A cyberattack doesn’t stop at the firewall. As industrial organizations become more connected, cybersecurity threats can disrupt operations, put people and reputation at risk and impact enterprise value. Swipe through to see the stats shaping today’s cybersecurity landscape and learn how our cybersecurity solutions help protect complex industrial environments: https://hwll.co/3e9ns3zf
The VMware conversation is only one part of a much bigger infrastructure question. Enterprise infrastructure is entering a different phase. VMs are evolving. Kubernetes is becoming mainstream. Cloud strategies are changing. Linux and open infrastructure are gaining momentum. But perhaps the bigger question is not: “Where do we move our workloads?” It is: “What should our infrastructure foundation look like for the next 3–5 years?” Because modernization should not simply mean replacing one platform with another. It should create an environment where enterprises can: Adapt faster. Choose freely. Scale confidently. Control more. Depend less. The future of infrastructure may not be about choosing one platform. It may be about building a foundation that keeps multiple choices open. That is where the real infrastructure conversation begins. — Kuldeep | Zyvor 🌐 https://zyvor.dev
The line "a cyberattack doesn't stop at the firewall" is a sharp way of naming the real shift here — as industrial systems become more connected, the boundary between digital risk and physical operational disruption keeps getting thinner, and traditional IT security models often don't fully account for that overlap. It's a good reminder that protecting complex industrial environments now depends on translating cybersecurity thinking into operational terms that plant managers and engineers, not just IT teams, can act on. Worth swiping through to see how those stats break down. #IndustrialCybersecurity #OperationalResilience #Honeywell
Connectivity is the line item everyone budgets for, and the link outage is what quietly decides whether you still have a record afterwards. Our fire monitoring gateway publishes over MQTTS on 4G, and the decision I would defend hardest is the local SD buffer that holds at least 10,000 events, because an audit trail which depends on the uplink being healthy is not an audit trail. The harder problem on an Indian plant floor is that almost none of this equipment was designed to be queried at all, so visibility gets retrofitted onto a motor control centre and a panel that predate the idea entirely. In the data behind these stats, how much of the disruption starts on equipment that was retrofitted for connectivity rather than built for it?
As businesses become more connected, cybersecurity is no longer just an IT concern—it’s an essential part of protecting operations and maintaining trust. Great insights into the evolving cybersecurity landscape! 👏
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OT cybersecurity has to protect more than systems; it also has to protect business continuity in environments where downtime can carry serious consequences.