Find out from the StarWind blog article how to perform Check Disk on Cluster Shared Volume on StarWind VSAN with Failover Cluster ManagerSometimes, you can see an error in Failover Cluster Manager as “Chkdsk scan needed on volume”. It might happen due to some potential problems on a disk. To fix the issue, the system advices you to run a Chkdsk which is the well-known command for every system administrator.

Nowadays, every company is doing its best to protect its data, which is pretty much its most valuable asset. As you know, data is vulnerable to unauthorized access and that’s when Microsoft BitLocker saves the day. BitLocker is the encryption technology from Microsoft, which makes possible to encrypt the Logical Volume on the transparent blade-based level (not physical disk). In this article, we will see how to encrypt Cluster Shared Volume (CSV) using Microsoft BitLocker to protect your data against unauthorized access.

VM Fleet is a collection of scripts that enables to deploy virtual machines which perform I/O to stress the underlying storage system. To achieve I/O, the VMs leverages DiskSpd which is a Microsoft tool. When you implement an infrastructure based on Hyper-V, you usually want to get the maximum IOPS and MB/s that your storage can deliver. This tool helps you to get this information by stressing your storage. In this topic, we will see how to deploy a VM Fleet to benchmark the storage system.

This post is about Microsoft Storage Replica – a disaster recovery tool, introduced by Microsoft in Windows Server 2016. It is a part of series about this technology, which is all featured on this blog. Basically, the post is a practical guide for building a “Shared Nothing” Scale-Out File Server, prepared by StarWind engineers after they did it themselves. The “Shared Nothing” is an architecture, which implies that each node is self-sufficient and completely independent, which makes the system more reliable. It got its name because the nodes don’t have a shared storage at all, moving closer to eliminating the single point of failure. The architecture is almost infinitely scalable, becoming popular with use cases where unpredictable and explosive growth is typical.