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Cloud provider CloudSigma has become the first to add solid-state-drive storage to its public cloud computing service. SSDs (aka flash memory) are well known for their ability to significantly increase storage I/O performance and decrease power consumption when compared with hard disk drives, but until recently they have been too expensive for consideration in most data centers that aren’t backed by serious computing needs and deep pockets. That’s starting to change with the advent of new companies promising ever-lower prices on enterprise-grade flash storage, but making flash available as a service to cloud customers is still relatively unheard of.

However, adding flash is just par for the course for CloudSigma, which has been making a name for itself on high performance and customer choice since launching in the United States recently. The company’s U.S. presence is based out of the mind-blowing SuperNAP data center in Las Vegas, and CloudSigma chose 10 GbE interconnects as its standard to ensure its cloud can fully utilize the throughput horsepower of new technologies like flash. A couple weeks ago, it announced support of Oracle’s Solaris operating system, which also is unique among cloud providers (although Amazon Web Services does support OpenSolaris).

Although SSDs in the cloud are cool enough by themselves, they’re part of a larger trend toward making cloud computing a more palatable delivery model for all types of workloads. What began as a platform for hosting web applications has expand to enterprise apps such as ERP software from SAP, and even into massively parallel HPC workloads. AWS even offers GPU instances on an HPC cluster, which has resulted in several companies benchmarking AWS as among the fastest supercomputers in the world. Jenkins said CloudSigma will “absolutely” offer GPUs at some point, and might even go as far as to expose specific processors for rendering digital media.

Amazon's cloud services are vulnerable to attack via a "massive security gap" that enables hackers to access user accounts and data, a team of German researchers has revealed.

Security researchers from Ruhr-University Bochum (RUB) found that Amazon (NSDQ:AMZN) Web Services was vulnerable to different methods of attack, including signature wrapping and cross site scripting, Those security holes have since been closed.

But similar security holes may still be open in other cloud infrastructure offerings, the RUB team found.

Cloud computing startup enStratus has raised $3.5 million in Series A funding to grow its business of managing all types of clouds across a common interface. El Dorado Ventures led the round with participation from Vesbridge Partners.

The long and short of enStratus’ technology is that it provides a secure platform for managing and monitoring popular public and private cloud offerings through a single interface. In theory, this means customers can utilize multiple clouds and even switch between cloud providers without having to learn the intricacies of each provider’s APIs or management consoles.

The Minneapolis-based EnStratus is similar to the more widely known RightScale service, although enStratus actually supports more clouds. It currently claims support for Amazon Web Services, AT&T Synaptic Storage, Bluelock, Cloud Central, Cloud.com, CloudSigma, EMC Atmos (e emc), Eucalyptus, Google Storage, GoGrid, Nimbula, OpenStack, Rackspace, Terremark, VMware vSphere, VMware vCloud Express and Windows Azure.

IBM is opening a cloud computing laboratory in Singapore to help businesses, government and research institutions and institutes of higher learning to design, adopt and reap benefits of cloud technologies. The new lab housed at Changi business park is part of it’s expansion of its cloud computing capabilities, and puts Singapore and the ASEAN region on the map as the eleventh cloud computing lab. This new addition will be part of the network of labs in Hong Kong, Ireland, Vietnam, China, South Africa, Japan, Brazil, India, Korea and the US.Through briefings, technology deployment and development sessions, the Singapore lab will work closely with businesses, government and research institutions and institutes of higher learning to design and deploy their own cloud environments.Read more at www.info

Peer 1, the hosting provider, has joined the ranks of Rackspace, GoDaddy and other hosting companies that have decided to get into the cloud. On Monday, it launched its Zunicore service, which combines the elements of an Infrastructure-as-a-Service with those many would consider more akin to a Platform-as-a-Service.

For example, instead of a virtual machine, a customer buys a “resource pool” that they can customize to fit their needs, as opposed to buying a small, medium or large virtual machine.

