Derek Shaw (MediSys) and Alex (MedTech) collaborated to intercept an unauthorized data mirroring process initiated by an ACL audit AI platform. The ACL tool, originally approved for compliance validation, was discovered to be pulling real-time patient metadata, supply chain orders, and diagnostic results from a hospital integration gateway via a 'dotted line' connection on the system architecture diagram.

Derek identified that the ACL collector was configured to mirror all data passing through the hospital's integration gateway, rather than performing limited access as authorized by the hospital. After confirming the collector's configuration, Derek contacted Alex, who identified that the MedTech staging environment had left full management access on the same integration gateway.

To disrupt the unauthorized data flow, the pair orchestrated a diversion. Alex modified the anomaly detection parameters in the MedTech environment to create a high-priority, false-positive 'red' alert involving a sterilization date mismatch for batch number LOT-2407-842. Derek simultaneously injected a corresponding record into the MediSys staging environment. This dual-source anomaly triggered the ACL audit engine's highest-priority investigation queue.

With the ACL audit team preoccupied investigating the fabricated fraud risk, the pair exploited the temporary operational 'window' to reconfigure the ACL collector. Derek accessed the collector config file at /etc/acl/collector.conf and altered the output_dest parameter from the ACL audit pipeline to a local MediSys test node. Following this redirection, Derek cleaned the injection traces and confirmed that the hospital integration gateway data was no longer mirroring to ACL, effectively securing the data stream from further unauthorized access.

Derek Shaw (MediSys) and Alex (MedTech) collaborated to intercept an unauthorized data mirroring process initiated by an ACL audit AI platform. The ACL tool, originally approved for compliance validation, was discovered to be pulling real-time patient metadata, supply chain orders, and diagnostic results from a hospital integration gateway via a 'dotted line' connection on the system architecture diagram.

Derek identified that the ACL collector was configured to mirror all data passing through the hospital's integration gateway, rather than performing limited access as authorized by the hospital. After confirming the collector's configuration, Derek contacted Alex, who identified that the MedTech staging environment had left full management access on the same integration gateway.

To disrupt the unauthorized data flow, the pair orchestrated a diversion. Alex modified the anomaly detection parameters in the MedTech environment to create a high-priority, false-positive 'red' alert involving a sterilization date mismatch for batch number LOT-2407-842. Derek simultaneously injected a corresponding record into the MediSys staging environment. This dual-source anomaly triggered the ACL audit engine's highest-priority investigation queue.

With the ACL audit team preoccupied investigating the fabricated fraud risk, the pair exploited the temporary operational 'window' to reconfigure the ACL collector. Derek accessed the collector config file at /etc/acl/collector.conf and altered the output_dest parameter from the ACL audit pipeline to a local MediSys test node. Following this redirection, Derek cleaned the injection traces and confirmed that the hospital integration gateway data was no longer mirroring to ACL, effectively securing the data stream from further unauthorized access.