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Cyber Threat
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Ransomware victim Manufacturing

SFA Engineering Corporation

Listed by Metaencryptor on · organisation based in South Korea

www.sfa.co.kr

Disclosed
Sep 15, 2026
Leak-site listing date
Threat group
Metaencryptor
55 victims listed
Country
South Korea
#21 most targeted
Sector
Manufacturing

ThreatAI analysis

Compiled from this incident record and the threat intelligence profile for Metaencryptor. Figures and technique mappings are quoted from the source data, not inferred.

About SFA Engineering Corporation

SFA Engineering Corporation is a South Korean high-tech engineering company specializing in industrial automation, robotics, and manufacturing equipment. The company provides advanced solutions for the semiconductor, OLED display, battery, and smart factory industries, serving major global manufacturers.

Source record: ransomware.live

About the Metaencryptor group

MetaEncryptor is a ransomware group first observed in mid-2023, targeting medium-to-large enterprises in legal, technology, logistics, manufacturing, and finance sectors primarily in the UK, Europe, and Southeast Asia, using AES-256/RSA-2048 encryption and double extortion. Metaencryptor has listed 55 victims since August 2023.

Incident analysis

SFA Engineering Corporation was listed by Metaencryptor ransomware, a group with 55 victims recorded in this database. The listing appeared on the group's leak site on September 15, 2026.

SFA Engineering Corporation is based in South Korea and operates in the Manufacturing sector. South Korea ranks #21 worldwide for ransomware disclosures, with 149 victims in this database.

Sector context. Manufacturing companies are frequently targeted because production downtime directly translates to financial loss. Ransomware operators exploit this time-sensitivity to demand higher ransoms and faster payment.

Metaencryptor typically follows a double extortion model: data is exfiltrated from the victim's systems before files are encrypted, so the victim faces two demands at once — pay to restore access, and pay to keep stolen data unpublished. The leak site, where this listing appeared, is the lever for the second demand.

Source. Public leak-site disclosures aggregated via the ransomware.live API. The disclosure date is when the listing was published, which can differ from the date of compromise. This site does not publish or link to stolen data. Last updated .

Frequently asked questions

Was SFA Engineering Corporation attacked by ransomware?

Yes. SFA Engineering Corporation was listed as a victim of the Metaencryptor ransomware group on September 15, 2026. The organisation is based in South Korea and operates in the Manufacturing sector. The disclosure appeared on the group's dark web leak site.

Which ransomware group attacked SFA Engineering Corporation?

SFA Engineering Corporation was attacked by Metaencryptor ransomware. Metaencryptor is one of the most active ransomware groups, having claimed 55 victims globally. The group typically employs a double-extortion model: encrypting the victim's files and threatening to publish stolen data.

When did the SFA Engineering Corporation ransomware attack occur?

The ransomware attack on SFA Engineering Corporation was disclosed on September 15, 2026. This date reflects when the victim was published on the threat group's leak site, which may differ from the actual date of initial compromise.

What data was stolen in the SFA Engineering Corporation ransomware attack?

The specific data stolen from SFA Engineering Corporation has not been independently verified by this platform. Ransomware groups typically exfiltrate data before encrypting systems and use the threat of publication to pressure victims. As a Manufacturing organisation, SFA Engineering Corporation likely held sensitive business data, client information, and operational records.

How can organisations protect against Metaencryptor attacks?

To defend against Metaencryptor and similar threat actors, organisations should: maintain regular offline backups tested for restoration; implement network segmentation to limit lateral movement; deploy multi-factor authentication on all remote access; use endpoint detection and response (EDR) tools; conduct regular phishing and security awareness training; and monitor threat intelligence feeds for indicators of compromise (IOCs) associated with active groups.