This article covers the steps necessary to configure the SSL settings for a cluster. SSL settings for a cluster are optional when you initially create a cluster and can be done later after the cluster...
A ScaleArc Kerberized Cluster relies on Kerberos Authentication for cluster user authentication. The main reason for using Kerberos is that NTLM user authentication requires the original username an...
Azure SQL Database is Microsoft's cloud-based relational database service that is based on the latest SQL Server database engine and delivers predictable performance by dynamic scaling with no downtim...
SQL Mirroring is a ScaleArc-based failover solution for all three SQL server database mirroring replication modes; that is, Synchronous, Asynchronous, and Synchronous with a witness. Consider the bene...
SQL Server AlwaysOn Availability Groups feature is a high-availability and disaster-recovery solution introduced in SQL Server 2012 and later to enable you to maximize availability for MSSQL server da...
Follow the steps below to configure server settings without the Always On feature. Configure Standalone or Transaction Replication servers On the ScaleArc dashboard, click the Clusters tab > Add Clust...
This section provides details on how to configure a database user that ScaleArc can use to communicate with the database servers assigned to the cluster. ScaleArc uses the configured access credential...
Configuring each cluster in ScaleArc requires you to define the inbound interface and a listening port as well as the outbound interface for each database server. Since each cluster is essentially a ...
ScaleArc Clusters are logical load balancers and each can be configured to uniquely manage SQL traffic. Following initialization, you are ready to create a cluster and will be automatically prompted t...
This article introduces the concept of a Cluster and describes the various ScaleArc Cluster settings and how to configure them to leverage ScaleArc's powerful functionalities such as load-balancing, z...