Introduction to Windows Server Failover Clustering with SQL Server Windows Server Failover Clustering (WSFC) combined with SQL Server Failover Cluster Instances (FCI) is one of the oldest and most battle-tested high-availability solutions for SQL Server workloads. Unlike Always On Availability Groups, which replicate data between nodes, a Failover Cluster Instance presents SQL Server as a […]
How to Configure Failover Clustering on Windows Server 2022 Windows Server Failover Clustering (WSFC) provides high availability for server roles and applications by grouping multiple servers (nodes) into a cluster. If one node fails, the cluster automatically moves the workload (a clustered role) to another healthy node — a process called failover. Windows Server 2022 […]
How to Set Up Network File System (NFS) Server on Windows Server 2022 Network File System (NFS) is a distributed file system protocol that allows Linux, Unix, and other POSIX-compatible clients to mount remote file shares over TCP/IP and access them as if they were local filesystems. Windows Server 2022 includes a built-in NFS Server […]
How to Configure Distributed File System (DFS) on Windows Server 2022 The Distributed File System (DFS) in Windows Server 2022 is a set of client and server services that allow administrators to organize shared folders located on different servers into a single logical namespace. Users navigate a single virtual path (such as \contoso.comsharesHR) without needing […]
How to Set Up iSCSI Target Server on Windows Server 2022 iSCSI (Internet Small Computer Systems Interface) is a block-level storage protocol that transports SCSI commands over TCP/IP networks. Windows Server 2022 includes a built-in iSCSI Target Server role that allows you to create and expose virtual disk images (VHDs or VHDXs) to initiators — […]
How to Configure Storage Spaces Direct (S2D) on Windows Server 2022 Storage Spaces Direct (S2D) is Microsoft’s software-defined storage technology built into Windows Server, enabling you to cluster servers with local storage — NVMe, SSDs, and HDDs — into a highly available, scalable storage pool without the need for a shared SAS fabric or SAN. […]
Why Disaster Recovery Testing Matters Disaster recovery plans that are never tested are disaster plans that will fail when you need them most. On Windows Server 2022 environments, backups may silently fail, recovery procedures may have drifted from reality, and key personnel may have changed — none of which becomes apparent until an actual incident. […]
Why Use Robocopy for Backups? Robocopy (Robust File Copy) has been included with Windows since Vista and is available on all versions of Windows Server 2022. Unlike simple xcopy or File Explorer drag-and-drop, Robocopy is designed for reliable, resumable file transfers with granular control over which files are copied, how attributes are preserved, and what […]
Azure Site Recovery Overview Azure Site Recovery (ASR) is Microsoft’s disaster recovery as a service (DRaaS) solution that replicates on-premises workloads — including physical Windows Server 2022 machines, Hyper-V VMs, and VMware VMs — to Microsoft Azure. In the event of a site failure, ASR enables failover to Azure within minutes, keeping your applications available […]
What Is Device Health Attestation? Device Health Attestation (DHA) is a Windows platform service that allows organisations to verify the security posture of endpoints at boot time. Rather than relying on software-based reports that malware could falsify, DHA uses hardware-rooted measurements collected by the Trusted Platform Module (TPM) and the Windows boot process to attest […]
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