After pushing my latest post, Securing the Cloud: Shared Hardware and the
Data Plane, Hoff posted a series of excellent questions and responses to the
post via Twitter. I thought responding via another blog post, so that his
questions could be addressed alongside my last post, was the way to go.
I’ve trimmed some of his questions here for brevity but all of his
questions can be found on his Twitter stream. And here we go.
@thevirtualdc I hate to tell you this, but your last blog isn’t about
securing “the Cloud” at all. You are interchanging cloud & virt…
You are correct that I am presumptively interchanging the cloud with
virtualization within the cloud. The primary point of this series of cloud
security posts is to break out all the areas that securing the cloud entails,... (more)
I’ve spent the past day reviewing all that’s floating around the
Interwebs on the Azure announcements from the WPC this week. There are
definitely a lot of nice nuggets to digest and stuff that’s going to take a
while to process. Most of the Azure talk at WPC has been, as expected, about
how partners can benefit from and build solutions on top of Azure. That’s a
compelling message and on... (more)
DISCLAIMER: This is long and the opinions are mine.
I’ve written a good bit here about the various ways Microsoft and Citrix
overlap in the hypervisor space, ranging from topics like shared code base
through competition for the desktop space. To me, these two players have
always been the underdogs battling for the right to go head-to-head against
VMware in the main enterprise (and now cl... (more)
According to Forrester Research, 42% of all enterprise server resources will
be virtualized by 2009. [1] Referred to by many names - server
virtualization, OS virtualization, kernel virtualization - virtual machine
(VM) platforms, such as VMware ESX and Microsoft Hyper-V, are typically the
first forms of virtualization introduced to the data center. These
technologies are becoming both l... (more)
One of the oft discussed business challenges of cloud-based application
deployments – or any remote app deployment where a service has to
communicate over the public internet – is latency. It takes more time to
fetch data when a request has to leave the LAN, and latency is usually
variable and at the mercy of both the Interwebs and the cloud provider. This
isn’t so much of an issue when ... (more)