Being in a costant dialog with the users, OSL develops the software technology and solutions for the Software-Defined Data Center (SDDC), especially in the areas of storage virtualisation, clustering and convergent networks. We follows the strategy of creating platform-independent, Open Systems oriented solutions, which allows to reduce technological dependencies and should give the user the autonomy, decision freedom and long-term stability of the data center processes. In the intereset of the simplicity of use, of the new, unconventional solution approaches and of the lasting, portable software stack, our own ideas are developed and implemented from the driver to the user interface. All the costs required for the development and maintenance are covered exclusively by OSL thanks to the profits from licensing and services.
The target group for our both largest solutions OSL SC and OSL UVE are professional users, typically with the self-operated IT infrastructure. Our Licence and Maintenace model for the current software generation 4.8 is based on the following basic principles:
The price for the Right of Use and Maintenance is based on the extent and the complexity of the software and of the execution environment. Usually for every server node in a cluster one server-binded Right of Use* - based on the licence units (LU). Please find more information in the tab "Licence Units".
The UVE (HCI - fully virtualised VM infrastructure) offers two types of licences within one cluster:
For every UVS and every UVC you purchase one unlimited licence with one year of Maintenance, respectively. As for the Right of Use, you can enlarge the cluster with further UVCs, without additional costs. However: The Maintenance must always cover all the nodes of one cluster. The UVC nodes that came later mean higher maintenance costs. Of course you can use the cluster further after expiration of this maintenance, but then you have no access to the future fixes and updates.
The figure below demonstrates the licensing model in one cluster consisting from two UVS and three UVC nodes.