The company also offers auto scaling, a feature more common in Platforms-as-a-Service such as VMware’s Cloud Foundry, Microsoft’s Azure or Heroku. However, the service is pay-as-you-go and deployed on demand. It includes a dashboard that functions as a fuel gauge for compute resources that shows IT pros when to spin up additional resources.

Colorado, defending Yahoo against attempts by the federal government to obtain the contents of Yahoo Mail messages without first obtaining a warrant. One month earlier, the Justice Department filed a 17-page brief arguing that Yahoo Mail messages do not fall under current statutory protection because, once opened, those messages are not considered to be in “electronic storage.” The privacy coalition—which included Google—came to Yahoo’s defense, arguing that users with e-mail stored in the cloud have a reasonable expectation of privacy in the contents of that e-mail, and should thus be protected from warrantless searches by the government. (Hopefully the irony of Google opposing robust searches is not lost on Google’s attorneys.) Unfortunately, the protections afforded by the warrant requirement have not yet been fully extended to the digital “cloud.” This handy metaphor for the ethereal Internet as a storage and access hub is coming to have other implications: can we really conceal our data inside this cloud, shielding it from government intrusion? Read more at arstechnica.com

Cloud computing has been eyed for some time as a solution for business continuity needs, as the thought of setting up new virtual servers on an automated, on-demand basis seems highly appealing. But when it comes to figuring out the kind of cloud offerings that will work best for business continuity, typically private cloud options are usually the ones considered. The reason for this bias is the configuration of the virtual machines themselves. While public cloud services can afford business clients a lot of computing power in a hurry for a low rate, that combination does not always equate to a continuity friendly environment.

Then there are the security concerns. If you are patching your own systems diligently, is the cloud provider providing the same patched for their own base operating systems? What other kind of security protocols are in place? On the legal side of the equation, does the cloud provider meet compliance in the areas of data breach notification, data retention, auditing, and whatever other compliance regulations you need to follow? What are the local laws for the datacenter and how do they comply with your own corporate needs in terms of security?

We are in the early stages of the Internet of Things, the much anticipated era when all manner of devices can talk to each other and to intermediary services. But for this era to achieve its full potential, operators must fundamentally change the way they build and run clouds. Why? Machine-to-machine (M2M) interactions are far less failure tolerant than machine-to-human interactions. Yes, it sucks when your Netflix subscription goes dark in a big cloud outage, and it’s bad when your cloud provider loses user data. But its far worse when a fleet of trucks can no longer report their whereabouts to a central control system designed to regulate how long drivers can stay on the road without resting or all the lights in your building turn out and the HVAC system dies on a hot day because of a cloud outage.

The current cloud infrastructure could crumble under the data weight In the very near future, everything from banks of elevators to cell phones to city buses will either be subject to IP-connected control systems or use IP networks to report back critical information. IP addressability will become nearly ubiquitous. The sheer volume of data flowing through IP networks will mushroom. In a dedicated or co-located hardware world, that increase would result in prohibitively expensive hardware requirements. Thus, the cloud becomes the only viable option to affordably connect, track and manage the new Internet of Things.

That is critical, in turn, to mitigate growing latency risks for mobile connectivity resulting from the wild proliferation of IP enabled devices on mobile networks coming in the new era of the Internet of Things.

The financial services industry is warming up to the idea of using the cloud for some of its critical computing needs. More than half of bank transactions will be supported by cloud-based infrastructure and software by 2015, according to a recent report from Gartner.

That is the expectation of about 39% of financial services CIOs worldwide, according to the survey. In Europe, the Middle East and Africa, 44% of CIOs for banking firms expect that more than half of their institutions' transactions will take place via infrastructure that lives in the cloud, and 33% expect most of them will be processed using some type of SaaS application.

For banks, the cloud can offer far greater computing power and scalability. Migrating critical operations there won't be without its risks, however. Security and stability are always a concern when moving to the cloud, and that's especially true when highly sensitive data like financial transactions are involved. It simply requires that systems are architected in a secure and fail-proof way.

