Bromium have released vSentry 1.1 which will brings Bromium’s benefits of micro-virtualization and hardware based security to a far wider range of enterprise desktops. This is the release you’ve been waiting for: and if you’ve not been waiting, this is definitely the release to consider.
We’ve spoken before about Bromium when they unveiled their micro-virtualization trustworthy security vision. Bromium’s message and focus was simple “standard workspace security is reactive, not proactive“. Whatever you have in terms of anti-virus or malware detection is only good once a new threat is found, understood, a patch created and deployed. This poses the very important question “what is the impact of the time delay between threat found and threat contained?”. Bromium’s goal was to dramatically reduce that “and”.
There are threats to the cloud and there are risks within the cloud. A recent article from Tech Target Search Security blog spurred several thoughts. The main claim here is that there are not enough people who can differentiate threats and risks enough to talk to business leaders who may know very little about security, but do know the business. I have been known to state that there are prominent threats to my data once stored in the cloud and that we should plan to alleviate those threats to reduce our overall risk. But what is the risk?
An analogy comes to mind. Many years ago I ripped my Achilles tendon, and while talking with the doctors they all said that without surgery there was a 50% more likely chance that the Achilles tendon would rip again. So this got me thinking about what they really meant, 50% of what? My next question to the doctors was “how likely is it to fail if I do not have surgery?” Their response was enlightening, there is a 2% failure rate for naturally healed Achilles tendons. Because of that number, I realized that the failure rate for those tendons that undergo surgery is really only 1% vs 2% without. Well that put a different picture on everything. I went without surgery as that particular area of the body has very thin skin, not as much blood flow, and would take a long time to heal from surgery and there was always the risk of picking up something in the hospital, however remote at the time.
So the real question is what is the true risk to an environment if the threat becomes a reality?