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Talon and SoftNAS Partner to Provide Consolidated Global Cloud … – DABCC.com

Talon, the leading provider of enterprise class file sharing solutions for distributed locations, today announced its strategic partnership with SoftNAS, the #1 best-selling software-defined cloud NAS, to enable true global storage consolidation into the enterprise cloud. Talon FAST and SoftNAS Cloud NAS provide joint customers with a central cloud-based storage namespace that is secure, highly resilient, and can grow on-demand, ensuring high performance global file locking, file access and sharing for all users across the global enterprise.

Global enterprises are increasingly looking for opportunities to leverage the scale and flexibility of the cloud, and one of the key targets for exploitation remains unstructured data stores. The combination of Talon and SoftNAS offerings deliver a petabyte scale topology for distributed file servers to be consolidated into limitless, highly-available cloud storage, reducing both cost and risk while increasing business agility.

Talon FAST enables a global fabric, which gives virtually any enterprise location the ability to seamlessly access and use cloud-resident file shares as they traditionally have on-premises file servers, without changing user experience or workflow. The combination of a powerful distributed network file system, intelligent caching and global locking allows globally distributed enterprises to operate under a central storage system view while keeping the storage centralized and lightweight at the edge. This ability to centralize data has large benefits as enterprises decommission costly-to-maintain file servers around the globe. Talon FAST optimizes the flow of information in the enterprise, enabling all offices to work off the same set of data.

SoftNAS Cloud NAS presents virtually limitless, highly resilient data shares in the enterprise cloud, allowing seamless data access to existing applications without requiring application rewrites. SoftNAS gives its customers the enterprise-class data security, protection, and performance required to safely, predictably, and reliably operate IT systems and applications. Under this partnership, Talon FAST users will utilize the capabilities of SoftNAS Cloud filer as the main repository for unstructured data in the cloud.

As enterprises move from an on-premises to a cloud-first strategy, key goals that we see include ensuring that applications dont need to change prematurely, that users arent negatively impacted, and that they have the levels of security and scale needed to grow, stated William Fellows, VP of Research, 451 Research. The combination of Talon and SoftNAS targets those objectives directly.

The Talon and SoftNAS collaboration can provide organizations with a single software-defined storage footprint, versus the legacy distributed storage architecture which requires localized management, backup, security, and audit for the proprietary hardware footprint in each location.

Customers want a software-based solution that bridges the cloud and premises storage gaps, delivering efficient, global access to an extensible namespace that scales into the petabytes, while leveraging the low costs and high durability of cloud storage, stated Rick Braddy, CEO, CTO and Founder of SoftNAS. The alliance with Talon allows our customers to fully leverage our HA cloud NAS across the broader enterprise, bridging the long tail of IT with the new cloud frontier.

Customers with globally distributed locations will benefit significantly from having a central point of storage management and control, said Shirish Phatak, CEO, Talon. Partnering with SoftNAS provides us with an additional tool in our toolkit for offering a powerful, efficient and scalable storage management solution.

Talon FAST is available as a site based annual subscription or as a joint offering with Microsoft Azure Storage and Hybrid Cloud solutions in the Microsoft Azure Marketplace.

SoftNAS is available as an annual subscription and on-demand in Microsoft Azure and Amazon AWS.

Resources:

About Talon

Talon, a leader in next generation software-defined storage solutions, enables enterprises to centralize and consolidate IT storage infrastructure, while bringing data closer to their users, enabling enterprise global file sharing and collaboration. This results in streamlined IT management and improved end user productivity. From its headquarters in Mount Laurel, NJ and its global locations, Talon serves the largest Global 2000 organizations including the most established Architectural, Construction, Engineering, Energy, Offshore and Manufacturing companies.

Talon FAST is a trademark of Talon Storage Solutions, Inc. All other trademarks are the property of their respective owners.

About SoftNAS

SoftNAS, Inc. is the leading provider of software-defined NAS solutions and protects mission-critical data for customers using any combination of public, private and hybrid clouds. SoftNAS gives its customers the enterprise-class data security, protection, and performance required to safely, predictably, and reliably operate IT systems and applications. SoftNAS believes in powerful, hassle-free data management and works with any hardware, any data type, across any geography, and with any IT environment, including the most popular public, private, and hybrid cloud computing platforms: Amazon AWS, Microsoft Azure, CenturyLink Cloud and VMware vSphere.