Cloud Computing is both an abstract concept which can reffer to every logical grouping of software services provided by one or more companies which may or may not be on the same hardware architectures. ted ar It also stands for the physical architectures involving SOA (services-oriented architecture) systems, server farms and a lot of hardware to provide on demand services 24/24 no matter what may happen. Not matter how one sees it, it’s all about regrouping services and taking responsabilities off from our good old PC or laptop standing on our desk. Not matter how one sees it, it’s all about regrouping services and taking responsabilities off from our good old PC or laptop standing on our desk.  Of course it’s a 2010 buzzword and I am personally seeing some kind of Terminal Server (Mainframes anyone?…) à la sauce New Millenium coupled with web technologies. The thing is… Cloud Computing along with Software Virtualization are really promising.  I put the second one with it because everything is about having almost nothing on the client side. ore.  You just log into the cloud and there you have your account and your services, may they be ga The idea of having every service in the Cloud is to ensure that eveything you need is always available from wherever you are on the planet.  You don’t need your PC or Laptop anymore.  You just log into the cloud and there you have your account and your services, may they be games, movies or any software.  And with the huge Mobile market, you’re about to have any of your services right there in your pocket. Read more at www.gamasutra.com 

Mobile development framework Sencha is releasing several new products to tie HTML5 mobile Web development to the cloud. Sencha.io is designed to give Web app developers the ability to synchronize and manage data in the cloud without having to write an excessive amount of code. For messaging, data management, login and deployment, Sencha claims that a few lines of Javascript will allow mobile Web developers to easily integrate these functions to apps built with HTML5.

Sencha.io has four main components: data, messages, login and deployment.

It also serves as a place to manage the app through the senchafy.com domain and allows administrators to upload apps, manage different versions of apps and put apps in the production and development environments.

Damage control: Internet discussion about the service outage that struck Amazon Web Services in April spiked as soon as problems began (April 21st) and again when Amazon explained the cause (April 29th). The data is based on selected mentions on Twitter, blogs, and in online media. Alterian

Just ask Jeff Malek, cofounder of BigDoor, a Seattle company whose game software is hosted on the public servers of Amazon. Last April, problems in a Northern Virginia data center crippled Amazon's northeast operations, affecting many cloud-based businesses. Spotty service over four days left BigDoor scrambling to find technical solutions and issuing a steady stream of apologies to its 250 clients. Since then, BigDoor has joined a growing number of companies that are seeking new ways of building outage-resistant systems in the cloud, often at additional expense and inconvenience.

Even though outages put businesses at immense risk, public cloud providers still don't offer ironclad guarantees. In its so-called "service-level agreement," Amazon says that if its services are unavailable for more than 0.05 percent of a year (around four hours) it will give the clients a credit "equal to 10% of their bill." Some in the industry believe public clouds like Amazon should aim for 99.999 percent availability, or downtime of only around five minutes a year.

picture a world where software platforms are available online and easily customizable. Picture a world where compute power is generated off site, available in quantities when and where you need it. And picture a world where information is safely stored, efficiently managed and accessible, when and where you need it. These are cloud infrastructures. The economies of scale, flexibility and efficiency they offer will not only save organizations massive amounts of capital and maintenance costs but emancipate them to apply and use information as never before. An unbelievable opportunity to raise productivity while creating unprecedented opportunities for businesses and workers.

Now picture a health-care system where a doctor has medical records at his fingertips, can see x-rays with the click of a mouse, is able to learn and apply the latest diagnostic and surgical technique from anywhere in the world. Think of the efficiencies in hospital supply chains, the delivery of prescription drugs, the processing of billing and insurance claims, reductions in fraud, and the application of best practices for cost controls. The capacity for improvement is endless.  As a matter of fact, these innovations are already being applied in isolated pockets. But for us to seize the opportunity before us it’s imperative that we move from isolated centers of excellence to connected systems of excellence. Pick any industry and systemic improvements like these are available.

