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Cloud Desktop from Compute Blocks – Video

27-02-2012 17:45 Cloud Desktop technology is an innovative new method for delivering desktops to end users. From the end user's perspective a Cloud Desktop looks and behaves exactly like a traditional PC, but instead of residing locally, all software and data are housed in our state-of-the-art Tier-3/4 datacentres. A Cloud Desktop solution from Compute Blocks offers numerous advantages in terms of security, cost, resilience, flexibility and simplified management. Compute Blocks is a white label cloud service provider which enables independent IT service providers to compete within the cloud services market space and develop their own profitable recurring revenue stream. We enable our partners to deploy ready to use Compute Blocks services in order to target their specific market sectors. Visit Us here: Our services Include Cloud Desktop Cloud Servers Cloud Exchange Mail Cloud Back-Up Virtual Private Cloud Dedicated Private Cloud


Cloud Desktop from Compute Blocks - Video

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Linux servers keep growing, Windows & Unix keep shrinking

Summary: 2011 saw, according to IDC, Linux servers grow while Windows and Unix servers numbers shrank. In 2012, Linuxs server future looks brighter than ever.

Linux servers are soaring.

In 2011, we saw, according to IDCs latest Worldwide Quarterly Server Tracker, factory revenue in the worldwide server market grew for Linux while it shrank for Windows and Unix. What I find especially interesting about this is that IDC doesnt measure when you or your company install Linux on a bare-metal server or a re-purposed server, which is historically how Linux got into companies, but only servers with Linux already pre-installed.

That means more and more customers are asking IBM, HP and Dell, the big three server hardware vendors, for Linux on their hardware. Specifically, IDC found that Linux server demand was positively impacted by high performance computing (HPC) and cloud infrastructure deployments, as hardware revenue improved 2.2% year over year in 4Q11 to $2.6 billion. Linux servers now represent 18.4% of all server revenue, up 1.7 points when compared with the fourth quarter of 2010.

Its competitors? Windows server demand subsided slightly in 4Q11 as hardware revenue decreased 1.5% year over year. Quarterly revenue of $6.5 billion for Windows servers represented 45.8% of overall quarterly factory revenue, up 2.6 points over the prior years quarter.

As has long been the case, Unix is the server operating system that really got knocked around. Unix servers experienced a revenue decline of 10.7% year over year to $3.4 billion representing 24.2% of quarterly server revenue for the quarter. IBM grew Unix server revenue 2.5% year-over-year and gained 7.9 points of Unix server market share when compared with the fourth quarter of 2010.

What that translates into is fourth-ranked Oracle experienced a year-over-year revenue decline of 11.5% in 4Q11 to a 5.2% share of market while Fujitsu, ranked number 5, experienced a 10.5% decrease in factory revenue holding 3.4% revenue share in 4Q10. While Oracle also has a Linux distribution for IDCs hardware server measurement purposes, Oracle and Fujitsu saw their income go down as their Solaris Unix-powered systems continue to decline.

As Jim Zemlin, chairman of The Linux Foundation observed in his blog, IDC attributes some of that Linux success to its role in what the analyst firm calls density-optimized machines, which are really just white box servers, and are responsible for a lot of the growth in the server market. These machines have gained popularity in a space still squeezed on budget and that continues to be commoditized. But there are other factors at play for Linuxs success over its rivals.

These are, Zemlin wrote, Our latest survey of the worlds largest enterprise Linux users found that Total Cost of Ownership, technical superiority and security were the top three drivers for Linux adoption. These points support Linuxs maturity and recent success. Everyone is running their data centers with Linux. Stock exchanges, supercomputers, transportation systems and much more are using Linux for mission-critical workloads.

In addition, Linuxs growth owes a lot to the accelerated pace by which companies are migrating to the cloud. Long a buzzword, the cloud is getting real, right now. While there is still work to do for Linux and the cloud, there is no denying its dominant role in todays biggest cloud companies: Amazon and Google to name just two.

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DotNetNuke Tutorial – Great hosting tool – PowerDNN Control Suite – part 2/3 – Video #311 – Video

10-03-2012 11:54 - This video will go through the ins and outs of hosting a DNN site on PowerDNN cloud servers. It will also demonstrate their own server tool called PowerDNN Control Suite which helps people get up and running quickly with their DNN sites. This is part 1 of 3.

