Skip to main content
  1. Blog
  2. Article

John Zannos
on 1 July 2014

HP Publishes OpenStack on Ubuntu Reference Architecture


Just in time for the recent HP Discover event, engineers from HP and Canonical published a technical white paper titled: HP Reference Architecture for OpenStack on Ubuntu 14.04 LTS. This white paper provides the information HP clients need to start planning cloud deployments using OpenStack on Ubuntu with HP servers. For clients who are beginning to experiment with private cloud deployments, this white paper describes the components and steps to get started.

OpenStack is a highly flexible platform that provides many choices for implementation. For this white paper, HP and Canonical provide recommendations for building a small cloud that can be scaled to medium size, by adding compute and storage (block or object) nodes. The base for the reference architecture is Ubuntu 14.04 LTS with the OpenStack Icehouse release. HP ProLiant SL series hardware, with its powerful, dense compute and storage capabilities, is used, and recommendations are made for network requirements, database, and other components which can vary in an OpenStack deployment. While SL series hardware was chosen for this reference architecture, other Ubuntu certified ProLiant and Moonshot servers may also be suitable, depending on workload requirements.

To simplify installation, the authors recommended using MAAS (Metal as a Service) and Juju. MAAS is the bare-metal provisioning tool that turns your hardware environment into a cloud in minutes. It takes the pain out of detection and configuration and gets your servers ready for deployment. Juju is a service orchestration tool that’s the fastest way to deploy OpenStack on Ubuntu. Its libraries of ‘charms’ make it simple to deploy, configure and scale out cloud services with only a few simple commands. The reference architecture includes steps to get MAAS and Juju started, followed by the steps, using Juju, to deploy each component of OpenStack to get your cloud up and running.

Ubuntu is the world’s most popular choice for OpenStack clouds with over 50% of OpenStack clouds in production (as per a recent OpenStack Foundation survey). HP and Canonical work closely to test and certify Ubuntu on HP ProLiant and Moonshot platforms. HP is also a member of Canonical’s OIL (OpenStack Interoperability Lab) where HP servers are tested on a daily basis along with an entire ecosystem of cloud related infrastructure and Ubuntu.

Be sure to check out the white paper and get started with building a cloud today! For more information regarding Ubuntu OpenStack, Juju and MAAS, go to www.ubuntu.com/cloud. If you would like to investigate further, or request a demo, please get in touch with Canonical.

Related posts


David Beamonte
11 March 2026

The bare metal problem in AI Factories

MAAS Article

As AI platforms grow into large-scale “AI Factories,” the real bottleneck shifts from model design to operational complexity. With expensive GPU accelerators, hardware failures and inconsistent configurations lead directly to lost throughput and reduced return on investment. While Kubernetes orchestrates workloads, it cannot fix broken ph ...


Massimiliano Gori
2 March 2026

Supporting more identity providers on Ubuntu with the new Authd OIDC broker

Cloud and server Article

Today we are announcing the general availability of the new generic OpenID Connect (OIDC) broker for Authd. With enterprises needing to centralise access management controls, the ability to choose your own identity solution is paramount. This new broker snap is our answer to that need, allowing Ubuntu Desktop and Server to integrate with ...


Canonical
5 February 2026

SpacemiT announces the availability of  Ubuntu on K3/K1 series RISC-V AI computing platforms

Canonical announcements Article

SpacemiT (Hangzhou) Technology Co., Ltd. today announced a  collaboration with Canonical to make  Ubuntu available on SpacemiT’s new K3 SoC and the existing K1 series RISC-V computing platforms. This collaboration marks a deep integration between open-source operating systems and open RISC-V silicon, bringing powerful, flexible, and relia ...