Learn the benefits and opportunities for significantly improving Kubernetes usage across your organisation via the use of an effective data plane. Opportunities including multi-tenancy, high availability, compliance with encryption at rest,The ease of use with GitOps and the transition of traditional and legacy workloads, dependent on persistent data.

Cloud native computing is quickly becoming the norm for enterprises. Containers, container orchestrators like Kubernetes, cloud native solutions like storage orchestrators and other cloud native solutions are making applications and infrastructure more efficient, more available and easier to maintain than ever before.

StorageOS & Red Hat showcase existing legacy applications running on traditional infrastructure, to refactoring its deployment using DevOps practices within a containerized environment.

In this blog we demonstrate how to quickly setup an AWS EKS cluster using eksctl, how to install StorageOS for persistent data and the setup/configuration, of a MySQL app using persistent storage.

A key consideration for many Kubernetes deployments is the installation and use of a Container Network Interface (CNI) with Calico, Weaveworks and Flannel being popular choices, however, the Container Storage Interface (CSI) is often overlooked, resulting in a less-than-optimal use of Kubernetes.

Year over year, Kubernetes consistently ranks among the most-loved platforms on Stack Overflow’s Developer Survey. It’s not hard to understand why. It offers easy scaling, great stability and reliability, works across many different environments.

Learn how the use of a Kubernetes data plane via the Container Storage Interface (CSI) could significantly improve Kubernetes usage within organisations.

StorageOS implementation addresses critical challenges faced by MSPs, including slow provisioning of storage resources, unresponsive vendor partner support, and ability to compete competitively in an increasingly crowded marketplace

Step by step guide to setting up RabbitMQ via the RabbitMQ Kubernetes operator with persistent data from StorageOS.

Enterprise cloud teams face significant challenges in managing the orchestration of containerized applications and resource provisioning in a performant and cost-effective way.

Kubernetes needs a persistent storage layer, learn about the most common approaches and their drawbacks to solving Kubernetes persistent storage challenges

When deploying persistent storage for containers, focus on important factors that can impact the deployment process or the storage solution’s usefulness.

James Spurin, Product Evangelist demonstrates the use of Redis with Kubernetes alongside highly available persistent storage from StorageOS.

Romuald Vandepoel, Cloud Solution Architect at StorageOS highlights the benefits of self-service along with composable, templating approaches that can be used to create anything-as-a-service, including persistent workloads through the power of StorageOS.

With the increased market use of Kubernetes as a cloud managed service and strict data compliance regulations, organisations are dependent on encrypted data as a requirement for Kubernetes workloads using persistent storage.

James Spurin discusses the flexibility of the StorageOS platform and how it powers a variety of different technical use cases which are all cloud native and Kubernetes enabled. The use cases identified, highlight real life customers using StorageOS in production today.

Ferran Castell and Paul Sobey illustrate how to implement automatic failover with high availability. Learn how your mission critical databases with StorageOS are highly available, how your database data is transparently protected behind the scenes.

Ferran Castell and Paul Sobey, show the migration of Postgres databases in production into a Kubernetes environment with multi-cloud portability.

Paul Sobey illustrates how the StorageOS end-to-end platforms works, identifying the unique offering, and the technical differentiators within the cloud native storage market.

Founder and CEO, Alex Chircop introduces StorageOS, the market trends, key challenges enterprises are faced with today, and benefits of using StorageOS.

Learn how StorageOS helped IMT make the shift to a global cloud infrastructure.

We participated in Cloud Field Day 10 this month, where we got to demonstrate some of the capabilities of the StorageOS platform and showcase our technical use cases. Here are the videos from that event.

Every application needs to store state, but traditional enterprise storage is inflexible, expensive, hard to manage and automate. Founder and CEO, Alex Chircop illustrates how Tier 1 banks run trading platforms in Kubernetes with OpenShift and StorageOS.

Ferran Castell highlights best practices and the benefits of running databases on OpenShift such as improving developer productivity, reducing infrastructure cost, and providing multi-cloud portability.

Join Jason Collier, Analyst at Gigaom, and StorageOS Founder and CEO, Alex Chircop on a discussion addressing cloud native storage - the way of the future.

