Microservices within a distributed environment is nothing new. But nowadays, when you design a microservices environment, you have to take more into consideration than just the software itself. Designing a distributed application within stateless and immutable environment can be challenging.
There’s a lot going on in the cloud, and a lot of that is open source. Microsoft and Red Hat are bringing a wave of modern open source portfolios to the cloud. Fueled by the cloud, DevOps is becoming commonplace across organizations of all sizes.
OpenStack is an Infrastructure-as-a-Service offering that provides a powerful abstraction layer for interacting with your datacenter infrastructure, supported by a wide array of pluggable drivers for existing physical and virtual infrastructure investments.
The performance engineering group at Red Hat is responsible for performance of the complete container portfolio, including Docker containers, Red Hat® Enterprise Linux Atomic technologies, Kubernetes, and OpenShift Container Platform.
Containerization is fueling the paradigm shift toward Application-Centric IT.
Containers hold the promise of increased portability, greater scalability, and faster application development. But how will IT operations teams manage a container-based world?
In this session, we'll will cover the state of the art of docker container security. We'll also take a look at the future of container security. You'll learn:
-When you should use containers versus virtual machines
-What platform you should run your containers on
This talk will cover the struggles making Docker Containers work well with Systemd. We will discuss getting systemd functions like sd_notify, socket activation, cgroup propogation working in a container. The talk will describe how to get docker to use journald for logging containers.