In 2012, more than 1.7 million jobs in the field of cloud computing remained unoccupied, according to analysts firm IDC. Cloud marketing has the ability to drastically change the ways in which they reach and engage their audience, particularly with regard to distributing and storing mission-critical data. More and more companies encourage their employees to work on their devices, thus reducing the cost of computer equipment, but also increase the cost to maintain licenses and safety.
Despite the inclination to wait until all of the cloud’s kinks have been worked out, holding off on cloud initiatives until the industry matures won’t guarantee success. The software industry is undergoing major changes by trends such as cloud, SaaS, mobile technology and the “consumerization of IT”. Cloud Computing is seen by many as the wave of information technology for individuals and companies. Cloud Computing is a general term for anything that involves delivering hosted services over the Internet. They have not only economies of scale but also a dedicated focus on providing these infrastructures. These efficiencies can be passed on to you so your company can focus less on managing hardware and more on what differentiates you.
As a result, you quickly respond to your client’s needs, without the need for time-consuming installations.
As companies seek to improve their services, many firms, including large companies operating in traditional industries are using Cloud Computing for testing purposes. The transition to Cloud-based testing can reduce costs and improve overall quality, but it also poses some serious challenges. Clearly, security needs to improve as well, and performance and availability must be superb. The adoption of Cloud Computing services promises to revolutionize the software testing industry, turning it into a more efficient and customer-friendly market.
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There is an ever growing number of companies providing cloud-based’ services for businesses.
To keep the rankings and analysis completely impartial and fair, the latest Computer Reseller News list, The 100 Coolest Cloud Computing Vendors Of 2016 is the basis of the rankings. This blog is dedicated to providing readers with in-depth analysis of the factors behind disruptive innovation in enterprise software, Web-based applications, and delivery platforms including SaaS. Cloud Tech promotes industry thought leadership content from industry brands, businesses and analysts, partnering with writers and bloggers to deliver insight and advice on cloud IT strategy to our extensive audience of CIOs and IT managers. The current hot buzzword in Information Technology (IT) circles is “cloud computing,” the concept of a shared grid of computer resources, made available to a wide range of consumers in an on-demand, self-service and pay-as-you-go fashion. The IT industry is currently engaged in a mad scramble to define the future of data processing based on the concept of cloud computing. Data Center Knowledge recently put together a list of the world's 10 largest data centers, ranging between 400,000 and 1.1 million square feet.
Number one on the list is the Lakeside Technology Center, located at 350 East Cermak in Chicago, a 1.1 million square foot multi-tenant data center hub owned by Digital Realty Trust. One of the enticing possibilities of cloud computing is the ability to “follow the moon,” in which processing load is shifted from data center to data center, circling the globe in 24 hours. Ignoring the fact that many IT companies are among the greenest businesses on Earth, Greenpeace has announced that “the launch of quintessential cloud computing devices like the Apple iPad, which offer users access to the "cloud" of online services like social networks and video streaming, can contribute to a much larger carbon footprint of the Information Technology (IT) sector than previously estimated.” In support of their claim they have published a new “report” that lays out a bunch of statistics and projections. That report would have us all believe that cloud computing, driven by an orgy of consumer demand for iPad like devices, will triple IT greenhouse gas emissions by 2020. The cloud is growing at a time when climate change and reducing emissions from energy use is of paramount concern. Supporting this claim that burgeoning data centers will consume “incredible amounts” of energy are a number of tables and illustrations. The first thing to note is the inclusion of nuclear power as dirty, thereby raising the amount of “pollution” supposedly generated by the data centers. In reality, the builders of these massive new cloud data centers are actively seeking locations that minimize environmental impact and maximize green energy use. Exaggerating dirty power use is not the only intentionally misleading information in the Greenpeace report.
Note that IT is lumped in with communications and PCs and their associated devices, in order to arrive at the total of 830 million metric tons of CO2e. Another thing to note is the use of the disingenuous measurement “CO2 equivalent” when referring to carbon dioxide emissions. Billions of people will be using super devices such as iPad to connect to the internet and do everything in the cloud.
