Wow, KubeCon + CloudNativeCon Europe 2025 in London was a improbable time! Our Azure Storage staff was thrilled to trade insights and success tales at this vibrant neighborhood occasion. For those who missed it, don’t fear! We’re right here to share what we confirmed off on the con: how we’re enhancing efficiency, cost-efficiency, and AI
Wow, KubeCon + CloudNativeCon Europe 2025 in London was a improbable time! Our Azure Storage staff was thrilled to trade insights and success tales at this vibrant neighborhood occasion. For those who missed it, don’t fear! We’re right here to share what we confirmed off on the con: how we’re enhancing efficiency, cost-efficiency, and AI capabilities for your workloads on Azure.
Optimize your open-source databases with Azure Disks
Open-source databases equivalent to PostgreSQL, MariaDB, and MySQL are among the many mostly deployed stateful workloads on Kubernetes. For situations that demand extraordinarily low latency and excessive enter/output operations per second (IOPS)—equivalent to operating these databases for transactional workloads—Azure Container Storage lets you faucet into native ephemeral non-volative reminiscence specific (NVMe) drives inside your node pool. This offers sub-millisecond latency and as much as half 1,000,000 IOPS, making it a powerful match for performance-critical use instances. In our upcoming v1.3.0 replace, we’ve made important optimizations particularly for databases.
In comparison with the earlier v1.2.0 model, you may anticipate as much as a 5 instances improve in transactions per second (TPS) for PostgreSQL and MySQL deployments. For those who’re on the lookout for one of the best steadiness of sturdiness, efficiency, and price for storage, Premium SSD v2 disks stays our really useful default for database workloads. Premium SSD v2 provides a versatile pricing mannequin that expenses per gigabyte and contains beneficiant baseline IOPS and throughput free of charge out of the field. You possibly can dynamically scale IOPS and throughput as wanted, permitting you to fine-tune efficiency whereas optimizing for price-efficiency.
At KubeCon, we demonstrated how builders might readily make the most of native NVMe and Premium SSD v2 Disks to construct their extremely out there and performant PostgreSQL deployments. If you wish to observe alongside your self, try the newly republished PostgreSQL on AKS documentation under!
Speed up your AI workflows with Azure Blob Storage
Constructing an AI workflow calls for scalable storage to host large quantities of knowledge—whether or not it’s uncooked sensor logs, high-resolution photographs, or multi-terabyte mannequin checkpoints. Azure Blob Storage and BlobFuse2 with the Container Storage Interface (CSI) driver present a seamless option to retailer and retrieve this information at scale. With BlobFuse2, you entry blob storage simply as a persistent quantity, treating it like a neighborhood file system. With the newest model of Blobfuse2 – 2.4.1, you may:
- Velocity up mannequin coaching and inference: BlobFuse2’s enhanced streaming help reduces latency for preliminary and repeated reads. Utilizing BlobFuse2 to load giant datasets or fine-tuned mannequin weights straight from blob storage into native NVMe drives on GPU SKUs successfully optimizes the effectivity of your AI workflow.
- Simplify information preprocessing: AI workflows usually require frequent transformations—equivalent to normalizing photographs or tokenizing textual content. Through the use of BlobFuse2’s file-based entry, information scientists can preprocess and retailer outcomes straight in blob storage, retaining pipelines environment friendly.
- Guarantee information integrity at scale: When dealing with petabytes of streaming information, integrity checks matter. BlobFuse2 now contains improved CRC64 validation for information saved on native disk, making certain dependable reads and writes, even when working with distributed AI clusters.
- Parallel entry of large datasets: Applied parallel downloads and uploads to considerably lower the time required for accessing giant datasets saved in blobs. This enhancement permits for sooner information processing and elevated effectivity, making certain optimum utilization of GPU assets and bettering coaching effectivity.
Scale your stateful workloads with Azure Information
Steady Integration and Steady Supply/Deployment (CI/CD) pipelines, one of many in style stateful workloads, want shared persistent volumes to host artifacts within the repository, the place Azure Premium Information is the storage of alternative on Azure. These artifacts are saved in small information that incur heavy metadata operations on a file share. To hurry up CI/CD workflows, the Azure Information staff lately introduced the overall availability of metadata caching for premium SMB file shares. This new functionality reduces metadata latency by as much as 50 %, benefiting metadata-intensive workloads that sometimes host many small information in a single share. At KubeCon, we showcased how metadata caching can speed up repetitive construct processes on GitHub, discuss with the repo and take a look at it out your self.
For much less performance-demanding stateful workloads, Customary Information with the brand new Provisioned v2 billing mannequin provides higher value predictability and management as shared persistent volumes. The Provisioned v2 mannequin shifts from usage-based to provisioned billing, permitting you to specify required storage, IOPS, and throughput with higher scale. Now you can develop your file share from 32 GiB to 256 TiB, 50,000 IOPS, and 5 GiB/sec throughput as your functions demand.
KubeCon + CloudNativeCon was an exquisite alternative to straight work together with builders and study from our prospects. As all the time, because of our prospects and companions for contributing to the occasion’s worth and significance, and we look ahead to seeing you once more in November for KubeCon North America!