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DotNetNuke Tutorial - Great hosting tool - PowerDNN Control Suite - part 2/3 - Video #311 - Video

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Saving File On Internet – Cloud Computing – Video

15-03-2012 03:10 How to save file on internet ? What is Cloud Computing ? Cloud computing is the delivery of computing as a service rather than a product, whereby shared resources, software, and information are provided to computers and other devices as a utility (like the electricity grid) over a network (typically the Internet).[1] Cloud computing provides computation, software applications, data access,data management and storage resources without requiring cloud users to know the location and other details of the computing infrastructure. End users access cloud based applications through a web browser or a light weight desktop or mobile app while the business software and data are stored on servers at a remote location. Cloud application providers strive to give the same or better service and performance than if the software programs were installed locally on end-user computers. At the foundation of cloud computing is the broader concept of infrastructure convergence (or Converged Infrastructure) and shared services.[2] This type of data centre environment allows enterprises to get their applications up and running faster, with easier manageability and less maintenance, and enables IT to more rapidly adjust IT resources (such as servers, storage, and networking) to meet fluctuating and unpredictable business demand.[3][4]

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Amazon’s Web Services Uses 450K Servers

Amazons cloud computing operation is estimated to use at least 454,000 servers in seven data center hubs around the world. Data on the matter was offered by Accenture Technology Labs, as Amazon Web Services has yet to disclose details on its infrastructure.

Huan Liu, a research manager at Accenture, analyzed Amazons EC2 computing service using internal and external IP addresses he then extrapolated, came up with estimates on the number of racks in each data center location and took into account the number of blade servers per rack, to come up with his numbers.

Interestingly, Lius data shows the concentration of Amazon IP addresses in Northern Virginia, where Amazon keeps several data centers. Liu figures that there are 5,030 data racks in Northern Virginia, roughly 70% of all racks consisting Amazon Web Services. The Amazon U.S. West region in Oregon has only 41 data racks.

Lius estimates easily put the size of Amazons data structure well above the hosting providers that have publicly disclosed their server counts, but still at about half the estimated 900,000 servers in Googles data center network.

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New estimate pegs Amazon's cloud at nearly half a million servers

It's no secret that Amazon's Elastic Cloud Compute (EC2) cluster is big. It powers massive services such as Netflix, Instagram, and Reddit. But just how big is anyone's guess. The retail giant won't say. So, dissatisfied with the company's silence, one man decided to find out.

Huan Liu, a researcher with Accenture Technology Labs, crunched the numbers, and according to his estimates, Amazon Web Services (AWS) boasts just under half a million servers445,000 to be exact.

That may still be a guess, but it's certainly an educated one. Mr. Liu used a process called DNS translation to map out the internal IP addresses of each active AWS instancemade possible, in short, because EC2 publishes all public IP addresses used.

As of March 12, 2012, Mr. Liu estimates the US East data center, based in Virginia, is the largest in size, with 5,030 server racks. Assuming that each rack boasts 64 blade serversan educated guess, as there's no way to know for surethe total would amount to 321,920.

Mr. Liu was also interested in mapping the growth of Amazon's cluster over the past six months, as an indication of the cloud computing industry's overall health. From August 23, 2011 to February 23, 2012, Mr. Liu observed that the US East data centerwhich suffered an outage last Apriladded roughly 110 server racks each month.

For comparisons sake, thats more than Amazons entire So Paulo centre in Brazilthe company's smallestwhich Mr. Liu estimates to have just 25 racks. However, while the growth rate looks roughly linear, Mr. Liu wrote on his blog, recently it is showing signs of slowing down.

Its important to realize that Mr. Lius results, while precise, are still based on assumptions; he admits it is possible that other AWS services, such as S3, SQS and SimpleDB, could run on dedicated racks, which would exempt them from his calculations. Also, if there was no active instance on a rack, it would not be counted in Mr. Lius results.

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Be Prepared For When the Cloud Really Fails

Everything works well in the cloud, until it doesn't.

Consider the Microsoft so-called "Leap year" bug that crippled that company's Azure cloud services last month. Bill Laing, vice president for Microsoft's server and cloud division, described the system failure in a blog post and said that Microsoft will overhaul its disaster recovery efforts, as well as other aspects of the business.

Fortunately, in this case, services were restored and the outage was (relatively) short-lived.

Nonetheless, it's a certain reminder of how things can -- and will -- go wrong in cloud services and that each organization is responsible for their own business continuity.

Also see "The cloud security survival guide"

Until recently, that was a concern of David Wellington, IT specialist at Since 1994, TAPS (Tragedy Assistance Program for Survivors) has offered support to more than 35,000 surviving family members of fallen U.S. servicemen and women with casualty assistance officers and military chaplains. As TAPS moved increasingly to cloud-based services, it wanted to make sure it had reliable access to its data -- even if the cloud services provider went down.

About a year ago, TAPS began moving away from its on-premise productivity and office software to Google's Gmail and Google Apps. "We were relying on our own services and virtual private networks, but it was clunky and sometimes the connection simply didn't work. Switching to cloud services made sense and is easier for our people to use," says Wellington.

"We want all of our employees, wherever they are, whenever they need it, to be able to access the information they need. We also wanted to know that it's backed-up, so that we're always ready to help family members and serve those survivors," he says.

