Someone typing on a laptop with illustrations of several closed locks and one opened lock.

UCSF Pays $1.14M Ransom After Cyberattack

The University of California San Francisco confirmed it paid a $1.14 million ransom to hackers who were behind a cyberattack on its medical school’s computer servers on June 1.  

The University of California San Francisco confirmed it paid a $1.14 million ransom to hackers who were behind a cyberattack on its medical school’s computer servers on June 1.  

On June 1, UCSF’s IT staff identified the incident in progress and managed to partially stop the cyberattack and isolate it from the core UCSF network. However, the attackers were able to launch malware that “encrypted a limited number of servers within the School of Medicine, making them temporarily inaccessible.”

The attackers obtained data that they then used as proof of their attack to demand a ransom payment. The university says they don’t believe patient medical records were exposed.

“The data that was encrypted is important to some of the academic work we pursue as a university serving the public good,” says a statement published on the university’s website. “We therefore made the difficult decision to pay some portion of the ransom, approximately $1.14 million, to the individuals behind the malware attack in exchange for a tool to unlock the encrypted data and the return of the data they obtained.”

According to BBC News, the Netwalker criminal gang attacked the university. BBC News reports they are responsible for at least two other ransomware attacks on universities in the past two months.

UCSF negotiated with the attackers and paid them in bitcoins in exchange for decryption software. Now the university is assisting the FBI with their investigation and working to restore the affected servers.

About the Author

Yvonne Marquez is senior editor of Spaces4Learning and Campus Security and Life Safety. She can be reached at [email protected]

Featured

  • Electrified Latch Retraction Locks Key Benefits for Retrofits

    Building owners and facility managers increasingly rely on electrified hardware to enhance security while meeting accessibility standards. Among these technologies, electrified or motorized latch retraction locks are especially effective for retrofit projects where existing door and frame conditions complicate upgrades. Latch retraction capable locks combine security, accessibility and code compliance benefits, making them ideal for retrofitting fire-rated and non-rated openings in schools, healthcare facilities, commercial buildings and more. Read Now

  • How Cloud Security Solutions Are Transforming Campus Safety

    Campus administrators today face a challenging mandate: deliver stronger security across their facilities while working within tighter budget constraints. From school districts focused on student safety to hospitals protecting patients and staff, the question remains the same: how do you build security infrastructure that evolves with your needs without requiring massive capital investments? Read Now

  • Rethinking Campus Security From the Inside

    For decades, campus security strategies focused on keeping threats outside school walls. But since the tragedy at Columbine High School, data has shown that many attacks begin inside the building, often in classrooms and corridors. This shift has prompted schools to rethink security from the inside and place greater emphasis on interior elements such as classroom doors. This shift is evidenced by a new generation of classroom door systems engineered to delay inside intruders and an ASTM standard that raises the bar on how these systems must be designed to defend against attack. Read Now

  • AI in Security: Advancing Campus Safety and Considerations for Implementing

    Artificial intelligence (AI) continues to capture attention across every sector, and the physical security industry is no exception. Once seen as experimental, AI-enabled analytics now underpin how organizations monitor environments, detect threats, and make decisions. What was once futuristic is now a practical necessity for safety professionals managing growing volumes of data, tighter resources, and increasing expectations for faster, more accurate responses. Read Now