Software

OpenStack Deployment and Management – Fuel

Fuel is an open source deployment and management tool for OpenStack. Developed as an OpenStack community effort, it provides an intuitive, GUI-driven experience for deployment and management of a variety of OpenStack distributions and plug-ins.

Fuel brings consumer-grade simplicity to streamline and accelerate the otherwise time-consuming, often complex, and error-prone process of deploying various configuration flavors of OpenStack at scale. Unlike other platform-specific deployment or management utilities, Fuel is an upstream OpenStack project that spans multiple OpenStack distributions and a range of third-party options, so it’s not compromised by hard bundling or vendor lock-in.

Using Fuel to deploy and manage OpenStack

Automate discovery of nodes and conduct pre-deployment checks

Fuel automatically discovers any bare-metal and virtual nodes configured to boot from network. Once they are identified and bootstrapped, Fuel presents a complete picture of nodes ready for allocation, so you can assign roles and resources across your cloud. Fuel then runs pre-flight validations to ensure your network is configured properly, to overcome one of the most common start-up configuration problems in OpenStack deployment.

Fuel automatically discovers virtual or physical server nodes for OpenStack deployment

For example, DHCP conflicts are often not visible to conventional network checks. Fuel flags and exposes errors before and after node allocation, cutting debug time and ensuring timely deployment of your OpenStack cluster.

Fuel automatically discovers virtual or physical server nodes for OpenStack deployment.

Choose valid configurations quickly and easily

Given the wide array of configuration decisions you need to make in any OpenStack cluster, Fuel helps you get started through a consumer-grade, step-by-step wizard. It simplifies and sequences the array of configuration options you need to work through, to let you select your:

  • Host operating system.
  • Hypervisors.
  • Storage back ends (including Ceph).
  • Networking topology.
  • Controller configuration specific to the high availability (HA) needs of your OpenStack environment.

The wizard also simplifies iterative reconfiguration and redeployment of successive clusters as your environments grow and change.

The Fuel wizard lets you define your cluster requirements from the top down.
 
Fuel offers a variety of pre-defined configuration combinations which it will deploy for you automatically

Choose from a variety of OpenStack distros

Fuel 3.2 Choice of Distros

Fuel helps to avoid lock-in by letting you choose from deployment with CentOS, Red Hat, or Ubuntu as the host operating system and Mirantis OpenStack or Red Hat OpenStack as distros. Mirantis validates each of these up-to-date distros, so that you can use Fuel to maintain OpenStack with other commercial packages.

OpenStack packages distributed with Mirantis OpenStack are pulled directly from the trunk and bug-fixed ahead of the community release. In addition to all of the core OpenStack packages, Mirantis OpenStack includes HA components and related OpenStack projects to maximize the resiliency and value of your OpenStack environment.

Streamline OpenStack management and operations

In addition to its intuitive GUI, Fuel provides a set of high-level APIs, that can be used by various applications and services to perform deployment and management of OpenStack clusters, such as to:

  • Create a cloud.
  • Add a node to an existing cloud.
  • Assign one or more roles to any node, or replicate a single role across many nodes.
  • Delete a node from a cloud.
  • Set volumes and/or partition hard disks across multiple physical hosts all at once.
  • Collect, parse, organize, and download logs.

Ensure your OpenStack cluster is healthy and ready to run workloads

Fuel 3.2 Post-deployment validation

Fuel provides a broad suite of tests that validate whether all key services are running in your OpenStack cloud, and also executes real-world functional tests to isolate problems in specific OpenStack subsystems. High availability cloud services and related OpenStack projects are also validated to confirm that they behave and operate as expected.