Data centers becoming more energy efficient, thanks in part to cloud computing

Thanks to better cooling and powering strategies, better power management and cloud computing, the energy consumed by data centers is under control, according to a new report from the Department of Energy’s Lawrence Berkeley National Laboratory.

After rising rapidly for more than a decade, energy consumption by U.S. data centers started to plateau in 2010. Since then it has held steady, accounting for just under 2 percent of total U.S. energy consumption, the report finds. The growth rate for energy consumption is expected to remain now, even though the total server installed base is projected to increase by 40 percent from 2010 to 2020.

Based on the trend lines, U.S. data centers are projected to consumer around 73 billion kilowatt-hours in 2020, the report finds — that’s around half of what the U.S. Natural Resources Defense Council projected last year.

Concern over the spike in energy demands may not too surprising, given that the Berkeley Lab report is the first comprehensive energy analysis of data centers in nearly 10 years. The last one — conducted by the Berkeley Lab in 2008 for the U.S. Congress — found that electricity use by data centers was doubling every five years.

“The idea that electricity use is doubling every five years is still commonly believed to this day,” Berkeley Lab researcher Arman Shehabi said in a release. “In fact there have been tremendous strides in efficiency. But there are still tremendous opportunities in the near term.”

With public concerns over energy consumption aligned with business interests, public and private entities alike have initiated major efforts in recent years — like Facebook’s Open Compute Project — to make data centers more efficient. Governments and enterprises are exploring ways to efficiently run data centers in hotter climates, investing in innovative storage solutions and turning to renewable energy sources.

Given the current trajectory, the U.S. should see energy savings from 2010 to 2020 that come to about 620 billion kWh, or more than $60 billion, the report says.

The Berkeley Lab team found that larger data centers have made significant advances in operating more efficiently. They’re no longer blasting air conditioning to keep equipment cool, and they’re relying on “power proportionality” to scale back a server’s electricity draw when it’s doing less processing. The surge in cloud services is also a factor.

“Data centers used to be considered a fixed cost, but in a cloud environment, whoever is lowest cost provider is going to win. Energy is one of the easier things to optimize,” researcher Dale Sartor said in a statement.

While the over all trends are positive, smaller data centers — which are projected to account for 60 percent of all data center energy use in 2020 — are still often inefficient.

“The industry growth is primarily in hyperscale data centers, but there’s opportunity in the typical corporate or institutional data center,” Sartor said. “There are millions of them in closets or small rooms, and they’re not very efficient.”

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Article source: http://www.zdnet.com/article/data-centers-becoming-more-energy-efficient-thanks-in-part-to-cloud-computing/

Intel Considers Sale of Cybersecurity Division: Report

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Intel is considering the sale of its cybersecurity business it acquired for $7.7 billion six years ago.

Intel is considering the sale of its cybersecurity business it acquired for $7.7 billion six years ago, according to a report by the Financial Times over the weekend, as it considers the future of Intel Security.

Intel Security was formed in 2010 after Intel acquired antivirus software maker McAfee, but the cybersecurity division’s focus on personal computing no longer fits with its strategy which has shifted towards the more lucrative data center market.

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The news of the potential sale has brought Intel stock down 0.79 percent to $31.30 in pre-market trading on Monday, according to a report by TheStreet.

Intel Security may fetch the same amount Intel paid for the business back in 2010 as private equity interest in cybersecurity providers has grown along with the complexity and sophistication of cybersecurity threats.

In April, Intel named Diane Bryant to executive VP of its Data Center Group to lead the company past its focus on the PC market and into other areas of its business – such as data centers – that bring in more revenue.

Intel CEO Brian Krzanich outlined an optimistic future for the company recently, quelling concerns brought on by mass layoffs at the company in April, suggesting that a focus on the data center and the Internet of Things (IoT) would position the company for future success.

Intel’s cybersecurity division isn’t the only business Intel is considering hanging a ‘for sale’ sign on. In May, Intel’s venture capital unit drew interest from a number of investment firms interested in the assets worth around $1 billion.

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Article source: http://talkincloud.com/cloud-computing-mergers-and-acquisitions/intel-considers-sale-cybersecurity-division-report

Why the healthcare industry’s move to cloud computing is accelerating

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Physicians are targeting breast and ovarian cancer through research that crunches massive amounts of information from more than 2,000 DNA sequences at the Icahn School of Medicine at Mount Sinai. The data set is gigantic — more than 100 terabytes — and the analysis happens aboard a secure cloud-based platform through Amazon Web Services.

