Research on Automated Inspection of Electronic Financial Infrastructure Vulnerabilities - Focusing on Security Equipment

Financial institutions use automation tools to assess electronic financial infrastructure, but existing solutions focus on general-purpose systems and provide limited support for key security appliances such as FW, VPN, IPS, DDoS, and WAF. As a result, vulnerability checks rely heavily on manual consultant reviews, causing high resource consumption and inconsistent outcomes. This study analyzes vendor-specific configuration formats and proposes a multi-source collection method using backup files and management interfaces (CLI, WebUI). Collected configurations are standardized and automatically evaluated through a rule engine aligned with electronic financial infrastructure assessment criteria. Testing on production devices showed an average automation rate of 74.2%. IPS and DDoS systems achieved higher rates due to simpler policy structures, whereas FW and VPN demonstrated lower rates. The findings show that the proposed approach improves the efficiency and consistency of security appliance assessments in real operational environments.

Authors

Publication Details

Journal
Journal of Korea Multimedia Society
Published
2026-02-28
DOI
https://doi.org/10.9717/kmms.2026.29.2.319
Primary Topic
Energy and Environmental Systems
Type
article
Field-Weighted Citation Impact
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article

Research on Automated Inspection of Electronic Financial Infrastructure Vulnerabilities - Focusing on Security Equipment

Hyunsu Yoo, Hanjin Lee, Kyoungsu Kim
Journal of Korea Multimedia Society
Energy and Environmental Systems
article

Research on Automated Inspection of Electronic Financial Infrastructure Vulnerabilities - Focusing on Security Equipment

Hyunsu Yoo, Hanjin Lee, Kyoungsu Kim
article en

Abstract

Financial institutions use automation tools to assess electronic financial infrastructure, but existing solutions focus on general-purpose systems and provide limited support for key security appliances such as FW, VPN, IPS, DDoS, and WAF. As a result, vulnerability checks rely heavily on manual consultant reviews, causing high resource consumption and inconsistent outcomes. This study analyzes vendor-specific configuration formats and proposes a multi-source collection method using backup files and management interfaces (CLI, WebUI). Collected configurations are standardized and automatically evaluated through a rule engine aligned with electronic financial infrastructure assessment criteria. Testing on production devices showed an average automation rate of 74.2%. IPS and DDoS systems achieved higher rates due to simpler policy structures, whereas FW and VPN demonstrated lower rates. The findings show that the proposed approach improves the efficiency and consistency of security appliance assessments in real operational environments.

Journal of Korea Multimedia SocietyVol. 29(2)
Industry, innovation and infrastructure
Openalex Percentile: Top 14%
Energy and Environmental Systems
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