When it comes to the secure hybrid cloud, Identity has many different definitions from a device a user is using to the combination device, location, password, and other multi-factor authentication means. Even with all the technology there is still the question of where the identity store lives (the bits that contain the identity for all users, devices, etc.) as well as how do you prove identity once the user goes somewhere within the cloud which is outside your control?
Articles Tagged with McAfee
Project Virtual Reality Check (ProjectVRC) have finally released their ‘Phase V’ white paper which provides an independent insight into the impact and best practices of various antivirus (AV) solutions on VDI performance.
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”.
You may contest, “ah, but I can solve this workspace threat issue by making physical desktops, virtual desktops”. This is not the case. We evidenced this in Virtual desktops (VDI) are different, but not hugely better in terms of security, than physical desktops. You do not deliver better security by simply virtualizing the desktop.
So what does vSentry v1.1 bring? How is it better than v1? What can this mean for your organisation?
Desktop security start-up Bromium announced the general availability of vSentry, at the Gartner Security and Risk Management management Summit in London today. Their first product to be based on the Bromium Microvisor designed to protect from advanced malware that attacks the enterprise through poisoned attachments, documents and websites.
One year after announcing that he and XenSource co-founder Ian Pratt were leaving Citrix to launch Bromium with former Pheonix Technologies CTO Gaurav Banga; Simon Crosby was back at the GigaOM Structure conference in San Francisco today to unveil Bromium’s micro-virtualization technology together with its plans to transform enterprise endpoint security. Bromium, despite the occasional blog post calling into question the security limitations of current desktop virtualization solutions and despite today’s announcement of the Bromium Microvisor, has very little to do with desktop virtualization. Desktop virtualization whether it be VDI, or IDV or anything in between, is a management technology, a means of getting an appropriately specified endpoint configuration in front of the user. Bromium has set itself a bigger challenge, one that is applicable to every endpoint and every operating system – the extension of the precepts of trustworthy computing to mainstream operating systems.
In case you missed it, Intel has bought McAfee, a security company best known for virus scanning and other malware detection software, for $7.68Bn (on revenues of about $2Bn). This is a tidy multiple in any marketplace, particularly as McAfee is not the dominant player. It is the largest deal Intel has ever done, and the largest pure-play security deal ever. Plus the deal was in cash.
Add to this the Intel plan to purchase the Wireless Solution unit of Infineon (for $1.4Bn) and you now have the direction in which Intel plans to go. More Security in the hardware.
The technical rationale behind the deal seems to be that security should be going into hardware, and that in newer cloud access devices (Android, iPad etc) it wont’ be a bolt-on extra like it is at the moment, it’ll be something that OEMs could buy from Intel. The same argument applies to the clouds themselves. Servers would come with embedded security. We’ve been discussing this stack/hardware boundary a little at the virtualization practice – it features on our recent podcast, Virtual Thoughts: Is the Hypervisor moving into Hardware?. However, our perception had been that the stack/hardware boundary was being driven by the VCE coalition (VMware, Cisco, EMC) and potentially by HP and even Dell, but not by the semiconductor manufacturers.