IPv6 dual-stack permits distributed cloud architectures
Twin-stack IPv4 and IPv6 networks may be arrange in StarlingX cloud deployments in a number of methods.
Váncsa mentioned that customers at the moment are capable of configure the platform to make use of each IPv4 and IPv6 deal with areas with out service disruptions. As soon as the primary deal with pool is allotted to a community upon creation it would change into the first, which can’t be later eliminated. The secondary deal with pool may be dynamically allotted or eliminated to transition the system between dual-stack and single-stack modes as wanted. Customers can carry out further configuration on the deployment, together with DNS setup and cargo balancing based mostly on the gear used of their setting and the calls for of their specific use instances.
Of observe, Váncsa defined that the flagship function in StarlingX is the Distributed Cloud structure mannequin, the place customers can deploy sub-clouds in distant areas to be managed from a central website. “As customers improve to the newest model of the platform, they may now be capable of configure sub-clouds to reap the benefits of the dual-stack networking configuration,” she mentioned.
StarlingX will get a brand new ‘protected’ Harbor
One other key addition to the StarlingX 10 updates is the combination of the Harbor container registry. Cloud-native deployments largely depend on the usage of containers. A container registry is a central repository the place an operator can pull container photographs for cloud deployment.
“Safety has been a excessive precedence for the StarlingX group, which drove the choice to combine the Harbor container registry into the platform as nicely,” Váncsa mentioned.
She famous that the Harbor offers varied options to enhance the safety of how StarlingX handles container photographs, open coverage brokers (OPA), and Helm charts. OPA is an open-source coverage engine utilized in Kubernetes deployments to outline and write coverage for containers. Helm charts are a broadly used open-source deployment know-how for containers in Kubernetes.
