Features and benefits from Hillstone Networks include:

IT budgets continue to be redistributed from traditional IT infrastructure to the cloud. A recent IDC survey of 11,350 IT executives revealed that while three-year spend on public cloud is projected to grow 29.5 percent, the investment in private cloud (on-premise and hosted off-premise) will increase 51.5 percent. In the same timeframe, the budget for traditional IT is forecasted to fall 18.8 percent.

"More than one third of Tintri customers have built cloud infrastructures with Tintri. They trust Tintri to provide an agile application development environment for DevOps and/or a highly scalable and automated infrastructure for their mission critical applications," said Ken Klein, CEO and chairman of Tintri. "That’s because only Tintri makes it possible for an organization to easily deploy and then tear down thousands of virtual machines in minutes, and for a cloud service provider to guarantee performance to their customers by isolating individual virtual machines and setting per-VM Quality of Service (QoS)."

Grazed from WindowsITPro. Author: Cameron Laird.

My grandparents worked with mules. While few contemporary readers are familiar with these crosses of male donkeys and female horses, US farming in the early twentieth century included a crucial role for six million (!) of them. I get the promise of hybrid vigor. Heterosis–the biologic term for hybrid payoff–is not guaranteed, though. Some hybrids never work out. Private-public computing clouds are in that category.

Keith Townsend says so in his recent "Why there’s no compelling use case for hybrid cloud", and he’s right. The original aim was that a modest private cloud could overflow its bursty loads to the unlimited capacity of the public cloud. The private cloud would form a less-expensive baseline, and peak demand could pay the higher costs of peak capacity…

Grazed from SeattleTimes. Author: Angel Gonzalez.

Amazon.com said Monday that it’s commissioning a new wind farm in Ohio to help offset the power needs of its cloud computing business. Amazon Web Services, as the tech giant’s cloud computing division is known, has vowed to fulfill at least half of the energy needs of its big data centers with renewable energy by 2017.

That’s up from 40 percent in 2016, a goal that Amazon says it is on track to meet or exceed. The data centers that house the computing power and storage that Amazon and other cloud giants rent out have been called out by environmentalists as a growing source of emissions. Amazon’s new wind farm will be in Hardin County, Ohio, 70 miles northwest of Columbus, and when it opens in December 2017 it will be its second such facility in the state…

Read more from the source @ http://www.seattletimes.com/business/amazon/amazon-orders-new-wind-farm-in-ohio-to-help-power-cloud-business/

Grazed from Datamation. Author: Pedro Hernandez.

The third-quarter results are in and Amazon Web Services (AWS) has a commanding lead in the worldwide public infrastructure-as-a-service (IaaS) market. "In many ways, public IaaS is the poster child of cloud computing and in that segment Amazon/AWS absolutely dominates the market, with a worldwide market share of 45 percent in Q3," said John Dinsdale, chief analyst and research director at Synergy Research Group, in a research note sent to Datamation. It’s an impressive feat, given how quickly rival cloud platforms are growing.

"That market share has been achieved despite Microsoft and Google both continuing to grow their cloud service revenues at well over 100 percent per year," continued Dinsdale. Nonetheless, Amazon is still more than twice as big as Salesforce, Microsoft and IBM combined…

Read more from the source @ http://www.datamation.com/cloud-computing/amazon-leads-in-public-iaas-ibm-has-the-private-cloud-edge.html

Grazed from TechTarget. Author: David Linthicum.

Cloud backup and recovery have long been a priority for enterprises running production workloads in the cloud. But, today, as trends like the internet of things spur massive amounts of data for organizations to store and protect, IT teams must evolve their cloud backup and recovery strategy — and make recovery a prime concern.

"Data protection is changing in the world of cloud computing, as IoT comes into play [and] big data systems come into play," says David Linthicum, SVP of Cloud Technology Partners, a cloud consulting firm based in Boston. "We have a lot more data to protect these days."…

Amazon Web Services is vastly overpowering its competition in the cloud computing market, says Synergy Research Group.

In its latest quarterly analysis, the market research firm says that AWS accounted for 45% of the revenue generated by public "infrastructure as a service" (IaaS) providers.

IaaS is the cloud market that Amazon helped to pioneer. It’s where companies rent computers and storage over the internet, only paying for what they use.

Cisco Systems CEO Chuck Robbins is set to rally solution provider partners at the networking leader’s Cisco Partner Summit this week to take the cloud high road by focusing on multicloud and hybrid cloud rather than competing in head-to-head Infrastructure-as-a-Service warfare with Amazon Web Services, sources told CRN.

Cisco insiders say the new strategy represents a broad, far-reaching bid to be what the company is calling solution providers’ "No. 1 preferred cloud vendor" by looking beyond just the IaaS opportunity and focusing on monetizing cloud across the entire spectrum of cloud — public, private, hybrid or Software-as-a-Service.

Grazed from CIOReview. Author: Editorial Staff.

As many of you in the technology industry are aware, in 1965, Dr. Gordon Moore, co-founder of Intel, observed that the number of transistors producible within a silicon wafer could economically double every year. Although the doubling rate has been revised several times since then, the prediction has served as a target and benchmark for semiconductor technology growth.

Moore’s law has fueled exponential computing advancements over the last several decades. For example, we have seen microprocessors with a few thousand transistors and kilobytes of memory transform into multi-core server chips with billions of transistors, gigahertz clock rates, and equally impressive storage and networking capabilities…