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CIOs embrace the value of cloud computing in healthcare – TechTarget

Healthcare has finally abandoned fear of the cloud and now realizes the value of cloud computing.

"People are actually embracing [the cloud] in healthcare," said Ed McCallister, senior vice president and CIO at the University of Pittsburgh Medical Center (UPMC). "Now is the time [for cloud computing]. ... I've been in healthcare pretty much my entire career, and this is absolutely the most transformative time."

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In the past, health IT professionals worried about the security of the cloud, but over the years, the stability of major cloud platforms has eased those concerns. Instead, healthcare organizations see the value of cloud computing choices, such as how cost-effective the cloud is and its role in value-based care, population health and patient engagement.

Of the three well-known cloud computing options -- public, private and hybrid (see "Three different cloud options") -- hybrid cloud has gained favor among some hospital CIOs.

"A lot of us ... use a hybrid approach," said Karen Clark, CIO at OrthoTennessee in Knoxville, Tenn. Along with Clark and McCallister, Indranil Ganguly, vice president and CIO at JFK Health System, and Deanna Wise, CIO and executive vice president at Dignity Health, are using a hybrid approach with the cloud.

Now is the time [for cloud computing]. ... I've been in healthcare pretty much my entire career, and this is absolutely the most transformative time. Ed McCallisterCIO, University of Pittsburgh Medical Center

UPMC is among those facilities that favor a hybrid approach. It takes applications already used within the organization that have a competitive advantage -- such as storage -- and moves them into the cloud, leaving everything else on-premises. "That's probably the most prominent approach that people would take," McCallister said.

Ganguly and JFK Health take a similar approach. Many of the applications used by JFK Health, based in Edison, N.J., also reside on a hybrid cloud setup, Ganguly said. The facility uses "a vendor partner [cloud platform], and multiple customers [are] hosted on it, but it's not our infrastructure," he explained. "We don't even set it up or own it. It's not a private cloud, but it is a restricted cloud, and so that's what we use right now for a lot of our applications. It's a software-as-a-service type [of] model, and the software is housed at the vendor side, and we're accessing it remotely."

McCallister said the hybrid cloud model is popular in healthcare right now because the cloud still represents a bit of the unknown. The hybrid cloud acts as a testbed for certain things in healthcare, he noted, adding, "Some of it is kind of toe in the water -- not knowing the cloud as well as they know the traditional environment."

Additionally, the hybrid cloud can take the pressure off IT staff, Ganguly said: "I don't have to have people focused on [hybrid], and it allows our team to focus more on the application itself and making sure the application is set up well for our users."

For many CIOs, the value of cloud computing includes cost-effectiveness, scalability and easier access to data. The cloud also offers opportunities for improved storage, big data analytics, population health, patient engagement and value-based care.

Access to data and population health. At UPMC, the cloud has outdistanced legacy systems in terms of data access, McCallister said. "The cloud allows us to ... lift the data from those many different sources that we have and actually allow access to that data in a way that's not possible when you think about the legacy systems," he said. For example, the cloud allows patients or physicians to access any data living in the cloud wherever and whenever they need it. When it comes to legacy systems, certain computers and devices need to be networked to a physical server, and access outside this network is difficult.

If you want to engage patients, you have to go where the patients are ... on [their mobile] phone. Karen ClarkCIO, OrthoTennessee

At this point, McCallister added, the value of legacy systems lies in the data they hold from both the payer and provider sides. "It's a very rich data source to get," he said.

However, the value of cloud computing can be realized here because the cloud allows easier access to all of this data. And greater access can be applied to and help with population health efforts, which refers to a movement in healthcare to analyze care data across a group of individuals and improve wellness. "If I know about you through your payer activity, through your clinical activity, through the provider activities and we can have that in a cloud with tools that reside in the cloud that are accessible to the consumer, that's where the cloud actually enables a better strategy," McCallister said.

