Five Hidden OT Vulnerabilities Limiting Food & Beverage Performance and Modernization
Discover five hidden OT vulnerabilities that increase operational risk, impact quality and compliance, and delay AI readiness and modernization efforts.

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Discover five hidden OT vulnerabilities that increase operational risk, impact quality and compliance, and delay AI readiness and modernization efforts.
Learn why manufacturers are shifting from project-based system integration to strategic partnerships that support modernization, AI readiness, and growth.
At first glance, a commercial brewery crafting thousands of barrels of beer each week doesn’t appear to have much in common with a biopharma facility culturing monoclonal antibodies. The brewery operates in a high-volume, cost-sensitive market where profits hinge on throughput and brand consistency while the biotech facility operates under stringent compliance standards where batch failure carries multi-million dollar consequences.
In the world of industrial automation, isolating OT from IT has been the paradigm for cybersecurity best practices for decades. It’s simple and it’s highly effective – if physical processes are isolated from the IT network, an IT breach doesn’t result in a major operational disruption. This isolation was referred to as the hard air-gap. In this siloed ecosystem, a facility’s legacy PLCs, HMIs, and SCADA networks were significantly less exposed to external cyber threats because of physical isolation, though risks from removable media, contractors, and internal access still existed.
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