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As today’s enterprises shift to the cloud, Kubernetes has emerged as the de facto platform for running containerized microservices. And while Kubernetes operates as a single cluster, enterprises inevitably run their applications on a complex, often confusing, architecture of multiple clusters deployed to a hybrid of multiple cloud providers and private data centers. This approach creates a lot of problems. How do your services find each other? How do they communicate securely?
We reflect on the standout criteria that defined optimal enterprise cloud connectivity this year, and share how you can set up your network for success in 2023.
When moving production workloads to a new containerized environment, application traffic management (ATM) can become complex. This is especially true for organizations that are transitioning workloads to Kubernetes, as managing traffic requires load balancing and configuring other Kubernetes networking components, such as ingress and ingress controllers.
When enterprises run online services, web servers play an essential role. They allow the software to surface on the world wide web and make it accessible through web browsers for customers worldwide. When the performance of a web server gets degraded or, even worst, if a web server is entirely down, it impacts not only the business bottom line but also the brand image for not providing reliable service to customers. Failure to manage web servers can also lead to security risks.