A new Performance Benchmarking Report evaluating four leading Kubernetes-based cloud native storage solutions placed StorageOS ahead of Cloud Native Storage technologies from Longhorn, Rook/Ceph and OpenEBS.

A new Performance Benchmarking Report evaluating four leading Kubernetes-based cloud native storage solutions.

Founder & CEO, Alex Chircop shares some insights on the number of possibilities this funding round creates for StorageOS.

Join Alex Chircop, as he explains to The Register how persistent storage for Kubernetes can deliver HA and fast failover, and how that will improve the way you deploy your applications in the cloud.

See how two great minds Bruno Andrade and Alex Chircop simplify deploying and operating stateful applications within Kubernetes.

We are pleased and proud to announce the release of StorageOS v2.3, containing our ReadWriteMany solution for accessing volumes from multiple application pods at the same time.

As developers continue to adopt containers and orchestrate their workloads with Kubernetes, one question keeps popping up: how do we deal with stateful workloads like databases in Kubernetes?

StorageOS is a cloud native storage solution. It’s a software-defined, scale-out/up storage platform for running enterprise containerized applications in production. Get the technical overview.

Ferran Castell demonstrates migration of MySQL databases from a standalone server to a Kubernetes cluster using StorageOS.

Angelos Perivolaropoulos, Product Reliability Engineer demonstrates how to backup your volumes using Velero and StorageOS. 

Join Ferran Castell, Product Reliability Engineer demonstrates how to CI/CD with Jenkins using the StorageOS platform.

Ferran Castell, Product Reliability Engineer (PRE) demonstrates on how to achieve HA MySQL with StorageOS.

Ferran Castell demonstrates installation of StorageOS. Allowing the migration of stateful applications to containers with ease of use, portability and management capabilities. See how easy it is to access StorageOS persistent storage.

See a live example of how to migrate databases from a standalone server to a Kubernetes cluster.

See how declarative configuration can make your life easier enabling self-service storage provisioning for your stateful workloads.

Session highlights cloud native storage technologies and how they integrate with K8s in orchestrated workloads.

Answers to some of your common questions on storage for Kubernetes.

Get a technical deep dive into StorageOS, cloud native storage for Kubernetes.

An overview of storage technologies as explained in the CNCF Storage Landscape white paper, and a technical outline of how storage is consumed by containerized stateful applications running in Kubernetes.

StorageOS is available in the Rancher catalog, allowing the migration of stateful applications to containers with the same ease of use, portability and management capabilities that Rancher is known for.

StorageOS engineers will highlight challenges running databases in StatefulSets and demonstrate how to solve them on Rancher.

Build transactional, stateful containerized apps (databases, messages busses and other mission-critical solutions) in OpenShift.

Freeform Dynamics discusses considerations for organizations deploying containers in production.

Containers are great for building applications with ephemeral data. But what if you need your data to persist? Download the DZone Refcard to learn what you need for container storage.

This IDC Vendor Profile provides an analysis of StorageOS, a provider of software-defined storage for container and cloud environments, with a focus on its persistent storage technology to help developers build stateful containerized applications.

Learn how StorageOS integrates natively with Kubernetes to provide Persistent Volumes for containers. Hear how any application or database can be containerized and deployed on on-premises or in the cloud.

Persistent storage often seems like a confusing plethora of options. This talk compares and contrasts the most popular solutions, and lays out the eight principles for cloud native storage.

All applications need to store state somewhere! But containers have challenges – persistence of data, performance, complexity of existing solutions and even scalability. Cheryl Hung, Product Manager discusses.

Containers need persistent storage, and legacy storage arrays don’t work. StorageOS is defining and delivering the future of storage for the enterprise and developers.

Existing enterprise storage is inflexible, expensive, difficult to manage, and complex to automate. Transform commodity or cloud infrastructure into enterprise-class storage.

Storage must evolve to support the convergence of container and cloud adoption. Get the eBook detailing the eight core principles of cloud native storage.

How can we manage applications and persistent container storage together as a single unit as we can with ephemeral NFS file shares or mounts in containers? Learn how to solve persistent storage in Docker.