Success Story: MTE Logistix Ensures That All Its Systems Are Up and Running Whatever the Weather Thanks to StarWind
Find out from this success story how StarWind introduced a new layer of protection and freedom of scalability to the existing IT infrastructure of MTE Logistix by bringing true redundancy to all its hosts, ensuring that all its applications are secure against any chances of downtime.
Technical Paper: StarWind Virtual SAN® for vSphere 3-Node Hyperconverged Scenario with VMware vSphere
Read a technical guide to find out how to deploy StarWind Virtual SAN (VSAN) for vSphere, a prepackaged Linux virtual machine (VM)
Success Story: Exhibit Options gets an immediate boost to its IT infrastructure scalability with StarWind Virtual SAN (VSAN)
Find out from this success story how StarWind enabled Exhibit Options, an American full-service, custom design, and fabrication exhibit builder, to create a two-node HA cluster and get the required scalability and fault tolerance at a feasible cost
Success Story: The Westone Manor Hotel gets a smooth operation of its IT infrastructure with continuous HA thanks to StarWind Virtual SAN (VSAN)
Find out from this success story how StarWind enabled the Westone Manor Hotel, an American SMB hotel, to build a two-node failover cluster, achieve continuous high availability (HA) without additional hardware cost, and get new opportunities for business development.
Success Story: North Valley Health Center Ensures That Their Patients Always Enjoy Only Highly Available Systems Thanks to StarWind VSAN
Find out from this success story how StarWind was able to provide North Valley Health Center, a rural hospital and clinic in Northwestern Minnesota, with a large performance boost and ultimate high availability while catering to their budgetary constraints.
Success Story: WizNucleus gains continuous high availability (HA) with StarWind Virtual SAN (VSAN)
Find out from this success story how StarWind enabled WizNucleus, an American information technology and services provider, to build a two-node failover cluster and achieve high availability (HA) without additional hardware cost.
