Cloud Infrastructure

Enterprises are moving AI and analytics workloads off public clouds to cut costs and regain control without sacrificing performance. Cloud repatriation brings cloud-native design on-prem.

Running AIStor on OpenShift enables enterprises to achieve cloud-native elasticity on their hardware or cloud instance of choice, balance cost, capacity and performance.

AWS recently unveiled Amazon S3 Tables, claiming to optimize Iceberg analytics on S3. Yet, these "special buckets" mainly fix AWS's own limits—like request caps—not universal object storage issues. With AIStor, you get unmatched performance, no vendor lock-in, and no extra costs for table maintance.

In this tutorial, we’ll bake the MinIO binary and the service dependencies, such as the username and group required for MinIO. We are baking this instead of frying because these will remain the same no matter how we configure and launch our image.

As AI workloads drive cloud costs through the roof, many companies are rethinking their approach. Moving select AI tasks back on-prem offers a path to predictable costs, improved performance, and stronger data control.

Take advantage of cloud native, Kubernetes-oriented, microservices-based architectures with object storage.

Dell ECS's “Data Movement”, also called copy-to-cloud is a feature introduced in ECS 3.8.0.1 that allows you to copy objects from Dell ECS to MinIO which is rather popular with customers and prospects who are modernizing their storage stack to support their AI data infrastructure requirements.

In this blog post, we’ll show you how to set up MinIO to work with Keycloak. But broadly it should also give you an idea of how OIDC is configured with MinIO so you can use it with anything other than Keycloak, here we just use it as an example.

With all these different types of replication types floating around one has to wonder which replication strategy to use where? Today we’ll demystify these different replication strategies to see which one should be used in which scenario.

Step by step instructions to plan for a migrate data off AWS S3 and on MinIO on-premise.

In this blog post, we’ll show you how to debug a MinIO install running in Kubernetes and also some of the common issues you might encounter when doing bare metal installation and how to rectify them.

In this post, we’ll take a look at the various states an object can be in during the replication process and how to get back up and running as quickly as possible among other tidbits so you have a pleasant experience Day 2 of replication.

In this post we’ll talk about what is an Airgapped Network, what to consider when deploying MinIO in such an environment and how to replicate and scale it thereafter with other airgapped sites.

The combination of StarRocks and MinIO offers a cloud-native, flexible, and efficient data architecture for modern enterprises, enabling independent scaling and optimized resource utilization. Read the full tutorial for insights into cloud-native analytics with StarRocks and MinIO

This is your symphony for data excellence. Explore the components of this modern data stack, including storage, data integration, transformation, data observability, data discovery, data visualization, data analytics, and machine learning.

We’ll go deep into the network configurations with which you can configure MinIO to the different replication strategies and network topologies that can be used to ensure your data is stored and accessed efficiently across multiple MinIO deployments.

The Oracle Secure Backup (OSB) cloud module allows you to back up your Oracle Database to a MinIO bucket. It leverages RMAN’s encryption to ensure the security of the database backup.

If S3 costs are burning a hole in your pocket, then it's time to start thinking about running MinIO on-premise for your private cloud.

Apache Kafka and Apache Spark are two leading technologies used to build the streaming data pipelines that feed data lakes and lake houses. At a really high level, Kafka streams messages to Spark where they are transformed into a format that can be read in by applications and saved to storage.