
KFC Japan has announced that a cyberattack affecting one of its third-party logistics providers is disrupting food deliveries to restaurants nationwide, raising the possibility of product shortages, reduced operating hours, and temporary store closures.
The company has suspended all online ordering services as it works with its logistics partner to restore normal operations.
In an announcement first spotted by Hackmanac, KFC Japan said the disruption stems from an unauthorized third-party intrusion into the logistics company's systems responsible for delivering ingredients to the hundreds of restaurants the fast-food chain operates nationwide.
According to the company, the attack occurred on July 13, 2026, when the outsourced logistics provider experienced a system failure due to unauthorized access. The outage has affected the operator's logistics and distribution centers, preventing normal food deliveries to KFC restaurants beginning on July 14.

The company said all KFC locations in Japan could be affected by the incident, and customers may encounter out-of-stock menu items, limited product availability, shortened business hours, or, in some cases, temporary store closures depending on local inventory levels.
In addition to in-store disruptions, KFC Japan has temporarily suspended its digital ordering channels, including its official mobile app, website ordering platform, delivery services, and third-party delivery integrations. The company did not specify when those services will return, stating only that recovery timelines remain unknown while its logistics partner works to restore affected systems.
KFC Japan has not identified the logistics company involved, nor has it disclosed the nature of the cyberattack or whether ransomware was deployed. The announcement also does not indicate whether customer or employee information was accessed during the incident.
The company said it is working closely with the affected logistics provider and other business partners to restore deliveries and normalize store operations as quickly as possible.






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