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.
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You don't have to rebalance data saved to MinIO, but you can if you want to.
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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.
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MinIO is built with speed and resiliency at the forefront, regardless of the type of environment you choose to run it on. Whether it's multi cloud, bare metal, cloud instances or even on-premise, MinIO is designed to run on AWS, GCP, Azure, colocated bare metal servers and Kubernetes distributions such as Red Hat OpenShift. MinIO runs just as well on
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The world of backup has entered a brave new world where traditional solutions still have utility but where the scale, speed of change and application landscape require different…radically different…approaches. This post seeks to lay out the challenges of this new world, where the line of demarcation exists and how to think about architecting a data protection framework that
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Encryption is an important part of the MinIO architecture. MinIO applies encryption to ensure objects are secure at rest and are compliant with regulations.
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InfluxDB is built on the same ethos as MinIO. It is a single Go binary, cloud agnostic, lightweight, but is also feature packed with things like replication and encryption, and it provides integrations with various applications.
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What is the Ideal Hardware Configuration? In this blog post we'll go into detail all the components you need to consider before choosing the right hardware for your use cases.
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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.
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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.
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Deep dive into MinIO mindset on how we do and recommend updates and restarts with MinIO.
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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.
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Versioning, S3 Object Locking, Encryption at Rest and in Transit, Identity Providers, Replication, CVE Monitoring for a secure cloud-native object storage foundation.
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on
DevOps
For every Amazon or Etsy running DevOps at the highest levels of velocity, there are thousands of teams like mine that I will generously call a work in progress. The old adage of a chain only being as strong as its weakest link certainly applies to DevOps. Every DevOps organization has its own strengths and weaknesses. Perhaps your CI/CD
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Lay the best foundation for cloud-native object storage and give developers and their apps the performance they need.
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Kubernetes is the primary control and management point for infrastructure as code. Add MinIO and manage object storage within Kubernetes.
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Hybrid Cloud Object Storage
Baremetal
Erasure Code Calculator
Reference Hardware
