Design of RAON operation monitoring via screen capture in isolated networks

THPD007
25 Sept 2025, 16:15
1h 30m
Palmer House Hilton Chicago

Palmer House Hilton Chicago

17 East Monroe Street Chicago, IL 60603, United States of America
Poster Presentation MC06: Control System Infrastructure and Cyber Security THPD Posters

Speaker

Mijeong Park (Institute for Basic Science)

Description

The RAON (Rare isotope Accelerator complex for ON-line experiments) in South Korea is a facility designed to accelerate heavy ions and produce rare isotopes for scientific research. The control system at RAON is based on the EPICS framework and operates within a physically isolated control network to ensure system integrity and security. To enable real-time monitoring of the accelerator’s operation status from remote buildings, we developed a secure screen transmission infrastructure. The Phoebus-based user interface, running entirely within the isolated control network, outputs video via HDMI to a hardware capture board. This signal is transferred via USB to an external PC connected to the company’s business network, which streams the operational status to monitoring panels across the facility. By maintaining physical separation while enabling visual data sharing, the system ensures strict security compliance and enhances the visibility of RAON operations.

Funding Agency

This work was supported by the Institute for Basic Science(IBS-I001-01-2025-a01).

Author

Mijeong Park (Institute for Basic Science)

Co-authors

Sanggil Lee (Institute for Basic Science) eunsang kwon (Institute for Basic Science) Jangwon Kwon (Institute for Basic Science) Dr Eunhun Im (Institute for Basic Science) Yujung Ahn (Institute for Basic Science) Dr Hyun Man Jang (Institute for Basic Science)

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