Patient engagement and value-based care. Meanwhile, the cloud is critical to greater patient engagement, OrthoTennessee's Clark said. "If you want to engage with patients, you can't say, 'Well, why don't you drive to our office and complete this survey,' right?" she said. "If you want to engage patients, you have to go where the patients are. And where the patients are is on [their mobile] phone. So for patient engagement, that would be a cloud-necessary area."

Furthermore, "value-based care always requires patient engagement," Clark said. Value-based care is a national trend being pushed by federal regulators in which providers are no longer paid for the quantity of services they provide, but rather for the quality of patient health outcomes.

OrthoTennessee, which runs several area orthopedic clinics, is already pursuing value-based care with a patient-reported outcomes tool, Clark noted. Before surgeries, she explained, the organization surveys patients via a mobile device to see, for example, how they're doing, how bad their pain is, where the pain is and whether they're able to walk up stairs. After a surgery is completed, the organization uses this tool to continue monitoring the patient.

Big data and storage. One issue that many discuss in healthcare is dealing with the flood of data that comes from initiatives like population health and technology trends like the internet of things. "We can't do big data in the traditional way that we did with data centers," McCallister said. "You can't do traditional data center and storage strategies when you have something like genomics at the doorstep." Genomics is the science of sequencing the human genome, and there's a lot of data behind that activity -- petabytes of information each year.

"When you think about how much data we're collecting, it's enormous," said Wise of Dignity Health, which is headquarted in San Francisco. "And it's only going to get bigger with [genomics] and everything else we're doing. You need a place that you can increase that size as fast as you need to without feeling like you've got to wait until the next budget cycle."

The cloud offers such scalability. McCallister predicted that in the future, there will be very few data center companies. Instead, today's big cloud storage players that have the ability to expand "the way that we need them to expand in healthcare" will become the new norm, he said.

While many healthcare organizations use routine applications hosted in the cloud, some CIOs are now moving critical apps over to the cloud, including their electronic health records (EHRs).

Ganguly said JFK Health is currently moving its core EHR system over to a cloud platform. "So it's all going to be hosted in [the vendor's] data center, and then we're accessing from our site over the web, over the cloud," he explained.

Cost is the main reason for the move. "If I was to build the whole infrastructure in-house, there's a significant cost, and I have to refresh that cost every three, four, five years maximum," Ganguly said. "Whereas now, if it's on [the vendor's] infrastructure, they're responsible for keeping everything maintained [and] upgraded. They're refreshing the servers as needed, and it's invisible to us."

Managing and maintaining EHRs in-house, "I'd spend a couple million dollars upfront, and I'd leverage that investment over five years," he said. "Here, what I'm doing is I'm paying this contract-type model, and it's a uniform cost throughout."

Ganguly said that some IT pros will argue that this approach ultimately will break even. Others will say because of the ability to negotiate due to economies of scale, the price point is actually much better and there's the added benefit of not having to manage it.

Meanwhile, UPMC decided to go with a colocation model and partnered with a tier-three data center company, McCallister reported. "We had some aging data centers, and probably five years ago we would've built a new data center," he said. "By the time we move into the new data center, we will have retired probably close to a thousand servers in our existing data centers because of our move to the cloud."

An inside look at Practice Fusion, a cloud EHR vendor

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Heptio’s Joe Beda: Before embracing cloud computing, make sure your culture is ready – GeekWire

Heptio CTO Joe Beda

Ours is a world enamored with the possibilities unlocked by technological advances. And if we ever update our organizational thinking to account for those advances, we might actually follow through on those possibilities.

That issue is at the forefront of Joe Bedas mind these days. Beda is the co-founder of Heptio, a company that makes tools for developers interested in bringing containers into their development environment. Hes worked at large companies (he helped create Kubernetes and Google Cloud Engine at the search giant) and small (Heptio is up for Startup of the Year at Thursdays GeekWire Awards), and understands why so many companies struggle with the shift to cloud computing.

One of the big fallacies of cloud is everybody thinks if I run on AWS Ill turn into Netflix, said Beda, who is preparing a talk around these issues for our GeekWire Cloud Tech Summit in the Seattle area in June. When people move to cloud, (there are) two things: physically running in cloud and changing development practices to take advantage of cloud.