A new age of innovation and technology advancement is within our grasp – an opportunity for job creation, greater productivity and economic growth. The time for cloud computing is now. We need government and industry to accelerate broad scale adoption of cloud infrastructures so we can reap the rewards of a true information based economy.

Without so much as a whisper from the retailer itself, Amazon’s Android tablet is heading our way. Rumoured to launch at the end of the third quarter in time for the holiday season, Amazon is hoping it can steal a little of Apple’s thunder and steal a little of its market share.

Amazon’s decision to launch an Appstore was a surprising one, especially because there was no shortage of alternative Android marketplaces at the time. Incorporating its patented recommendation system and its “Free App A Day”, the third-party application store won many fans in the US primarly because it has been providing customers with downloads of some of the most popular Android apps and games.

Amazon is one of, if not the world’s number one Cloud storage and service provider and is seen by many to have led the march towards the Cloud, with affordable and reliable online services that even the most bootstrapped startups could afford. Asserting itself in the hosting market has helped the company make the best of its other web-based services, namely online music downloads and its new Android Appstore.

Best Buy will send its Geek Squad into the cloud, after purchasing Boston-based mindSHIFT Technologies in a deal valued at $167 million.

MindSHIFT provides online applications and data center services for small to medium-sized businesses, boasting over 5,400 clients across the U.S., and with the purchase, Best Buy plans to extend its reach into the business world, including the legal, healthcare, financial, nonprofit, and education markets.

With its ubiquitous brick-and-mortar stores — and its Geek Squad driving Volkswagon Bugs from IT issue to IT issue — Best Buy believes it’s well positioned to offer cloud computing services to businesses with neither the time nor the resources to support their own IT infrastructure.

In working with thousands of clients, IBM has established that businesses and the world at large have become more interconnected and certainly more intelligent. Just to toss out a few factoids – data is growing at 6 trillion bytes per second, IP traffic will accelerate in 3 years to over a trillion gigabytes, and as of 2010, there were an estimated 30B RFID tags across the global ecosystem. Almost 162 million smart phones were sold in 2008, surpassing laptop sales for the first time. Soon there will be one trillion connected devices in the world, constituting an “Internet of things.” This environment provides both the individual and the organization the opportunity to adapt their thinking and actions to address the challenges of the new world.

Clouds are now seen as an element of a transformative process. Organizations spend time looking at their business processes and deciding which ones to change for competitive advantage as they move into the cloud. More efficient workflows that incorporate “outsiders,” such as customers, contractors, and suppliers can be created.

The ability to allow outside partners to connect to a legacy application via the cloud is an important consideration.

Popular SaaS startup New Relic made its name monitoring application performance, but has added server monitoring to the mix to make the service more functional. It’s actually a natural fit for New Relic, though, as what’s going on with the servers can have a big impact on how an application is running.

The new server-monitoring information is displayed in context with application-performance data so that users can drill down to the cause of a problem once they see performance start lagging. On the server side, New Relic monitors CPU, disk and memory utilization, network activity, and processes, which SVP of Product Jim Gochee told me lets the company keep an application-performance focus while hitting the key metrics that affect system health.

New Relic claims more than 13,000 active users.

In the modern web, Google and Facebook are the feudal lords and people are the peasants — at least when it comes to control of the photos, comments, 'likes' and other data that each person posts online.

"The users contribute their own content to you for free. You sell it back to them with banner ads put on there. And on top of that, you spy on them to gather profiling data," says Michiel de Jong, of the Unhosted project to decentralise user data.

As your friends talk to each other, they feed Facebook data about how information flows between its users. It's likely that your friends will have their own friends and will talk to them as well. Every time these first- and second-level contacts interact, it gives Facebook more pointers to where you fit within your network. To you, it's a bunch of your mates; to Facebook, it's an expanding cloud of data to be harvested.