OpenStack Automate

OpenStack is a set of software components that provide common services for cloud infrastructure.

Easier management

OpenStack is composed of several stateless applications that communicate to provide services, that is a familiar model in the world of micro-services that Kubernetes and containers call home.


Read More
Higher level of security

OpenStack offers a higher level of security when it is run alongside Kubernetes as users can use a bay in OpenStack to arrange a group of virtual machines or bare metal instances so that they are used by a single authorized user.

Read More
Rapid evolution

As both Kubernetes and OpenStack are widely used by giants in the technology world such as Google, Amazon, or eBay, this makes both the technologies innovate at a faster pace to resolve all sorts of unique challenges.

Read More
img

Bare metal, containers, and virtual machines

on the cloud

Large pools of computing, storage, and networking resources are under the control of Openstack, and they are all controlled by APIs or a dashboard.

Other components offer orchestration, fault management, and service management among other services, in addition to the standard infrastructure-as-a-service capability, to guarantee the high availability of user applications.

How does
OpenStack work?

OpenStack is basically made up of scripts, which are collections of commands. These scripts are collected into collections referred to as projects, which relay operations that build cloud environments. OpenStack is dependent on the following 2 other types of software to build such environments:

  • A layer of virtual resources that are abstracted from hardware is created through virtualization.
  • An OS that serves as the foundation and executes commands from OpenStack scripts.

Consider this: OpenStack itself does not virtualize resources; rather, it utilizes them to create clouds. Moreover, OpenStack does not carry out commands; rather, it passes them to the underlying OS. Virtualization, OpenStack, and the foundational OS must all function together. Because of this interdependence, so many OpenStack clouds are deployed using Linux®. RackSpace and NASA decided to use Linux® as a result.

What can we do with
OpenStack ?

Private clouds

Private clouds constructed using bespoke code can't compare to the advantages that private clouds running on OpenStack can offer.

OpenStack Platform was determined to be worth $6.81 million to enterprises, according to an IDC evaluation of its value for private clouds.

Network functions virtualization

Using OpenStack for network functions virtualization (NFV), which entails dividing a network's essential activities so they can be dispersed throughout settings, may be the upcoming big thing, according to research. Almost every global communications services provider evaluated by the analyst has it on their agenda.

Public clouds

The best open source solution for creating public cloud environments is OpenStack. OpenStack may be used to create public clouds with services that compete with large providers, regardless of whether your business is a multibillion dollar publicly traded organization or a startup.

Containers

OpenStack is a stable foundation for public and private clouds. Containers speed up application delivery while simplifying application deployment and management. Running containers on OpenStack can scale containers' benefits from single, siloed teams to enterprise-wide interdepartmental operations.