Saturday, 25 July 2015

The cloud is complex, so Intel's launched a sweeping project to fix it

The first step is a project with Rackspace to make OpenStack easier to deploy and manage

Intel has kicked off a broad effort to speed the adoption of the modern cloud infrastructure, which it says has been slow to take off because the software is complex and takes too long to deploy.

"Most people look at the market and say 'The cloud is on fire'," Jason Waxman, head of Intel's cloud infrastructure group, told reporters Thursday. "We're in a position to say, 'You know what? It's not moving fast enough.'"

To speed its growth, Intel has kicked off a multi-pronged effort, called the Cloud for All initiative, that includes hiring hundreds of additional engineers to work on open-source cloud software, setting up two massive compute clusters where companies can test and validate applications, and making further investments and acquisitions itself.

Its first move is a partnership with Rackspace to make the popular OpenStack cloud platform enterprise-ready and easier to use. Intel and Rackspace will hire hundreds of engineers at a development center near San Antonio, Texas, to work on OpenStack components such as its scheduling software, network capabilities and container services.

The goal is not to create "yet another OpenStack distribution," Waxman said, but to improve "the overall health of the project." The companies will also make OpenStack easier to scale.

"Today at best, the most successful OpenStack deployments scale to a few hundred nodes," he said. "Our goal is to enable enterprise class features at scale for thousands of nodes,"

Within six months, Rackspace and Intel will provide developers with free access to two 1,000-node compute clusters where they can test their applications, and Rackspace will offer training programs around the software. Intel picked Rackspace to work with because it's an original developer of OpenStack and runs one of the largest OpenStack public clouds.

The cloud is a fuzzy term but Intel is referring generally to an architecture in which applications are virtualized, or running in software containers, and can be set up and pulled down with high levels of automation.

The architecture is said to help IT departments cut costs and respond to business needs more quickly. But while large companies like Amazon and Google have turned it into a science, most businesses are struggling to get there.

The problem, as Intel sees it, is that choosing and deploying the software to build a cloud is too complex for most companies to handle. There's an abundance of hypervisors, orchestration software and developer environments, and within those options there are further configuration choices to be made.

"That makes it hard to build a fully functional, reliable cloud stack. It takes a lot of expertise," said Diane Bryant, the senior vice president in charge of Intel's data center group.

Deployments take months to complete and customers end up with systems that are "like snowflakes," she said -- "unique and a bit fragile."

The work with Rackspace is only the first step in the Cloud for All initiative, in which Intel will work with other partners to simplify and build out components for a "software defined infrastructure."

Intel's goal is to enable "tens of thousands" of new public and private clouds to be built, and to enable a typical enterprise to build a "full functioning, self service cloud portal" in a single day, Bryant said.

The initiative also includes further investments by Intel, and work with standards bodies and other stakeholders. Intel isn't talking about those other investments and partnerships today, but Bryant said to expect "20 major announcements" from Intel over the coming year.


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Monday, 13 July 2015

How 7 companies bring power to Hadoop big data applications

How 7 companies bring power to Hadoop big data applications

Intel and Cloudera joined forces just a year ago to accelerate enterprise Hadoop adoption. Here’s how seven companies have taken advantage of new technology to drive big data.

Powering big data applications to transform business
During Intel's Analytics Day in May, Diane Bryant, Intel senior vice president and general manager of the Data Center Group, and Tom O'Reilly, CEO of Hadoop distribution specialist Cloudera, celebrated the one-year anniversary of the partnership between Intel and Cloudera. That partnership is aimed at accelerating enterprise Hadoop adoption through new product enhancements and ecosystem collaborations. Here are seven examples companies using Intel processors and Cloudera's CDH to power big data applications that are transforming their businesses.

1 caesars
Caesars Entertainment tackles marketing
Casino-entertainment company Caesars Entertainment is using a new Hadoop environment built on Cloudera CDH running on the Intel Xeon processor E5 family to identify customer segments and create specific marketing campaigns tailored to each of those segments. The new environment has reduced processing time for key jobs from about six hours to 45 minutes. This allows Caesars to run faster and more accurate data analysis to enhance customer experiences and improve security for meeting Payment Card Industry (PCI) and other standards. Caesars can now process more than 3 million records per hour.

2 cerner
Cerner helps detect potentially fatal infections
Healthcare technology company Cerner has built an enterprise data hub powered by CDH on Intel Xeon processors to create a more comprehensive view of any patient, condition or trends. The technology is helping Cerner and its clients monitor more than one million patients daily. Among other things, it is helping determine the likelihood that a patient has the potentially fatal bloodstream infection, sepsis, with a much greater accuracy than what was previously possible.

3 eharmony
eHarmony creates more personalized matches
Relationship-minded online dating site eHarmony recently upgraded its cloud environment to use CDH and the Intel Xeon processor E5 family to analyze a massive volume and variety of data. The technology is helping eHarmony deliver new matches to millions of people every day, and the new cloud environment accommodates more complex analyses to create more personalized results and improve the chances of relationship success.

4 mastercard
MasterCard powers its professional services
MasterCard was the first company to implement Cloudera's CDH distribution of Hadoop after it received full PCI certification. The company has implemented CDH on Intel-based servers and has begun integrating Hadoop data sets with data from other environments that are already PCI-certified. MasterCard is pushing that system to its own clients via its MasterCard Advisors professional services arm.

