Warning alert icon with a hacked system

Minnesota Water Facilities Shift to Manual Operations Following Cyberattacks

Automated control systems across five municipal systems were targeted in recent cyber incidents, prompting immediate recovery efforts.

Cyberattacks against automated control systems in five Minnesota cities recently forced municipal water utilities to temporarily switch to manual operations to maintain public service.

Facilities affected include water infrastructure and treatment systems in Braham, South St. Paul, Plymouth, Maple Plain and St. Cloud. In Braham, the attack temporarily shut down the city’s water treatment plant, but operations were restored in less than two hours. Local officials confirmed that water quality, public safety and physical infrastructure remained uncompromised throughout the incident.

Minnesota IT Services is assisting the affected communities with incident response, forensic analysis and system recovery. Preliminary findings indicate the attacks primarily targeted industrial control systems used to monitor and manage municipal water infrastructure, with some disruptions linked to remote equipment connected via cellular communications.

State and local investigations into the origin and scope of the cyberattacks remain ongoing.

About the Author

Jesse Jacobs is assistant editor of SecurityToday.com.

Featured

New Products

  • NAPCO product image

    StarLink Fire Max2 Dual Cell/IP Communicator

    Streamline commercial fire compliance with dual-carrier cellular connectivity, a dedicated FACP data path, and dual-layer electronic inspection verification.

  • Theia Technologies building fisheye

    Theia Technologies Linear Optical Technology®

    Learn how ultra-wide, zero-distortion rectilinear lens design improves spatial accuracy and eliminates the need for software de-warping in real-time robotic and automation systems.

  • ADI Control4 product image

    ADI Control4® X4 & Control4® Connect

    Drive long-term system value and reduce post-installation friction with a visually redesigned control interface paired with a secure, future-ready smart service framework.