Industrial Cybersecurity Pulse is a new website dedicated to educating and informing engineers about the latest challenges and developments relating to cybersecurity, information/operational technology (IT/OT), the cloud and more. Check it out!
Engineers working with industrial cybersecurity need to understand the increased risks as automation becomes interconnected. Build industrial systems that will operate securely throughout the lifecycle.
Commissioning an integrated security system for solar power plant in Saudi Arabia was successful despite the challenges posed by the COVID-19 pandemic.
Information technology strategies can help combat new cybersecurity vulnerabilities and deploy a solid cybersecurity program for operational technology use for industrial control systems, remote terminal units, supervisory control and data acquisition systems, as Industrial Internet of Things deployments increase.
Cybersecurity often is the catalyst for control system modernization, and industrial and critical infrastructure sector projects increasingly specify automation products and systems that are designed as cybersecure.
Manufacturing's resilience has been strong during the COVID-19 pandemic, and cybersecurity needs to be stronger than ever as the nature of work changes.
End users may find the variety of IIoT devices and connectivity technology to be intimidating. A system integrator can minimize risks and costs by implementing proven specification and implementation methods and architectures.
Overcome three OT/IT cybersecurity barriers and move towards cyber-resiliency in three cybersecurity steps.
The Industrial Internet of Things (IIoT) will have the strongest impact on operational technology/industrial control system (OT/ICS) cybersecurity.
The inability to stop production and a bureaucratic approval process are the main barriers that inhibit industrial cybersecurity projects according to a report by Kaspersky.