5 farmlogs
FarmLogs helps farmers grow more
Farm management software company FarmLogs is using real-time analytics running on the Intel Xeon processor E5 family to provide 20 percent of U.S. farms with actionable data on harvest, growing conditions, vegetative health and more. It is using the technology to help farmers increase the productivity of every acre of farmland.

6 nippon paint
Nippon Paint optimizes its supply chain
Nippon Paint is one of the largest paint suppliers in Asia. It uses Intel Xeon E7 v2 processors running in SAP HANA in-memory analytics software to understand consumer behaviors, optimize its supply chain and improve its marketing campaigns. Nippon Paint is now testing the new Intel Xeon E7 v3 processor-based system to take advantage of higher performance and reliability features.

7 world wide tech
World Wide Technology powers data warehouse optimization
Systems integrator (SI) World Wide Technology has designed and integrated hardware, software and services into a single data warehouse optimization (DWO) solution intended to alleviate performance bottlenecks and allow organizations to take full advantage of their data sets. The pre-built, validated DWO appliances offloads data preparation and processing transactions to Cloudera and allows data to be captured and analyzed in its native unstructured format. The solution is built on the Intel Xeon processor E5, providing it with a validated architecture that unites compute, network, storage access and virtualization into one cohesive system.


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Friday, 3 July 2015

Top 10 cities for IT pros looking to make a move

Top 10 cities for IT pros looking to make a move

Business is booming in 2015, and across the country IT organizations are loosening the purse strings and shelling out big bucks for critical IT talent. Here's a look at the 10 hottest cities for IT pay based on percent increase in salary, area home prices and median salary.

Top cities for IT pros
Relocation? If your answer is, "Yes, please," the timing is right. The Computerworld IT Salary Survey 2015 confirms that business is booming and salary increases are back in a big way. As budgets are loosened, organizations are shelling out big bucks to land top IT talent. This year 67 percent of respondents reported a raise, with only 4 percent reporting a pay cut, compared with 60 percent reporting a raise and 8 percent reporting a pay cut in 2014.

What's more, for the first time since the economic downturn, we're seeing significant year-over-year gains in IT compensation, according to the survey. Total average compensation (including salary and bonus) is up 3.6 percent in 2015, versus 2 percent in 2014. This year, average salaries increased 3.6 percent, and average bonuses increased 4.6 percent, according to the survey results.

Back to that relocation question: Some metro areas reported even stronger gains in pay. Here they are the top 10 metro regions that have seen the greatest jump in pay over the last year, as well as their median home price and median salary. What -- or perhaps where -- is your next move?

St. Louis
St. Louis has reinvented itself as a hub for healthcare, biotechnology and advanced engineering. It also offers opportunities in more traditional industries like manufacturing. Median home values are low, and the city is family-friendly and affordable.

New York City
The city that never sleeps is the perfect home base for an always-on, plugged-in IT professional -- and there are hundreds of thousands of them in the metro area. Though median home prices are above the half-million dollar mark, New York's other boroughs as well as nearby Long Island, Staten Island and New Jersey make great bedroom communities for IT pros who work in "The City."

Phoenix
IT is hot, hot, hot in the Valley of the Sun. The nation's 13-largest metro area is more than just a winter destination for snowbirds and a vacation spot for golfers -- the IT industry is growing because of a highly educated talent pool. Arizona consistently ranks among the top five U.S. states for employment growth.

Chicago
Chicago's thriving as an up-and-coming tech center, with many IT, research-and-development and green energy technology firms calling the Windy City home. And with home values relatively low, Chicago and its suburbs are a great option for IT pros to live and work.

Seattle
Seattle's legacy as an IT hub is almost as great as that of San Francisco. With Microsoft headquartered in Redmond and more than 850 other IT heavyweights in the area, it's no wonder Seattle's something of a destination for IT pros.

Atlanta
Atlanta's home to a number of IT giants; more than 75 percent of Fortune 1000 companies have a presence there. As of 2006, Atlanta has been one of the 10 largest high-tech center in the U.S. and home prices remain affordable.

Minneapolis/St. Paul
The Twin Cities are built around the intersection of the Mississippi, Minnesota and St. Croix rivers, and the region is an IT hub. Strong finance and biotech sectors, a cosmopolitan city and an affordable place to raise a family all make this a place worth considering.

San Francisco
San Francisco's been an IT mecca for decades, and Silicon Valley is still a great incubator for tech startups and elite talent. Even though IT salaries jumped by 4.6 percent, a median home value of $728,000 makes it pricey for all but the wealthiest of tech workers.

Detroit
Though Detroit's been in the news lately for all the wrong reasons, it's made a strong showing in this year's survey, with a 5 percent increase in average pay. And with an extremely low median home value, it's an affordable metro area in which to live and work.

Boston
Last year's number 2 metro areas jumps to the top of the list with the highest percent change in annual pay. The city is doubling down on its commitment to innovation; examples like the Cambridge Innovation Center and more academic research and development spending than anywhere else in the U.S. prove that point.

Methodology
Source for percent change in compensation: CW's IT Salary Survey 2015 Base: 4,863 respondents; metro regions with a base size of at least 50 respondents

Source for median IT salary: PayScale.com; 50th percentile value of total cash compensation (base annual salary, bonuses, profit sharing, other forms of cash earnings as applicable). The middle value for TCC across all workers with the same job titles. Half of workers will make more, half will make less.

Source for median home value by city/metro region: Zillow Home Value Index


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