Korea Aerospace Industries Launches AI Semiconductor Project for Manned-Unmanned Defense Systems

South Korea Advances AI Pilot Tech for Manned-Unmanned Systems

Korea Aerospace Industries (KAI) has teamed up with key players in government and industry to develop on-device AI semiconductors tailored for defense applications. The collaboration includes the Ministry of Trade, Industry and Energy, Korea Evaluation Institute of Industrial Technology, Korea Semiconductor Industry Association, Hyundai Motor, LG Electronics, Doosan Robotics, and Daedong.

On May 23, KAI signed a cooperation agreement to accelerate AI semiconductor technology development. This partnership is focused on securing new markets and enhancing South Korea’s domestic fabless semiconductor capabilities.

What Are On-Device AI Semiconductors?

These semiconductors enable AI inference and computation directly on hardware devices without relying on cloud or server connections. This approach offers advantages such as:

• Real-time data processing
• High security and reliability
• Low power consumption

For defense systems, these features are critical. AI chips built for military use must meet stringent security and reliability standards to function effectively in operational environments.

Application in Manned-Unmanned Teaming Systems

KAI plans to integrate these AI semiconductors into manned-unmanned teaming systems by developing an Autonomous Control System (ACS) that operates entirely on-device. This technology will support AI pilot functionalities, enhancing communication and coordination between manned aircraft and unmanned systems.

Additionally, KAI aims to deploy AI pilot technology on communication satellites, further expanding the capabilities of these integrated systems.

Strategic Impact and Future Prospects

By embedding AI directly into defense platforms, KAI looks to strengthen its technological edge and improve export competitiveness. The integration of AI with existing aerospace platforms sets a foundation for advancing manned-unmanned teaming technologies.

This initiative reflects a focused effort to enhance AI-based capabilities in defense, which may influence future developments in aerospace and robotics sectors.

For professionals interested in AI development and applications in defense technology, exploring on-device AI semiconductor design and real-time autonomous control systems offers valuable insight into emerging industry trends.

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