Security in the cloud and the virtual environment is ‘all about the data’ and not specifically about any other subsystem. It is about the data. As such the data has something it knows (the contents of the data), something it is (its signature), and something it has (its digital rights) and since it has these three elements, the data has all it has identity. However, protecting the data requires us to put things between the data and the real world such as firewalls, and complex role based access controls, as well as methods to replicate the data to other locations in a non-intrusive mechanism. The goal to such replication could be to ensure multiple sites have the same data (such as a hot-site) or to have the data available in another locations in case of disaster. In addition, such data must maintain its identity.
Articles Tagged with VPLEX
In my article entitled EMC VNXe Spurs Thinking Outside the Box I discussed the possibility of combining several EMC technologies to make a Forensic’s security appliance. This has spurred even further thoughts on this new and revolutionary approach to storage. The possibilities are pretty endless given the ability to ‘refactor’ physical components into virtual components that will run within the VNXe (and for that matter the entire VNX family of products). Granted, some of these ideas need to wait for devices that will work with the add on slot in the back of the VNX controllers: FC or FCoE anyone? But for what else can we use VNXe?
EMC announced VPLEX at EMC world however, it was hinted at during Getstalt IT’s Tech Field Day at least in its asynchronous mode. What does VPLEX do? What does it mean to the virtualization and cloud industries? These were the discussion within the Blogger’s lounge at EMC World.
What does it do?
VPLEX maintains cache concurrency between two geographically separated storage arrays up to 100kms apart. Over that distance and VPLEX changes to an asynchronous mode. This asynchronous mode is not yet available even so, VPLEX offers a degree of disaster recovery unheard of today for non-virtualized loads, but for virtualization loads, it provides improved business continuity.