Implementing self-service for large-scale operations - T-Mobile
In this talk by Joshua McClintock, MTS, Systems Design Engineering, T-Mobile, you’ll hear about how he built a self-service portal using MAAS to allow people to order servers like burgers.
One of the best talks to understand one of the greatest benefits of MAAS - faster time-to-delivery.
Watch the presentationRoblox is a gaming platform for 100 million kids all over the world, and to serve them must deploy edge compute globally for low latency gaming experiences. This means imaging, managing and rebuilding thousands of servers.
In this talk, Rob Cameron, Roblox Technical Director for Cloud Services, shares how they migrated servers from Windows to Linux for approximately 200K containerised workloads in a seven-day timeframe, leveraging MAAS for the path to full orchestration. This is another example of MAAS enabling faster time-to-delivery.
Watch the presentationRead the definitive whitepaper on bare metal Kubernetes featuring MAAS.
This whitepaper goes in depth into the history of VMs, how they compare with Kubernetes, and the important role bare metal orchestration (and MAAS) has to play. Learn how to deploy Kubernetes on bare metal with MAAS, and the benefits that it has. Designed to go hand in hand with the bare metal K8s video tutorial.
When deploying a bare metal cloud, it’s critical to maximise your capital investment. Workloads need to be correctly deployed to the right machines with the right capabilities, at the right time.
Read this whitepaper to learn more about how MAAS helps turbo charge your hardware with EPA (Enhanced Platform Awareness). Includes a practical example of auto-labelling and configuring machines with GPUs.
In this blog post, we discuss how Bare Metal Kubernetes was enabled by SpectroCloud, who built a ClusterAPI Provider for MAAS using the MAAS API.
A textbook example of how MAAS is designed to be used to enable automated bare metal provisioning.
In this whitepaper, learn everything you need to know about the benefits of bare-metal provisioning, and how leading companies are using server provisioning solutions within their hyperscale environments.
In this whitepaper, you will learn how MAAS provides a flexible and straightforward framework for administrators to test their hardware. Explore the following:
Automated hardware testing is a key component of bare metal clouds, particularly at scale.
All Canonical blogs related to MAAS are here. This rich set of content covers everything from high-level product announcements to hands-on technical guides that dig into more complicated topics.
Stéphane Graber, Engineering Manager for LXD, shows us how to install MAAS inside a LXD container and see how it can be used to deploy LXD virtual machines, provide DNS and IP management for LXD instances and more!
This is an excellent video for those that want to understand more about LXD and MAAS.
Anton Smith, Product Manager for MAAS takes you hands-on to build your own simulated bare metal Kubernetes cluster using just a single computer.
Along the way, you’ll get to use and learn about some Linux networking, MAAS, LXD, Ceph, Juju and Kubernetes, and at the end deploy an application to your new K8s cluster.
This video is great for understanding the different possibilities enabled by MAAS, Juju, and Charms.
Alex Chalkias and Anton Smith (product managers for K8s and MAAS respectively) discuss and present bare metal K8s, and provide an overview to go with the hands on tutorial above.
With plenty of really interesting questions by the audience, this is a great primer for people wanting to further their understanding of bare metal cloud and kubernetes.
Do you love Raspberry Pis and Ubuntu as much as we do? Now you can install Ubuntu for ARM using MAAS on RPI4s.
Build your own mini bare metal cloud by following this tutorial which resulted from a great collaboration with the MAAS community.
Follow Stormrider as he uses the CLI to get MAAS setup and perform various machine related tasks. This is a good example of step-by-step usage of the CLI and a great way to learn.
In this webinar , you will learn about how to overcome the challenge of running Kubernetes directly on bare metal servers and benefit from performance and cost efficiencies, without having to treat those environments as “special projects”. Combining CNCF’s Cluster API and Canonical’s Metal-as-a-Service (MaaS), Saad and Joep will introduce an architecture that will enable any team to deploy and treat bare metal Kubernetes clusters just like any other cluster in their container environment.
Community member Saeid Bostandoust has written a tool called MAASTA, that lets you interact with a MAAS server cloud using Terraform and Ansible, just the same way as you would interact with a public cloud.
The repository is here, and an introduction to the project can be found here.
