Cloud Native

Readers of this blog may have noticed a consistent theme over the last 8 years, cloud-native technology has begun slowly transforming virtualized data centers into containerized data centers.

Multus, SR-IOV, and DPDK are three different technologies that are commonly used in the field of networking and virtualization.

This blog post outlines the key questions to ask when deciding to refactor or platform an application to move to the cloud.

While the concept is straightforward, Horizontal pod autoscaling requires time and effort to implement. More often than not, applications need to undergo load testing to tune HPA configuration to determine the best scaling and capacity management settings.

While the concept is straightforward, Horizontal pod autoscaling requires time and effort to implement. More often than not, applications need to undergo load testing to tune HPA configuration to determine the best scaling and capacity management settings.

Cluster autoscaling is typically the easiest autoscaler to configure and to use. However there may be situations where it may not be the best option for an application.

The goals of the 3GPP are to standardize core functions in the SBA to be microservice and cloud-native. When the Telco cloud becomes ‘Cloud-Native’ and Stateless

This blog discussed the line of separation from a security standpoint when deploying your application to the cloud. The next post in this series will focus on the fundamental aspects of Kubernetes security.

ROSA as an offering can make it easy for existing OpenShift Container Platform customers to focus on adding value to their business by focusing on their application code and by moving all of the complexity and pain of cluster lifecycle management to Red Hat and AWS.   

In this blogpost, we introduced and discussed the benefits of ROSA. Based on my daily customer conversations, this should be an exciting offering to customers who like OCP but want a more seamless cloud based offering.