The shift to container-native computing is a once-a-generation shift.
With this, the Foundation is also making it clear that its focus for these projects will be on continuous integration and continuous delivery (CI/CD), container infrastructure, edge computing, data center and artificial intelligence and machine learning.
As Bryce told us, the Foundation plans to look at a couple of focus areas: data center cloud infrastructure, container infrastructure, edge computing (and Collier, too, seems to be especially interested in this), continuous integration/continuous delivery and — potentially — machine learning and AI.
In the Cloud-RRH, containers have a computing capacity from 25too 100.
Platform9's new Fission Workflows brings together all the buzzwords you love: Kubernetes, Docker containers and serverless computing.
The container-based grid computing models, such as those enabled by Docker, Rkt, Mesos and Kubernetes, provide a model for this type of vendor-agnostic layer.
The OpenStack project moved along, fixed many of its problems and adapted to a changing world where everybody wants to talk about containers and edge computing.
This shift from the traditional system-based monitorization to a process-based analysis is interesting for new paradigms such as software containers or serverless computing, where the focus is put on applications and not on instances.
Pivotal wants to be the development platform that serves everyone, and today at their SpringOne Platform (S1P) developer conference in San Francisco, they announced a huge upgrade to their Pivotal Cloud Foundry platform (PCF) that includes support for serverless computing, containers and a new app store.
According to company CEO and co-founder Ben Bernstein, his company came out of the gate building a security product designed to protect a cloud-native environment with the understanding that while containers and serverless computing may be ephemeral, they are still exploitable.
