South Korea’s Army plans to introduce biometric smart gun cabinets and NFC-based digital locks, replacing physical keys and handwritten records in a long-term modernization of weapon storage.
The smart cabinets will require authentication from both the soldier receiving a firearm and the supervising officer. Depending on the equipment, the two users will verify themselves with fingerprints or vein patterns before the cabinet releases the weapon.
Each access and return event will be recorded electronically and transmitted in real time to command and management units. The system is intended to give commanders a current view of weapon custody while reducing reliance on paper logs that can be incomplete or difficult to audit.
For larger storage facilities, mobile NFC credentials will operate a digital dual-lock arrangement. The approach preserves the requirement for two authorized people while replacing separate physical keys that can be lost, shared or used without creating an automatic record.
The Army plans to pilot the technology this year in three units, including the 9th Infantry Division. A force-wide rollout is scheduled to proceed in stages through 2034, giving the service time to evaluate the equipment and connect it with existing command systems.
South Korean military officials identified administrative burden and inconsistent key-control practices as weaknesses in the current process. A biometric check ties each action to an enrolled person, while the dual-user requirement is intended to prevent one individual from independently removing a firearm.
Other defense organizations are exploring similar controls. India’s armed forces have pursued biometric and radio-tagged weapon management, combining identity checks with the ability to track individual firearms.
In the United States, the Rhode Island Air National Guard has sought hundreds of biometric gun cases for personnel who need secure storage outside a central armory. South Korea’s plan differs in scale by linking cabinet access with command-level records across the Army.
The technology can strengthen accountability only if enrollment, exception handling and audit procedures are reliable. Units will still need a controlled process for sensor failures, injuries, network outages and emergency access without allowing those exceptions to become routine bypasses.
The pilot will test whether biometric dual authorization can reduce missing keys and manual paperwork while maintaining the speed required for daily issue and return of weapons.
Sources: Herald Business
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By the ID Tech Editorial Team







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