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AI Storage Object storage is powering the AI revolution. Learn how MinIO is leading the AI storage market through performance at scale. Modern Datalakes Modern, multi-engine datalakes depend on object stores that deliver performance at scale. Learn more about this core MinIO use case. Hybrid Cloud Effective multi-cloud storage strategies rely on utilizing architecture and tools that can function seamlessly across diverse environments. Equinix Repatriate your data onto the cloud you control with MinIO on Equinix to lower costs while maintaining public cloud adjacency. Splunk Find out how MinIO is delivering performance at scale for Splunk SmartStores. Snowflake Query and analyze multiple data sources, including streaming data, residing on MinIO with the Snowflake Data Cloud. No need to move the data, just query using SnowSQL. SQL Server Discover how to pair SQL Server 2022 with MinIO to run queries on your data on any cloud - without having to move it. HDFS Migration Modernize and simplify your big data storage infrastructure with high-performance, Kubernetes-native object storage from MinIO. VMware Discover how MinIO integrates with VMware across the portfolio from the Persistent Data platform to TKG and how we support their Kubernetes ambitions. Veeam Learn how MinIO and Veeam have partnered to drive performance and scalability for a variety of backup use cases. Commvault Learn how Commvault and MinIO are partnered to deliver performance at scale for mission critical backup and restore workloads. Integrations Browse our vast portfolio of integrations.
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GitHub Join our GitHub open source community: explore, experiment, ask questions, and contribute. Slack Channel The MinIO Community Slack provides an open forum for discussing topics related to MinIO. All support is provided on a best-effort basis.
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Scalable Object Storage

Scaling is a dimensional concept but it has one truth: simplicity scales. MinIO is committed to building an object storage suite that is simple, powerful and, in turn, seamlessly scalable.

MinIO scales horizontally (scale out) through a concept called Server Pools. Server pools are an approach that combines multiple technology components. Each server pool is an independent set of nodes with their own compute, network and storage resources. In multi-tenant configurations, each tenant is a cluster of server pools that, while sharing the same physical infrastructure, are fully isolated from each other in their own namespaces. To add capacity to an existing system, simply update the cluster with the address of the new server pool, and MinIO does the rest.

Benefits of MinIO Scalable Object Storage

Eliminate Rebalancing

Rebalancing is a legacy approach that is both expensive and time consuming. MinIO leaves existing data in their original pools, while new data can safely flow to new pools. This eliminates rebalancing operations where the data storage layer spends extended periods of time in a degraded and potentially risky state while potential terabytes or petabytes of data move across the network.

Eliminate Rebalancing

Heterogeneous Infrastructure

All object storage systems of sufficient size and longevity become heterogeneous over time, with different hardware vendors and configurations serving in the system. MinIO allows each server pool to deploy on whatever hardware is available or needed at the time of provisioning. The only requirement from MinIO’s perspective is a consistent Erasure Coding SLA across pools.

Heterogeneous Infrastructure

Manageable Failure Domains

The concept of pools inherently limits the size of a particular failure domain. With MinIO, each tenant is isolated from the other, such that updates or upgrades to one tenant have no effect on any others.

Manageable Failure Domains

Learn more about MinIO scalable object storage

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