Dell has announced the acquisition of Enstratius which helps organizations manage applications across private, public and hybrid clouds, including automated application provisioning and scaling, application configuration management, usage governance, and cloud utilization monitoring.
The Software Defined Data Center (SDDC) will be a highly dynamic environment with constantly changing configuration and resource allocation settings driven by various forms of automation including the provisioning of workloads from service catalogs, the scaling of workloads in response to demand, and the migration of workloads across hosts for workload balancing and prioritization reasons. Due to Agile Development, applications are now changing more quickly than ever before. So we are going to have rapidly changing applications running on a rapidly changing software infrastructure. This will drive the need for SDDC Application Performance Management.
Continue reading SDDC Application Performance Management
While VMware is still the undisputed leader in enterprise data center virtualization, it is also very obvious that Microsoft has made (and continues to make) significant inroads into both the broader data center virtualization market and into VMware’s own enterprise customer base. The general perception is that Microsoft Hyper-V is now “good enough” to run most production workloads, that it is close enough (or at parity) in functionality and performance to vSphere for customers to be able to move workloads from vSphere to Hyper-V, and that vSphere is “expensive” and Hyper-V is “free”. So how will VMware win against Microsoft? Continue reading How Will VMware Win Against Microsoft?
The OpenStack Summit this week continued to fan the flames of the software-defined data center. The software-defined data center is just a term for replacing traditional data center hardware functionality with the same features implemented in software, running on commodity x86 servers. While software-defined approaches to data center features are at least nominally less expensive than their hardware counterparts the real promise in the approach is flexibility and management ease with high levels of integration. Reconfiguring a network to support the security requirements of a new application is now just a function of software and APIs. Expanding storage is just simply adding another node with more storage attached, and the cluster compensates automatically. Even things like firewall rules and load balancer configurations can now be stored as templates along with the applications, to be provisioned in minutes. Continue reading OpenStack and the Software Defined Data Center (SDDC)
Every public cloud vendor looks longingly at all of the virtualized workloads running in VMware based data centers owned by enterprises worldwide, and says, “if only we could migrate those workloads to our cloud”. Of course this dream on the part of all of the public cloud vendors is VMware’s nightmare. Now GoGrid has announced a partnership with Racemi that allows customers to migrate their workloads from any physical or virtual server platform to the GoGrid cloud. Continue reading News: GoGrid and Racemi Start the Cloud Onboarding Arms Race
The software defined data center has the potential to expand the control plane well outside of anyone’s control by the simple fact that we do not yet have a unified control mechanism for disparate hardware (networking, storage, and compute), for disparate hypervisors (vSphere, KVM, Xen, Hyper-V), new types of hypervisors (storage and networking), and new ideas at managing SDDC at scale. These all end up on the control plane of a software defined data center. In addition, we cross multiple trust zones while in that control plane such as going from user controlled portals to hypervisor management constructs. Add to this the ever increasing number of APIs and we have a very hard to secure environment. Continue reading SDDC and the Ever Expanding Control Plane