Unmanaged economic growth; people doing “everything in the cloud,” by Jove, we can't have that! To be sure, the target of Greenpeace's ire is the IT industry, even though the report that they draw their statistics from shows IT data centers as generating the smallest portion of the current and projected GHG emissions due to cloud computing.
Trying to tie Apple's “unpolluted” design to lowering emissions and the lame attempt to associate surfer dudes to web surfing couch potatoes seems rather desperate—it is as though Greenpeace, realizing that they might have alienated a larger demographic group than their own, felt the need to sooth any ruffled geeky feathers. Both Singh and Greenpeace have it totally wrong: cloud computing is a way to lower energy use and by extension, GHG emissions. As can be seen in the figure below, taken from the Koomey report, a typical computer server used about 250 Watts of electrical power five years ago. In the past, the number of computers installed in a data center was dictated by peak usage. Amazon's driving motivation to create a cloud was to recouping some of the considerable expense of buying and running all that hardware by renting time on those computers during non-peak periods. Another new technology, whose benefits seem to have eluded the notice of the greens, is server virtualization. Cloud computing will allow many companies to avoid the need to scale their data centers for peak demand. On the personal front, a slim, energy efficient tablet or PDA is certainly less power hungry than a laptop or a traditional PC. The iPad and its competitors are much more energy efficient ways of doing a literature search than rummaging through the stacks at the local library.
Cloud Computing is profoundly changing the whole IT industry and leading traditional software testing to a new direction.


Many companies, including large ones, that understand the significance of the Cloud revolution, intend to benefit from the newly created opportunities and adjust their services to conform to this new form.
Obviously, customers are showing less willingness to pay what they used to in advance for software and then to add servers, employees to maintain them, yearly application maintenance licenses, upgrades, and so on. The challenge for the entire testing industry is huge, even without mentioning the different approach to the service (including support, upgrades and on-going maintenance) these vendors must adopt.
They are offered much better solutions that are easier to manage, as well as improved services – all this with competitive pricing.
Since being recognized in the past few years as an important part of the development effort, testers are already seen as an integral part of project teams, participating in all of the project’s different phases. These range from communications and social application to deployment platforms that form backbone of a company’s infrastructure. These and other insights are from an analysis completed today to determine the best cloud computing firms and CEOs to work for this year.
Cloud computing companies are among the most competitive there about salaries, performance and sign-on bonuses and a myriad of perks and benefits. Even those not immersed in the arcane details of IT are aware of the latest must have techno-doodad from Apple Computer—the iPad.
In the process of doing so, a number of high-tech heavy hitters—including Amazon, Google, IBM, Microsoft and a legion of silicon valley start-ups—are racing to build huge new data centers containing hundreds of thousands of computer servers each. The list includes such super-sized data centers as the Vegas SuperNAP, Microsoft's container data center and the Lakeside Technology Center.
It is one of the world’s largest carrier hotels and the nerve center for Chicago’s commodity markets.
This is partly to take advantage of lower off-peak electricity rates at night but also because cooler nighttime temperatures minimizes the amount of air conditioning needed to keep the grid of servers operating.
In the report “Make IT Green: Cloud Computing and its Contribution to Climate Change,” Greenpeace claims, that at current growth rates, data centers and telecommunication networks will consume about 1,963 billion kilowatt hours of electricity in 2020 (1,963,000 million kWh). Typical of these is the figure shown below, which purports to show a comparison of different companies' data centers, partcularly power consumption from a green perspective. If the concern is for heightened global warming because of IT, nuclear power is a net positive since it does not contribute to greenhouse gas emissions. If one ignores the figures and reads the text of the report, it becomes clear that even Greenpeace recognizes the new sites are not the same old energy sinks as existing data centers. Greenpeace based much of their information on a 2008 report called “SMART 2020: enabling the low carbon economy in the information age,” produced by The Climate Group and the Global e-Sustainability Initiative (GeSI). IT is only 14% of that total and will only grow to 18% of the total in 2020, yet it is IT that is portrayed as the villain here.
