- MSI Defense Solutions and Nearthlab signed a memorandum of understanding to integrate the KAiDEN autonomous interceptor drone into the EAGLS counter UAS system
- The integration aims to add a kinetic interception capability to a layered air defense architecture designed to counter evolving drone threats for allied nations
MSI Defense Solutions and South Korea’s Nearthlab on March 24 signed a memorandum of understanding to integrate the KAiDEN autonomous interceptor drone into the EAGLS counter-UAS system, the companies announced at the Association of the United States Army Global Force Symposium in Huntsville, Alabama.
The agreement focuses on adding a kinetic interception capability to the existing EAGLS architecture.
According to MSI Defense Solutions, the KAiDEN system is an AI-driven autonomous interceptor designed to physically engage and neutralize drone threats. The company said the integration into EAGLS is intended to provide a high-speed, hard-kill option alongside existing detection and tracking capabilities.
As noted by the companies, the partnership is focused on delivering modular and scalable air defense solutions to allied nations. The effort is expected to address operational requirements in regions facing persistent drone threats, with a stated emphasis on Eastern Europe.
The companies said KAiDEN adds a new engagement layer within the EAGLS system, which is designed as a counter-UAS architecture that can incorporate multiple sensors and effectors. By integrating an interceptor drone, the system can move beyond detection and tracking to provide a direct means of neutralizing airborne threats.
An autonomous interceptor such as KAiDEN is designed to locate and collide with or otherwise disable an incoming drone. This approach is often described as a hard-kill method, in contrast to electronic warfare measures such as jamming, which attempt to disrupt communications or navigation.
The integration of a kinetic interceptor is intended to address scenarios where electronic countermeasures are less effective. Autonomous drones that do not rely on external signals or that operate in contested electromagnetic environments may require physical interception to be stopped.
The EAGLS system is structured to support layered defense. That means combining multiple technologies, including sensors, command-and-control systems and different types of interceptors, to address a range of threats. The addition of KAiDEN is intended to expand the system’s engagement options.
The companies emphasized the cost factor in counter-drone operations. The use of a relatively low-cost interceptor is meant to provide an alternative to more expensive missile-based systems, particularly when countering small or low-cost unmanned aircraft.
The announcement was made during AUSA Global Force 2026, where both companies are presenting their systems to military officials and industry partners. The event provides a venue for demonstrating new technologies and forming partnerships related to Army modernization and force protection.
The memorandum of understanding establishes a framework for cooperation but does not represent a procurement contract. The companies did not provide a timeline for integration or fielding of the combined system.