Containers
Tag: rosa
Diving into Red Hat OpenShift Service on AWS (ROSA) with Hosted Control Planes (HCP)
Introduction Since its first appearance on AWS in 2015, Red Hat OpenShift has had a similar architecture. Regardless of it being OpenShift 3 or OpenShift 4, self-managed OpenShift Container Platform (OCP), or managed ROSA. All this time customers query the Control Plane existing within their AWS account and explore getting the most return-on-investment (ROI) to […]
Build ROSA Clusters with Terraform
Introduction With the recent release of the official Red Hat Cloud Services Provider for Terraform customers can now automate the provisioning Red Hat OpenShift Service on AWS clusters (ROSA) with Terraform. Previously, automating the creation of a ROSA cluster required using the OpenShift Command Line Interface (CLI), either wrapping it in code or using additional […]
Migrate and modernize IBM Maximo with AWS and Red Hat
This post was co-authored by Eric Libow, CTO, Asset Management Solutions, Sustainability Software, IBM, Balaji Santhanakrishnan Global Technical Sales Leader, Sustainability Software, IBM, Tommy Hamilton, App Platform Sales Specialist, Red Hat and Andy Grimes, Emerging Sales Specialist, Red Hat Introduction IBM Maximo has been a leading enterprise asset management solution in the industry for four […]
Measuring portability time objective as a metric for migrating to Red Hat Openshift Service on AWS (ROSA)
This post was co-written by Mark Taylor, OpenShift Systems Engineer, IBM Consulting; Ian Packer, Chief AWS Architect, IBM Consulting; and Arnaud Lauer, Partner Solutions Architect, AWS. Customers are putting greater focus on portability as part of their strategies when adopting cloud computing. Red Hat OpenShift Service on AWS (ROSA) platform provides an agile and flexible […]
Fine-grained IAM roles for Red Hat OpenShift Service on AWS (ROSA) workloads with STS
Red Hat OpenShift Service on AWS (ROSA) is a fully managed OpenShift service, jointly supported by both Red Hat and Amazon Web Services (AWS) and managed by the Red Hat SRE team. This relieves customers of cluster lifecycle management, allowing them to focus on building applications rather than maintaining the OpenShift clusters. ROSA has recently […]
Self-service AWS native service adoption in OpenShift using ACK
AWS Controllers for Kubernetes (ACK) is an open-source project that allows you to define and create AWS resources directly from within OpenShift. Using ACK, you can take advantage of AWS-managed services to complement the application workloads running in OpenShift without needing to define resources outside of the cluster or run services that provide supporting capabilities like […]
Implementing custom domain names with ROSA
Red Hat OpenShift Service on AWS (ROSA) is a fully managed implementation of Red Hat OpenShift. The Red Hat SRE team does all the heavy lifting of maintaining and operating an OpenShift cluster on behalf of customers, allowing them to refocus their resources where it is most beneficial to their business and customers. ROSA provides […]
Red Hat OpenShift Service on AWS (ROSA) annual contracts
Since Red Hat OpenShift Service on AWS (ROSA) was launched in March 2021, clients in all industries and more than 20 countries are using ROSA for a variety of workloads. In October 2021, AWS released a feature enabling customers to enter into one-year contracts for ROSA software subscriptions through the console to help with cost […]
Managing ROSA subscriptions at scale
One aspect of operating applications at scale is managing software in a manner that provides control as well as caters for self service and agility. As the modernization of applications and overall business processes takes place, agility requirements drive the need for teams to have access to the tools they require. How does a large-scale […]
Red Hat OpenShift Service on AWS: private clusters with AWS PrivateLink
Red Hat OpenShift Service on AWS (ROSA) clusters can be deployed in a few ways, public, private, and private with PrivateLink. Public and private clusters both have the OpenShift cluster accessible to the internet and define whether the application workloads running on OpenShift are private or not. However, there are customers with a requirement for […]