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ETRI and Korea Military Academy Sign MOU for Joint Development of AI Defense Technology

Google 우선 소스Published2026.09.08 09:45



Commencing Development of Combat Personnel Situational Awareness and Small-Unit Command and Control Technology Based on AI-in-Glass

 
The Electronics and Telecommunications Research Institute (ETRI) and Korea Military Academy have formalized an inter-institutional cooperation framework for applying AI technology to future defense. This agreement differs from previous collaborations in that it transitions from individual research project-level cooperation to a continuous joint research structure at the institutional level.
 
ETRI announced on the 8th that it has concluded a Memorandum of Understanding (MOU) with Korea Military Academy at ETRI headquarters for joint research on AI-based future defense technology and establishment of military operational concepts and on-site verification. This marks the first time both institutions have signed an MOU at the head of organization level.
 
Under the agreement, both institutions will jointly conduct research on △wearable AI-based combat personnel situational awareness, decision-making support using AI glasses, and human-AI collaboration technology △command and control and defense network technology including small-unit operations △defense AI safety and reliability assurance technology.

Additionally, they agreed to jointly discover and plan new national research and development projects and to cooperate in fostering specialized talent in defense AI.

Currently, both institutions are jointly conducting three national research and development projects in AI and defense fields, including this strategic research project.

The core technology of the collaboration is ETRI's strategic research project 'AI-in-Glass' initiated this year.

This approach combines AI with a wearable device in eyeglass form to analyze surrounding situations in real-time and provide necessary information to the wearer's field of view.

When applied to defense, combat personnel can immediately identify risk factors and operational information without manipulating a separate terminal, and commanders can utilize integrated field information collected by multiple combat personnel in command decision-making, ETRI explained.

In particular, the characteristic is the expansion of existing battalion-level and higher command and control technology to small-unit operations at company level and below and individual combat personnel.
 
Through this project, ETRI plans to conduct integrated development of four core technologies: △spatial intelligence △personal AI agents △low-power, high-resolution displays △AR devices and portable AI computing devices.
 
ETRI will host the 'AI-in-Glass Forum' at the Grand Ballroom of the Seoul Royal Hotel at 1 p.m. on the 15th.

Approximately 100 participants including representatives from industry, academia, research institutions, and government and public agencies are expected to attend, where core AI-in-Glass technologies and applications will be shared and industry-academia-research-government collaboration methods will be discussed.

ETRI's policy is to expand AI-in-Glass technology not only to defense but also to various fields including industrial sites, disaster safety, medical, and education.
 
ETRI President Park Se-woong stated, "By combining ETRI's AI and ICT technology with Korea Military Academy's military expertise, we will develop defense AI technology that can substantially contribute from supporting future combat personnel to command and control and defense networks."

Korea Military Academy Superintendent Park Hoo-sung said, "We plan to sequentially reflect the outcomes of this collaboration in the cadet curriculum to directly connect with fostering future commanders."
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