Companies born on the cloud (which Beda calls cloud native or tech-forward West Coast Silicon Valley-ish companies) often dont realize how much legacy baggage they avoided because they set up their development organizations in the modern era of computing.

For example, developers at older companies that want to provision a virtual machine for a project often have to fill out a ticket with operations and wait a week or more for approval. This is laughable in todays era: A developer at a cloud native company would look at you with astonishment after hearing such a story, but those situations are more common than we think.

DevOps is thought to be the answer to this problem, but nobody really knows what this means, Beda said, accurately describing the DevOpspitch emails in my inbox. Too often companies scrambling to implement DevOpsideas wind up in a situation where everybody is in everybody elses business, he said.

So if youre a well-intentioned CIO trying to drag your company into the 21st century, Beda has some advice. Most of the people at these big companies arent stupid, they know there has to be a better way to do this stuff, he said.

Your actual tech strategy (cloud or not) has to be reflected in your organizational strategy: changing one without changing the other is arguably worse than whatever youre doing now. We like to talk about how computers have abstracted and automated humans out of the picture, but thats not true at all.

One easy way to set up your IT organization for the cloud is to embrace microservices, the concept of breaking down an application into various pieces that can be worked on separately by small teams and later reassembled. This allows people to focus on the task at hand without having to wait for something else to get finished before starting their work.

Another tactic is to create a culture where code or applications can be reused across your infrastructure by teams working on completely separate projects. This was a lesson Beda learned at Google, where new engineers are given an orientation showing them all the common resources at their disposal.

The most important thing to remember is that for most companies, technology is an enabler of what they should be focused on: making money in their core line of business. That means giving people the tools, resources, and support to do their jobs, and understanding the business context of any new technology before plunging headlong into a new product or service.

Beda is just one of many awesome speakers planned for the Cloud Tech Summit, which will take place June 7th in Bellevue. More information is available here, where you can also register for the event.

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Amazon CEO Bezos Sells About $1 Billion in Company Stock – MSPmentor

(Bloomberg) -- Amazon.com Inc. Chief Executive Officer Jeff Bezos sold about $1 billion in company stock as part of a planned divestiture, a month after the worlds third-richest man said he spends about that amount annually on his space exploration company Blue Origin LLC.

Bezos sold 1 million shares from Tuesday to Thursday ranging in price from about $935 to $950 per share, according to a regulatory filing on Thursday.

He still owns 79.9 million shares, or about 17 percent of the company, down from 83 million shares at the end of 2015.

Amazons growing e-commerce business and profitable cloud-computing division has propelled its founding CEO up the ranks of the worlds wealthiest people, where he is now No. 3 behind Microsoft co-founder Bill Gates and Spanish entrepreneur Amancio Ortega Gaona, according to the Bloomberg Billionaires Index.

Bezos has been selling Amazon stock to invest in Blue Origin, which aims to send tourists on brief flights into suborbital space where they can experience weightlessness and get a nice view of the Earth.

His competitors in space tourism include Elon Musks Space Exploration Technologies Corp., which hopes to send tourists around the moon next year, and Richard Bransons Virgin Galactic.

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Red Hat’s New Products Centered Around Cloud Computing, Containers – Virtualization Review

Dan's Take

The company made a barrage of announcements at its recent Summit show.

Red Hat has made a number of announcements at its user group conference, Red Hat Summit. The announcements ranged from the announcement of OpenShift.io to facilitate the creation of software as a service applications, pre-built application runtimes to facilitate creation of OpenShift-based workloads, an index to help enterprises build more reliable container-based computing environments, an update to the Red Hat Gluster storage virtualization platform allowing it to be used in an AWS computing environment, and, of course, an announcement of a Red Hat/Amazon Web Services partnership.

Red Hat summarized the announcements as follows:

The announcements targeted a number of industry hot buttons, including containers, rapid application development, storage virtualization and cloud computing. As with other announcements in the recent past, the company is integrating multiple open source projects and creating commercial-grade software products designed to provide an easy-to-use, reliable and maintainable enterprise computing environment.

