AJ

In today’s post, we’ll go deeper into some of the considerations for long-term MinIO management that you need to take into account, so that when Day 2 does roll around 48 hours later you have all your ducks in a row.

In this post let's take a look at how to set up multiple LXMIN servers backing up to a multi-node multi-drive MinIO cluster.

We’ll show you how you can use your MinIO cluster (on-prem, in the cloud, or on Kubernetes) to be used as a Helm Chart repository.

In this post we’ll primarily focus on how to manage drives that are failing. We’ll either try to bring them to a good state or show the best practices on how to replace them altogether without impacting existing operations.

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.

In this post we look at how search, and specifically OpenSearch can help us identify patterns or see trends in our ever growing data.

What is ArgoCD? In short, it's a GitOps continuous deployment tool that stores the state of the infrastructure in a Git repository and automates deployment by tracking the changes between the existing and new deployment configurations.

In this post we’ll talk about Erasure Coding and Erasure Sets, and then dive deeper into how to use the Erasure Code Calculator when designing deployments to make the most out of MinIO by opting for the right hardware configuration setup from the get go.

Let's review some of the tools available to get data out of S3, local FileSystem, NFS, Azure, GCP, Hitachi Content Platform, Ceph, and others, and into MinIO clusters.

GitLab can use MinIO as its object storage backend to store large files such as artifacts, Docker images, and Git LFS files. Given the right underlying hardware, MinIO provides the performance and scale to support any modern workload, including GitLab.

This post focuses on some of the features associated with this unique model and is the second in a series that details the features and capabilities that come with a commercial relationship.

MinIO is the perfect companion for Airflow because of its industry-leading performance and scalability, which puts every data-intensive workload within reach.

In this blog post we'll go deep into the different ElasticSearch tiers and show you how to use and configure MinIO as a storage for ElasticSearch Frozen Tier.

We will set up a geographically distributed infrastructure where we have a multi-node multi-drive MinIO cluster in multi-sites across vast distances. This will allow us to truly appreciate replication working at scale to help us understand the infrastructure needed for high availability.

In this blog post we’ll show you how you can quickly get up and running with MinIO, KES and Vault to fully understand the capabilities of server-side encryption.

This blog post will show you how you can migrate your existing MinIO Gateway setup to a MinIO Server deployment.

In this post, we will learn the process of gathering metrics from a Python application integrated with OpenTelemetry, storing them in Prometheus, and visualizing the data in a Grafana dashboard. A great tutorial by AJ from MinIO.

Observability can be roughly divided into three sub-categories: logging, metrics, and tracing. In this blog post we’ll show you how simple it is to get set up with tracing in your new or existing MinIO application.

Learning how to configure and maintain MinIO with SystemD during boot up, shutdown, initialization and more.

Learn how to secure, load balance and scale your MinIO instances with Nginx, LetsEncrypt and Certbot.