Having access to their data "no matter what" meant having backups that were not reliant on the cloud services provider itself being available. While it may seem strange, at first, backing up applications and data that are in the cloud -- where service providers are widely expected to take care of backups and security for their customers -- Wellington and TAPs aren't taking any chances.

To back up their cloud-based data, TAPS turned to startup Backupify, a provider of cloud-based data archiving, search and restore services for online services such as Google Apps, and social networks such as Facebook and Twitter. Late last month, Backupify also released its Snapshot for Salesforce, which saves a copy of one's Salesforce backup on Backupify servers and also provides the ability to download the data for onsite backup.

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Be Prepared For When the Cloud Really Fails

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NetSTAR Announces Secure Web Browsers For iPhones, iPads, And Android Devices

SAN MATEO, Calif., March 14, 2012 /PRNewswire/ -- NetSTAR, Inc., a global leader in secure web-filtering, today announced the release of the safe and secure web browsers for the iOS and Android operating environments. The web browsers interface with NetSTAR's Cloud servers and utilize NetSTAR inCompass 4th Generation Web-Filtering technology - the first 4th generation Internet content and categorization filter specifically designed for the OEM market. NetSTAR will make the browsers available to their OEM Partners that want to provide a safe and secure Internet experience for their customers on iOS and Android devices.

"With the explosion in popularity of smart devices in recent years, our OEM Partners' customers, both in the consumer space as well as the enterprise space, have asked for a safe and secure web browser experience on both iOS and Android operating environments," said Akira Nakayama, Vice President for NetSTAR, Inc. "Our inCompass Mobile Browsers provide our OEM Partners with a way to quickly and seamlessly provide this capability to their customers."

Policy-based user management can be configured and controlled in the inCompass Cloud, which provides for a full policy management solution. In addition, an API interface is available that allows device management from an OEM vendor's own solution.

Utilizing NetSTAR's Cloud infrastructure along with the inCompass technology is a web-browsing experience that provides four layers of URL filtering classification and security, including a true real-time dynamic filtering engine (iCCE) capable of filtering and categorizing URLs in sub-second time, providing end-users with a safe and secure browsing experience with virtually no perceived latency.

For further information:

About NetSTAR Incorporated

NetSTAR is a global leader in OEM secure web filtering. Originally founded in Tokyo, Japan as a joint-venture between Trend Micro and ALSI, NetSTAR has become a global technology provider to hardware and software vendors, SaaS providers, AV vendors, service providers, and mobile operators, with offices located in San Mateo, California; Tokyo, Japan; and London, England.

More information about NetSTAR and inCompass can be found at

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NetSTAR Announces Secure Web Browsers For iPhones, iPads, And Android Devices

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Amazon Cloud Powered by 'Almost 500,000 Servers'

Amazon's beautiful Sterling, Virginia, data center. Photo: Eric Hunsaker/Flickr

Its one of Amazons best-kept secrets. How many computers does it take to keep its Elastic Compute Cloud platform afloat?

And now, a researcher with Accenture thinks he has the answer: 445,000. Thats the number that Huan Liu came up with when he did a bit of internet sleuthing. Its a fairly big site; its pretty impressive, he says of the entire EC2 operation.

EC2 is Amazons pay-as-you-go computing service. Its become a popular way to spin up computing power for a corporate skunkworks project or a startup, but its also the back-end for serious online sites, including Netflix and Dropbox.

Lius analysis found that Amazons main cluster of data centers, located in northern Virginia, is truly massive: he guesses that Virginia is home to about 322,000 servers. But he also found that Amazon has a relatively small footprint in other parts of the world. For example, he guesses that there are only 1,600 EC2 servers in Sao Paulo, Brazil. Its hard to compete with Amazon on scale in the US, but in other regions, the entry barrier is lower. For example, Sao Paulo has only 25 racks of servers, Liu wrote in a blog post discussing his findings.

Liu, a research manager with Accenture Technology Labs, took advantage of the way that Amazon organizes its EC2 domains to come up with his estimate, which strikes us here at Wired as a bit of a lowball guess.

Because Amazon relies heavily on virtual computing that is, it can host several software-based virtual servers on a each computer figuring out the number of machines in Amazons data center is a very tough task.

But Liu used a few tricks to link all of Amazons Domain Name System and IP addresses to actual server racks used by the Internet giant. Then, by guessing that each server rack has 64 machines in it, he came up with his total numbers.

He tells Wired that hes pretty confident about the number of racks that Amazon uses. As to whether the company crams 64 or 128 servers in each rack? Well that, nobody knows for sure. Its an educated guess, he admits.

The estimate also leaves out the servers that are powering Amazons Virtual Private Cloud, a hosting service for servers that are kept off the Internet, and which couldnt be measured using Lius techniques.

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Amazon Cloud Powered by 'Almost 500,000 Servers'

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