Technology in Industrial Networks

These videos describe how networking technologies are used in industrial networks, with an emphasis on security and availability.

Multi-Chassis Link Aggregation in Industrial Networks

Ethernet Ring Protection Switching in Industrial Networks

Signed Software in Industrial Networks

Private VLANs in Industrial Networks

Network Access Control in Industrial Networks

Loop Detection in Industrial Networks

DHCP in Industrial Networks

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  Multi-Chassis Link Aggregation in Industrial Networks

  In the dynamic realm of industrial automation, the need for robust communication networks is paramount. This article explores the transformative power of Multi-Chassis Link Aggregation (MC-LAG) in industrial networks. Without MC-LAG, conventional link aggregation falls short, leaving networks vulnerable to single points of failure and suboptimal load balancing. MC-LAG, however, offers a revolutionary approach, ensuring high availability, load balancing, and network resiliency. By seamlessly rerouting traffic, eliminating blocking, and enhancing scalability, MC-LAG emerges as a game-changer for industrial automation networks, enabling uninterrupted operations and optimised performance. IT professionals should consider MC-LAG as the key to unlocking the full potential of their industrial networks. Presented by Mark Cooksley. #PlainlyExplained
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  Ethernet Ring Protection Switching in Industrial Networks

  This video explores the transformative impact of Ethernet Ring Protection Switching (ERPS) in industrial automation networks. ERPS, a resilient network redundancy solution, ensures reliable and uninterrupted communication in dynamic industrial environments. By simplifying network topology, providing rapid fault recovery, and supporting various ring configurations, ERPS minimizes downtime and prevents data loss during network failures. Its standardised approach enables seamless interoperability among different manufacturers' equipment. This article emphasises the growing importance of ERPS in industrial networks and highlights its accessibility, making it an indispensable technology for building robust, scalable, and reliable infrastructures. Presented by Mark Cooksley. #PlainlyExplained
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  Signed Software in Industrial Networks

  Protecting your network against external threats is not enough. To keep your network secure, you must regularly update the software on your switches. Signed software adds another layer of defence to your network. Presented by Mark Cooksley. #PlainlyExplained
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  Private VLANs in Industrial Networks

  Segregating your network is a recommended security technique, which provides effective defence against compromised devices. Private VLANs prevent local communication, while still permitting communication to a central location. Presented by Mark Cooksley. #PlainlyExplained
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  Network Access Control in Industrial Networks

  Do you know who can access your network? Modern industrial networks are no longer isolated. Use Network Access Control as your first line of defence against unauthorised network access. Presented by Mark Cooksley. #PlainlyExplained
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  Loop Detection in Industrial Networks

  Loops are a common cause of failure in industrial networks. Loop Detection is a tried and trusted mechanism for detecting and temporarily closing loops. Use Loop Detection to add another layer of protection to your network. Presented by Mark Cooksley. #PlainlyExplained
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  DHCP in Industrial Networks

  Using DHCP on your industrial network leaves you open to well known security vulnerabilities. Port Security and DHCP Snooping are effective mitigation techniques. Learn how to protect your network against the threats which affect DHCP. Presented by Mark Cooksley. #PlainlyExplained