time display and monitoring of operational information, mission performance data, video feeds, and status information on multiple displays. Additionally, it allows for the creation, editing, and management of mission plans necessary for the USV to carry out its missions.

This software is installed and operated in the Large Test Vessel Test Control System (MCC, Mission Control Center) to support research and development as well as live-fire testing and training of guided weapons deployed on naval vessels.

This ballistic missile simulation device software is designed to create virtual training data necessary for developing information analysis AI learning algorithms as part of a research and development project aimed at enhancing ballistic missile defense capabilities against ballistic missile threats.

This training equipment is designed to simulate an environment similar to real operational conditions for training the launch procedures of guided weapons currently in use by the military. It enables understanding of power and signal flow between launch system devices, mastery of launch procedures, and training for response measures in case of abnormal situations.

This M&S-based simulation software supports the operational concepts, procedures, integration ICD verification, functionality improvements, system performance verification, and testing and evaluation of guided weapon systems, aiding in the development and testing of guided weapon systems.