“By using AWS, we can store source files securely and cost-effectively with significant durability and accessibility,” one of the researchers said. “We wouldn’t be able to conduct our research without it.”

The case illustrates several reasons the healthcare industry’s use of the cloud is growing aggressively. As Mount Sinai researchers hunt for the genetic causes of these cancers, their research platform helps them meet three key needs: The platform is secure, maintaining the confidentiality of patient information; it is scalable, allowing economic growth as the data set increases and performance needs change; and it is collaborative, enabling researchers to work with external partners.

These needs drove $3.73 billion in healthcare spending on cloud services last year and will push that number nearly threefold to $9.5 billion by 2020. Cloud-based computing is on the rise in healthcare as physicians, hospital administrators, and patients demand cost efficiency, access to information, and security.

The tipping point is here

Two years ago, healthcare professionals largely depended on cloud-based solutions for back-office needs, such as email and data storage, or supporting the secure exchange of patient information. A survey of 105 healthcare industry IT and leadership professionals this year shows the use case is expanding quickly.

For example, 59% of respondents said they’re using or planning to use cloud solutions for big data analysis, as in the Mount Sinai case. Virtual care, or telemedicine, is expected to explode in the next few years as researchers note that 70% of routine doctor visits don’t require face-to-face interaction. Virtual care will become commonplace, with 80 percent of patient interactions relying on the Internet of Things and big data — which both benefit from cloud computing solutions — to bolster patient care by 2021.

Meanwhile, 73% of industry professionals will use the cloud to host patient empowerment tools — another key driver toward the cloud. This means healthcare providers are increasingly using cloud-based applications to put resources into the hands of patients that will allow them to educate themselves, monitor their own health, and store and share their health records.

SweetSpot Diabetes Care is doing just that with a cloud-based application that empowers diabetics to take greater control of their glucose data. The company’s application takes data from a variety of web-enabled metering devices and lets patients analyse, store, and share their glucose data with healthcare professionals in a format that’s easy to evaluate.

Why is the cloud so critical?

Of all their options, why are healthcare organisations choosing the cloud to address their needs? Cloud-based applications can easily scale up or down as demand changes; from a development perspective, they’re flexible and accessible. They can be updated centrally and rolled out from their test environment easily. They can potentially perform better on cloud platforms dispersed around the country or the world, improving access.

That flexibility extends to include collaboration, creating increased opportunity. Big companies can partner with smaller innovators or third-party developers to execute on business and customer engagement strategies in a secure, agile, and cost-efficient environment.

And, yes, it certainly comes down to cost in the end.

Today’s healthcare IT professionals are under pressure to shift from capital-intensive technology investments to operational expenses that offer flexibility and center on their core business. Healthcare leaders want to funnel capital into cash flow-generating activities that allow them to deliver improved outcomes. Cloud computing lets healthcare organisations focus on healthcare rather than data centers, digital real estate to house them, and skilled professionals to maintain and operate them.

What about the future?

The explosion in the healthcare industry’s reliance on cloud-based computing — coupled with the industry’s need to be flexible, collaborative, and consumer-focused — means that healthcare will inevitably adopt new ways of utilising the cloud. This leads to several predictions about emerging trends.

  • More patient-clinician interaction: Look for more two-way communication between healthcare providers and patients as care is increasingly delivered through mobile devices, wearable technology, instant alerts, and digital healthcare reminders.
  • Records in real time: Connected devices will give both patients and healthcare professionals real-time access to health records, painting a more holistic picture of our health as it happens. The trend could also give us the benefit of information aggregated from a population level, exposing community and public healthcare issues more quickly.
  • More ownership of our data: Expect developers to create tools to help individuals take more ownership of their own health and connect their experiences with schools, government organisations, legislative bodies, and beyond. Think of it as a virtual health information exchange.

The cloud is a highly effective platform for healthcare organisations to leverage, made more relevant by the industry’s evolution toward a consumer-driven approach to care and its need for greater collaboration to serve long-term growth.

Creating innovative, agile, and collaborative cloud environments for healthcare in which all players can participate helps to simplify, organise, and streamline its many moving parts. With cloud-based solutions, organisations can stop fretting over the small stuff and start focusing on improving the big picture for their patients.

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Article source: http://www.cloudcomputing-news.net/news/2016/jun/27/why-healthcare-industrys-move-cloud-computing-accelerating/