Koomey of Lawrence Berkeley National Laboratory and Stanford University, the total amount of energy used by data centers world wide was around 130 billion kWh, or about 0.8% of total world electricity consumption in 2005.
This obfuscatory term combines other greenhouse gases with actual CO2 emissions, based on their supposed impact on global warming. Two policy wonks with overactive imaginations submitted a paper entitled “Smart Metering the Clouds,” to the 18th IEEE International Workshops on Enabling Technologies. Think like how automobile technology and industry transformed the way the whole world communes. I'm not quite sure how to do laundry in the cloud, but next thing you know, people will start believing they actually deserve individual freedom and comfortable, productive lives.
I have already mentioned the “follow the moon” processing paradigm, which can result in significant savings in data center cooling costs (as much as 50% in northern locations during the winter). I can tell you from first hand experience in data center planning that the projected power savings shown in this diagram have been realized with new low-power multi-core processors and energy saving peripheral devices. For many companies, the variation between slack times and peak demand can be a factor of ten or even a hundred fold.
This means that other companies do not need to purchase computers of their own, computers which would set idle most of the time but still consume power and require air conditioning.
Virtualization products by VMware and Red Hat can move running virtual machines transparently to the applications they are running. One of the things they recommend is travel substitution—the use of virtual meetings and telecommuting to eliminate actual travel.
Many folks really don't need a PC—they don't write programs or run long processing jobs—all they need is an efficient way to access data from the net, do online shopping and banking, watch movies, listen to music, read email or tweet with their friends. Reading books or newspapers on an iPad or Kindle is unarguably greener than cutting down trees, making paper, printing hard copy and shipping it to stores and homes. A really good post and great illustration especially the Server power consumption per installed unit.
The name cloud computing was inspired by the cloud symbol that’s often used to represent the Internet in flowcharts and diagrams.
This allows companies to constantly upgrade and change the selected application and adjust it to the market’s needs and come out with new versions much faster. We had taken this picture on the net we feel would be one of the most representative pictures for texas star tattoo designs.
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We got this picture on the net that we consider would be probably the most representative images for tattoo designs on black skin. As new offerings emerge, customers, marketers and the industry at large may each have a different view of the strata. They are also attracting senior management teams that have strong leadership skills, many of whom are striving to create distinctive company cultures. There are many companies listed on the CRN list that doesn’t have than many or any entries on Glassdoor, and they are excluded from the rankings shown below but are in the original data set.
Proving that they can find a dark cloud to go with any silver lining, the perennial eco-pessimists from Greenpeace have declared that the combination of iPads and cloud computing are going to greatly accelerate mankind's march to a planet frying future. The huge Gothic style building was originally built to house the printing presses for Yellow Book and the Sears Catalog.
As anyone who is familiar with large computer installations can tell you, the amount of energy required for HVAC at a data center is equal to or more than that consumed by the actual computer equipment. For all of this content to be delivered to us in real time, virtual mountains of video, pictures and other data must be stored somewhere and be available for almost instantaneous access. The site was chosen in part due to the low cooling costs expected in the region and the ability to use fresh air cooling, as well as the ready access to low- carbon and low-cost hydro power.
That study predicted rapid growth in the IT industry and that, because of the rapid economic expansion in places like India and China, demand for IT services will quadruple by 2020.


What is not reported is the portion of global energy IT actually uses, an oversight that can only be intentional.
On a global basis this is less than the airline industry or shipping, let alone automobiles or heavy industry.
Methane (CH4) and oxides of nitrogen (NOx) are calculated to be many times more effective than CO2, 25 times for methane 289 times for nitrous oxide.
In it they propose “a fiscally driven multi-state level policy where energy companies can use a common strategy to drive down the waste and increase efficiency while still staying competitive.” This sounds like the common drivel put out by any anti-globalization NGO but this paper goes even farther. The only thing that remained was that we all used the black gold or the fossil fuels to fire up all these initiatives. This demand generation will be unsustainable if we are not able to control and regulate the use while still promoting more internet use since it is bound to help economies grow but to somehow manage to keep them in control so they don’t go into overdrive. Of course, greens have never had a problem with telling all the rest of us how we must live our lives. But maybe someone can come up with an app that calculates the carbon footprint of using different web sites based on their location and energy deals.
