Cloud infrastructure management enters new era as Arcfra simplifies operations through visual interfaces and enhanced network security capabilities.
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Arcfra has announced the launch of version 1.6 of the Arcfra Kubernetes Engine (AKE), which demonstrates major improvements in the management and servicing of production-grade containers. This new version also addresses two important issues faced by large organizations when using Kubernetes for container-based services - improving the security of their networks and the performance of their applications.
With this release of AKE 1.6, Arcfra has introduced a new form-based visual interface for managing and deploying applications with cloud infrastructure on Kubernetes. Users no longer need to maintain complex YAML configuration files; AKE 1.6 allows users to perform common operational functions through an intuitive graphical user interface. The new visual management system allows teams to manage all infrastructure, Kubernetes clusters, and business applications visually from one interface, with related resources available for direct access and frequent operations available more directly than before. The new visual management approach helps reduce the complexity associated with managing container-based services and may lower the barriers to adoption for organizations migrating to Kubernetes-based architectures.
The most significant new feature of AKE 1.6 is that it addresses a serious security issue in production environments - sharing management and service networks for the management of workload clusters. In existing deployments of Kubernetes or other container-based services, there is typically only one network infrastructure, which is used to support both management and service traffic. Therefore, both types of traffic share the same path to each server, creating a potential security risk for organizations using container-based services.
To ensure that all of these types of traffic can be managed separately without one type of traffic adversely affecting another, the new architecture separates these different types of traffic into different "network planes". In this way, there will not be any type of interference between the network management and troubleshooting of the network or the actual business services provided to the end user. In particular, the container service network will not be able to directly communicate (route) to any of the control plane components, including the K8S API server. The ability to fully separate all of these different types of traffic ensures that all control plane functions remain fully functional and protected against malware or other attacks to the container-level services, regardless of whether any of those container-level services have been compromised. This separation of traffic is extremely important for enterprises that require a level of network isolation for compliance or regulatory reasons, particularly in industries that are highly regulated.
Business Honor is of the view that Arcfra's AKE 1.6 release represents a transformative shift in production Kubernetes operational efficiency and enterprise network management capabilities.
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