Overlay networks enable seamless multi-host deployments for MinIO’s cloud-native S3-compatible storage solutions. Emphasizing security, scalability, and robust container networking, these technologies streamline complex cloud architectures.
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MinIO’s high-performance object storage is key for AI innovation, offering scalability and integration for feature stores. Its capabilities enable seamless ML workflows, enhancing data management for AI development and deployment, impacting sectors like e-commerce and healthcare.
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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.
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A MinIO cluster operates as a uniform cluster. This means that any request must be seamlessly handled by any server. As a consequence, servers need to coordinate between themselves. This has so far been handled with traditional HTTP RPC requests - and this has served us well. Whenever server A would like to call server B an HTTP request would
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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.
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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.
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Explore the next generation of data streaming with WarpStream and MinIO! While Apache Kafka has been the standard for streaming data, it may be time to consider a simpler, more cost-effective, and cloud-native solution.
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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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Globally there has been a shift to bring applications closer to home. Enterprises want more control of their data and have had enough of paying egress fees to the public cloud to get access to their own data. Besides cost, there is also the matter of security, or lack thereof, when resources are shared with unknown organizations. Vulnerabilities can trickle
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Time to first byte is a key performance metric for video streaming. Learn how MinIO improves customer experience and reduces churn.
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MinIO is the perfect companion for Airflow because of its industry-leading performance and scalability, which puts every data-intensive workload within reach.
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BC/DR
Together, MinIO and Commvault provide a software-defined and hardware agnostic backup, restore and replication system that is both simple and powerful at the same time.
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Enabling and tuning transparent data compression in MinIO.
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Learn how Reed-Solomon erasure coding provides data protection for distributed object storage at scale.
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Stellar performance-at-scale, flexibility and consistency make object storage the best choice for cloud-native enterprises.
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Dig into MinIO internals and learn how this distributed object storage solution is optimized to handle thousands of versions of a single object.
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MinIO takes particular pride in the concept of manageability. This is born out of our relentless focus on simplicity. Our belief is that a single individual with moderate technical capability should be able to manage a multi-petabyte instance of MinIO in their free time.
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Synchronizing data between multiple data centers is a core competency of any object storage service. MinIO already checked this box with its performance optimized Server-Side Active-Active Bucket Replication [https://blog.min.io/active-active-replication/]. Initially, MinIO only recommended two MinIO deployments. Active-Active replication supports scenarios such as: * Same-DC Replication * Cross-DC Replication * Same-Region Replication * Cross-Region Replication Active-Active replication
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Protecting blocks is not the same as protecting objects. Learn where block-level RAID falls short compared to erasure coding in distributed object storage.
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When you think about object storage workloads and storage types - databases are not the first thing that comes to mind. That is changing rapidly, however, driven by just two forces: the availability of true, high performance object storage and explosive growth of data and, perhaps more impactfully, its associated metadata. Because of these two forces, almost every major database
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