Manufacturing ransomware incidents are up more than 50% year over year – and roughly 1 in 4 of those attacks are severe enough to force a full plant shutdown. The trend keeps getting worse, and it traces back to the same four gaps almost every time. If you worked through
An SOC can have dashboards, detection rules, response procedures, and performance metrics in place and still lack the capabilities needed to handle security events across a manufacturing environment. Manufacturing OT operates within production processes where an asset’s role, network location, and operational state influence how security events are interpreted and
Ransomware in manufacturing rarely starts as an OT problem. It becomes one, predictably, and often quickly, once it crosses from IT. That sequence is the part most security conversations skip. OT security vendors sell detection speed as the whole story: catch the alert faster, stop the attack sooner. But in
Manufacturing runs on remote access it can’t do without. Equipment vendors troubleshoot PLCs from off-site. Integrators tune control systems without setting foot on the plant floor. Maintenance specialists diagnose faults and apply updates without ever visiting the site. None of that is optional, and none of it is the problem.
Most manufacturers running a SOC didn’t build it for the plant floor. They built it, or bought it, for the enterprise – endpoints, identity, email, cloud workloads. OT got added to its scope later, usually without changing what the SOC was actually equipped to see. The result is rarely a
Manufacturing cybersecurity is changing as production environments connect with analytics, enterprise applications, remote services, and AI systems. Production data can move across controllers, SCADA, historians, MES platforms, analytics environments, and other connected systems. That creates a practical security question: NIST’s guidance on artificial intelligence and cybersecurity highlights the need to
Most manufacturing cyber incidents do not begin on the plant floor. The initial compromise typically occurs in an unremarkable, IT-adjacent system – a phishing email, a vendor’s remote access account, an exposed application server. What happens in the hours that follow determines whether the incident remains in a contained IT
Manufacturing OT environments contain more than PLCs and production equipment. A typical environment can include PLCs, DCS, SCADA, HMI, engineering workstations, MES, historians, enterprise systems, remote access, and third-party connections. These systems perform different functions and have different relationships with the production process. That makes OT visibility a broader requirement
Clinical trial records are the foundation of every successful study, capturing patient data, documenting protocol adherence, and providing the evidence sponsors rely on to prove a trial was conducted ethically and accurately. When those records become unavailable, compromised, or untrustworthy, the damage isn’t contained to IT. It disrupts study timelines,
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