In previous announcements, Red Hat has pointed out that it has certified Red Hat software executing in both Microsoft Hyper-V and Azure cloud computing environments. So, the company can claim to support a broad portfolio of enterprise computing environments.

These announcements will be of the most interest to large enterprises since they are the ones most likely to adopt these products. These tools might be used by independent software vendors (ISVs) to create IT solutions for smaller firms as well, leading to potential impact on some small to medium size business.

About the Author

Daniel Kusnetzky, a reformed software engineer and product manager, founded Kusnetzky Group LLC in 2006. He's literally written the book on virtualization and often comments on cloud computing, mobility and systems software. He has been a business unit manager at a hardware company and head of corporate marketing and strategy at a software company.

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Cloud-native vendor consolidation key to container technology adoption – TheServerSide.com

As the enterprise Java space matured around the turn of the century, vendor consolidation quickly reduced the number of viable application server offerings. Stalwarts like JRun and Borland's Enterprise Server quickly became pass, and other application server providers were either bought or were overshadowed by the IBM WebSphere and BEA WebLogic offerings. Vendor consolidation in the Java EE space reduced the number of offerings to just two or three big vendors, with a couple of competitive open source offerings thrown in for good measure.

Software engineers are approaching development and enterprise design in an entirely new way, thanks to the cloud. In this expert handbook, explore how your peers are leveraging the cloud to streamline app lifecycle management, save money, and make production and security more efficient.

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Today, almost 20 years later, the age of the server-side application server is said to be dead, if not, slowly dying. We are now living in a new age of stateless microservices writing to NoSQL databases, deployed into Docker containers that are hosted on virtual machines whose hypervisors are provisioned by pay-as-you-go clock cycles in the cloud. It's a brave new world, but it's a fragmented world as well, not dissimilar to the way things were when the enterprise Java specification was originally released.

Every evangelist with enough strength to stand atop a soap box is preaching the benefits of migrating to container-hosted microservices. Unfortunately, stepping through an online tutorial on how to create a Java-based microservice andsubsequently run it in Docker is merely a fun first step. Production-ready microservices that are deployed into a set of individual containers require quite a bit of plumbing if an enterprise expects to do cloud-native computing right.

First and foremost, there's the challenge of doing dynamic container orchestration. For reliability and stability, a cloud-native application needs monitoring and alerting. Troubleshooting becomes more complex when using the cloud, containers and hypervisors, because code can be running in any number of hosting environments, and those environments are scattered across the globe. For the same reasons, distributed tracing becomes a challenge, too. Service discovery, authenticating remote procedure calls (RPC) and the provisioning of container runtimes are just a few more of the challenges with which organizations who throw away their application servers in favor of a purely cloud-native future must grapple.

Fortunately, these early adopters of the cloud-native, container-based approach are not scrambling through some unknown wilderness alone. The challenges associated with cloud-native computing are well known, and ways to address those challenges are becoming increasingly well defined. The Cloud Native Computing Foundation (CNCF) hosts nine open source projects under their umbrella, each of which tackles a unique subset of challenges that organizations planning to deploy containers and microservices at scale might face, including:

As you can see, those who are going cloud-native are in very good company, with plenty of intellectual firepower helping them secure their beachhead based on microservices and containers.

There is nothing bad that can be said about any of these projects. However, it is difficult for even advocates to deny that when all of these projects are listed together, it becomes very intimidating to the middle manager who has to make important technology decisions. And it should be noted that this is simply the listing of projects that full under the purview of the CNCF. There are innumerable competitors in each of these spaces, whether they are separate open source projects, proprietary implementations or simply vendors building customized products on top of these aforementioned projects.

Technology aficionados love this type of disruptive, Wild West-type environment where multiple answers arise to each new problem that is encountered. But decision-makers hate it. This is why the future of this space is vendor consolidation.

Currently, making a cloud-based, container-backed, microservices environment work means choosing from many technologies. The big vendors in this space are looking at ways of hiding the names of the various projects that make cloud-native computing happen and, instead, blanketing those names with a well-established brand and logo. Decision-makers don't want no-name offerings, as they tend to create a great deal of uncertainty and risk. Instead, they want to simply be able to choose between Oracle and Red Hat, or between Microsoft and IBM.