As was stated, Greenpeace is really after the evil IT industry, not the tech-toy besotted consumer. There are other technological advances that seem to have escaped the green IT experts' notice. Contrary to the critics' assertions given above, cloud computing will lead to fewer servers around the world, not more.
When the demand in a data center drops, remaining active virtual machines can be consolidated on a handful of physical servers and the idled machines shut down. In the industry this is called “cloud bursting,” temporarily renting extra capacity on an as-needed basis. They estimate that through virtual meetings and flexible work arrangements the US could reduce CO2 emissions by 70–130 MMT and save $20–40 billion a year by 2020. Certainly, querying for data on Google or Bing is more energy efficient than having to drive to the library and consulting paper books (see “Google Raises Your Carbon Footprint”). No, once again the short sighted, know-nothing greens have attacked a technology they should be cheering on. I started using the internet in the late '90s, and it's simply amazing to see how things are today. For example, TaaS solutions will enable companies to re-size their testing teams on a need-basis, and significantly reduce costs. The most popular request from Forbes readers are for recommendations of the best cloud computing companies to work for, and that’s what led to this analysis. Now the facility houses data centers for 70 tenants including several major financial firms. Small companies can not afford to have data centers spread around the world, but a large cloud provider can. That ‘somewhere’ is data centres - massive storage facilities that consume incredible amounts of energy. The New York Power Authority has approved 10 megawatts of low-cost hydro power for a first phase of construction for a Yahoo! The figure below shows what Greenpeace claims are current and future CO2 emissions caused by IT and the growing cloud. Adding these gases in as CO2e inflates the real carbon dioxide levels, giving the impression that AGW is happening even faster than the IPCC predictions. Mass production of all consumer goods and then selling of the same consumer goods, including basic amenities such as Water, Housing, and Food etc.
Best places are obviously to pass bills in order to observe how data centers are performing but also laying the moral and fiscal responsibility by the consumer to act individually as well.
Apple is the master of promotion, and while we marvel at the sleek unpolluted design of the iPad, we need to think about where this is all leading and how like all good surfers we can make sure our environment stays clean and green. Primary among them is a radical decrease in Watts per computer cycle—using new server hardware, computer power takes less electricity than ever before.
Add other improvements in information and communications technology and the US could realize energy and fuel savings of $140-240 billion dollars while lowering CO2 emissions by as much as 22%. The future of the iPad and cloud computing is both bright and green, despite the histrionics of dim-bulb climate change alarmists.
Additionally, they will be able to hire many testers at short notice for a limited time, allowing them to carry out much faster tests. What isn't widely known is that the renovated building has earned a US Green Building Council Leed Gold rating for energy efficiency and low environmental impact.
The second thing to notice is that this is a very short list of a few selected sites, several of which are in coal heavy states—care for a little cherry picking, anyone? This is purely a propaganda play by climate change alarmists, a way to increase the perceived threat without any real change (see “Climate Change Spin Doctors” for more). And as we all know, those multi-national corporations out there that bring people all those horrid consumer products are at the center of the conspiracy to destroy planet Earth. One medium sized data center I know projected a savings of more than $1 million per year in electricity simply by replacing 5,000 outdated servers. Amazon got into the cloud business because they needed a large amount of processing capacity during the Christmas shopping season, but found all those servers setting idle during other times of the year. The larger the number of servers, the more diverse the workloads, the more effective this capability becomes. But opportunities to improve efficiency using cloud computing extend beyond renovating or building new data centers. A second phase, expected in the spring of 2012, would receive an additional five megawatts of power. Efficiently managed data centers run on a 3-4 year replacement cycle for servers, so the turnover time is relatively short when compared with housing (~50-100 years) or even automobiles (~10-20 years). Big data centers shared by thousands of customers can be more efficient than small, individual data centers. It is the computing equivalent of regional electric power pools, matching resources to demand in the most efficient way possible.



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