The next OpenStack summit will be held in Boston May 8 through May 11, 2017, and the agenda is in progress.
We've had distributed systems for decades. So why is it up to the developer to build "cloud native" applications?
Managing thousands containers can be challenging, but if you want to know how Kubernetes will behave at scale we might be able to provide an answer. At KubeCon in Seattle, we shared the data we collected in our scale lab, which consists of 500 physical nodes. Using virtual machines, we can simulate up to 5000 Kubernetes minions running actual workloads, and our tests are designed to reveal how Kubernetes behaves while managing a complex application (in this case, OpenStack services) at large scale.
OpenStack is no longer the new, exciting kid on the block. That title has clearly gone to containers and container orchestration systems such as Kubernetes. So what does that mean for OpenStack?
With Kubernetes 1.5, it's finally possible to build a single hybrid clustered application that includes both Windows and Linux components interacting with each other.
Chinese retail giant Bailian Group transitions from brick and mortar to omni-channel commerce by using OpenStack and DevOps for increased innovation, faster time-to-market, and efficient operations.
In shared-nothing architecture, a distributed system can scale without limits by removing single points of contention. Learn about pros and cons of deploying OpenStack with a shared-nothing paradigm.
We've gotten familiar with data levels presented in petabytes, but zettabytes? That's new. Add to that the use of hundreds of thousands of CPU cores and you have some seriously Big Data.
Mirantis has launched a Software Community site where you can download and get resources for our latest offerings, including our recently released Mirantis OpenStack 9.1 maintenance update.
Check out some of the highlights, with our OpenStack Summit Barcelona Playlist.