Red Hat is certainly leading the way in helping to make the decision process easier with their OpenShift platform, as is Pivotal with their Cloud Foundry offering, but there are far too many competitors in this field, and too many subsegments to assert that any single one is leading the charge. Organizations like the CNCF, and vendors like Pivotal, will work hard to move the industry forward, but in the background, the big players like IBM, Oracle and Microsoft are looking to acquire a variety of technologies to produce a single offering that makes deployment easy, centralizes application management, boasts DevOps integration and provides high-level governance and policy enforcement. And what's funny is that this final offering will end up looking very much like what we've always known as a traditional, server-side application server. So much for those who prognosticated the enterprise application server's demise.

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Keys to the Kingdom – Identity Week (blog)

Guest Post by Richard Pettit, Developer, Lieberman Software Corporation With the proliferation of Linux servers in the cloud comes the equally fast spread of SSH for connection to these cloud servers. SSH is not just a Secure SHell for connecting over the network. It is also a key and lock system for connecting to servers without the legacy login / password pair credentials that Linux and Unix users have used for years. And in many cloud environments, it is the only way to connect to these servers.

These keys and locks are the private and public keys that SSH uses for credentials. The private key is the key to the lock that is the public key. The public key can be derived from the private key. But the private key cannot be derived from the public key. The public key can be distributed openly. But the private key must remain closely held since it is the SSH equivalent of the password.

With users in possession of these private keys, which like passwords are not something you share with others, it is important to secure them to prevent access by attackers and other threats. It is also important to be able to rotate these keys, i.e. generate new keys to replace the old keys, especially for the privileged identities on these servers.

Whether key rotation is done on a periodic basis in line with policy from the CISO or in the event of a breach, having a system in place that will perform the task on a schedule or that can be used to react quickly to secure the guest is paramount. And, having this key rotation technology as part of the existing Privileged Identity Management (PIM) system makes the task of managing those identities all that simpler.

The crux of public / private key credentials is that the server has the public key and the client brings the private key to demonstrate that it is the legitimate privileged identity. The server can possess the public key. The private key can be held securely by the client and only taken out when connecting to the server.

It is common that the private keys are also stored on the server. But in the case of privileged identities, it is a security issue if a hacker can gain access to the private key. A PIM solution that stores the private key securely and only uses it when connecting to the guest adds another layer of security. And it removes an attack vector by eliminating the private key from the server.

As cryptography evolves, so do the cryptographic algorithms. Managing keys that use algorithms that have been defeated and sent out to the security pasture by the NSA or NIST is an important part of the PIM solution. Such keys must be upgraded either with keys of the same algorithm, but with larger bit length numbers (Ill skip the terminology), or with keys of a newer, more secure algorithm.

Identification of these old, insecure keys is an important part of a PIM solution.

Management of keys is not just a matter of rotating an existing key. It also includes upgrading keys to newer, more secure algorithms, discovering keys on servers, identifying insecure keys, retiring keys, creating new keys and propagating them to new servers. These capabilities and more are necessary to maintain proper ongoing security of Linux-based cloud servers. And that keeps the keys to the IT kingdom safe.

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Discover the world cloud servers market – WhaTech

Details WhaTech Channel: IT Market Research Published: 04 May 2017 Submitted by RNR Market Research. WhaTech Agency News from ReportsnReports - Industry Trends & Forecasts Viewed: 2 times

This market research report offers a complete breakdown of the global Cloud Servers market through exhaustive information on industry-authenticated market data, facts, statistics, and insights. An apt set of approaches and suppositions in the report back the market forecasts.

The report scrutinizes the market by an exhaustive analysis on market dynamics, market size, current trends, issues, challenges, competition analysis, and companies involved.

Complete report on Cloud Servers market spread across 105 pages, profiling 08 companies and supported with tables and figures is now available atwww.reportsnreports.com/contacts/938162

The report provides a basic overview of the industry including definitions, classifications, applications and industry chain structure.

Development policies and plans are discussed as well as manufacturing processes and cost structures are also analyzed. This report also states import/export consumption, cost, price, revenue and gross margins.

