Management frameworks are dead because they have been unable to keep up with the pace of innovation in the enterprise computing industry. Management frameworks will be replaced by ecosystems of cooperating vendors that each reuse each other’s unique data through a common big data back end. Splunk is the first (but not the last) vendor to offer such a back end and to pursue such an ecosystem strategy.
What is the total cost of ownership, TCO, of the cloud? When we think of the cloud, we think of using applications in the cloud such as Salesforce, Box.net, and others. We may even consider using security as a service tool such as Zscaler and others. In some cases we also think of placing our own workloads in the cloud using Amazon and other tools. The real question that comes to mind is the TCO of the cloud? Not now, but long term.
When we think of logging within the secure hybrid cloud, we tend to think of analytics, but there is more to logging than just reviewing the data there are also discussions on what to collect and from where as well as why collect the data? For security purposes we may start with collecting access data and work out from there, but most logs from complex systems such as a secure hybrid cloud include many different forms of log data and in some cases, not enough. Perhaps what log data you can retrieve may be a deciding point for hybrid cloud services as logs are used not only for audit purposes, but also for trouble shooting and forensics. What log data do you collect within your secure hybrid cloud?
Legacy management frameworks are going to get replaced by SDDC Management Platforms that combine big data back ends, analytics and ecosystem friendly data collection and integration strategies to give customers the best of both worlds. Customers will be able to choose from among best of breed solutions, and then integrate them at the data level via a big data back end data store. This will revolutionize the management software industry, give rise to a new set of leaders in this industry, and completely destroy the legacy management frameworks.
The secure hybrid cloud encompasses a complex environment with a complex set of security requirements spanning the data center (or data closet), end user computing devices, and various cloud services. The entry point to the entire hybrid cloud is some form of End User Computing device whether that is a smart phone, tablet, laptop, or even a desktop computer. Once you enter the hybrid cloud, you may be taken to a cloud service or to your data center. The goal is to understand how the data flows through out this environment in order to properly secure it and therefore secure the hybrid cloud, but since it is a complex environment, we need a simpler way to view this environment.
On the May 30th Virtualization Security Podcast, Michael Webster (@vcdxnz001) joined us Live from HP Discover to discuss what we found at the show and other similar tools around the industry. The big data security news was a loosely coupled product named HAVEn which is derived from several products: Hadoop, Autonomy, Vertica, Enterprise Security, and any number of Apps. HAVEn’s main goal is to provide a platform on top of which HP and others can produce big data applications using Autonomy for unstructured data, Vertica for structured data, Enterprise Security for data governance and hadoop. HP has already built several security tools upon HAVEn, and I expect more. Even so, HAVEn is not the only tools to provide this functionality, but it may be the only one to include data governance in from the beginning.