Key Manufacturers Analysis of Cloud Servers Market: Dell, HP, IBM, Oracle, Cisco, Fujitsu, Hitachi and NEC.

With tables and figures the report provides key statistics on the state of the industry and is a valuable source of guidance and direction for companies and individuals interested in the market.

Report:www.reportsnreports.com/938162

The report includes exceptional analysis and investment information across different countries and regions, along with various specific market trends. New project investment feasibility analysis, new project SWOT analysis, and contact information of industry chain suppliers is given out in the report for the clients assistance.

The market analysis in the global Cloud Servers report is tailor-made so as to find evolving trends and areas with high growth prospective within the industry.

...

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Cloud Hosting and IaaS (Infrastructure as a Service)

Atlantic Metro delivers enterprise-grade private and hybrid cloud hosting services, with highly-qualified engineers providing support 24/7/365. We service our customers withexpert technical support based in the USA through telephone, email, and online chat. We deliver the support, architecture and deployment framework to make your cloud hosting a successful investment. Atlantic Metro simplifies cloud hosting for its customers so they can experience the wide array of benefits from cloud hosting.

As an Infrastructure as a Service (IaaS) provider, Atlantic Metro helps your business thrive by providing you with the utmost flexibility without fork-lift upgrades and unpredictable back-end costs. Our customers benefit from a fully orchestrated technology platform that supports dynamic provisioning for future business growth.

Atlantic Metros IaaS solution provides scalable infrastructure for the deployment of applications and storage of data. Built withaward-winning technology platforms like VMware, NetApp and Tintri, whichallows us to deliveran unprecedented level of reliability, scalability, and security.

Cloud Hosting, as defined by many, refers to the on-demand delivery of information technology resources and software applications via the Internet.

With cloud hosting, you wont need to make large upfront investments in hardware, data center space,utilities, and resources required tomanage that infrastructure.

You can provision the right type and size of cloud hosting resources your company needs to operate your business or pilot your newest idea, and you can access as many cloud computing resources as you need, almost instantly.

For many startup companies, having access to scalable resources provides access to growth that was never available before. Cloud Hosting also enables companies of all sizes to redesign their business processes for performance and scale or enables them to bring new products and services to market quickly.

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IBM Acquires Verizon’s Cloud and Hosting Business – Server Watch

For a time, Verizon's corporate strategy involved becoming a major player in the data center and cloud hosting markets. That strategy is no longer in place in 2017.

Verizon announced today that it has entered into an agreement with IBM to sell its cloud and managed hosting services. Financial terms of the deal have not yet been publicly disclosed, and the deal is currently scheduled to close later this year.

"This is a unique cooperation between two tech leaders to support global organizations as they look to fully realize the benefits of their cloud computing investments," George Fischer, SVP and Group President, Verizon Enterprise Solutions, wrote in a statement.

"It is the latest development in an ongoing IT strategy aimed at allowing us to focus on helping our customers securely and reliably connect to their cloud resources and utilize cloud-enabled applications," continued Fischer.

"Our goal is to become one of the world's leading managed services providers enabled by an ecosystem of best-in-class technology solutions from Verizon and a network of other leading providers," Fischer added.

The sale of the cloud and hosting business comes in the same week Verizon officially completed the sale of 29 data centers to Equinix for $3.6 billion, which was a deal first announced in December 2016.

Verizon began to aggressively expand its data center and managed hosting footprint back in January 2011 with the $1.4 billion acquisition of Terremark. In 2012, Verizon was busy expanding Terremark's cloud capabilities as demand grew.

Ultimately, however, Verizon did not manage to achieve the levels of profitability and scale needed to compete in the cloud market, which is why the company is now shedding its cloud hosting assets.

IBM on the other has been growing its cloud business, which continues to be a major source of growth for the company overall. On April 26th, IBM announced it was opening four new data centers to deal with an explosion of demand for cloud infrastructure.

In IBM's first quarter fiscal 2017 financial results, which were reported on April 18th, IBM reported it has generated $14.6 billion in cloud revenue over the last 12 months.

Sean Michael Kerner is a senior editor at ServerWatch and InternetNews.com. Follow him on Twitter @TechJournalist.

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