Category Archives: Cloud Servers

Microsoft Cloud Tests ARM Processors for its Servers – Read IT Quik

Microsoft is eyeing ARM for its low-power chips, testing it for its Azure servers. This is seen as a step toward being price-competitive, since ARM chips are known to be highly energy-efficient. ARM chips are not being tested for customer-facing cloud services, but for internal purposes such as initiatives around machine learning, big data analytics and general storage. This move is sure to open up new challenges for current chip leader, Intel.

According to Jason Zander, vice president of Microsoft's Azure cloud division, a significant commitment to ARM as a partner in chip making will follow through. In fact, Microsoft has worked with Qualcomm and Cavium to develop a new version of its Windows operating system, specifically designed for servers with ARM processors.

The IT giant is also expected to develop a new cloud server design customized to ARM, and is roping in new partners and capabilities for the same. This speaks volumes about the kind of commitment one can expect from Microsoft towards ARM. At present the testing is in the preliminary stage and Microsoft is not looking at deploying it in customer-facing networks at the moment, but is focussing on allied areas such as storage, search, machine learning and big data analytics. Microsoft may soon announce details at the Open Compute Project Summit.

Intel has long been the dominant player in the server chip market, and continues to do so to even today. However, this may soon be a thing of the past. ARM plays on the price point; its server chips are known to be extremely power-efficient. They also offer more choice in terms of vendors. Traditionally known mainly for its mobile processors, ARM soon encroached upon Intels battlefield of supercomputing. In fact, ARM had developed a new chip architecture specifically for supercomputing applications.

Fujitsu was one of its first ARM customers and they planned on using these new ARM chips to make a new supercomputer called Project K. ARMs shift from mobile to mainstream was soon emboldened with ARM being acquired by SoftBank last year and investments in new processor genres turned more aggressive. Going by the flow, ARM will soon deal a hefty blow to Intel and we may soon see a takeover of Intels leadership position in the market.

Intel has been trying to stay ahead by bringing on innovative research in the fields of quantum technologies and optical computing hardware. The wait to see who wins this round between the Intel-ARM face-off will be interesting.

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Microsoft Cloud Tests ARM Processors for its Servers - Read IT Quik

OVH and Accelize Partner to Deliver FPGA Acceleration-as-a-Service through OVH RunAbove Lab – Yahoo Finance

PARIS--(BUSINESS WIRE)--

OVH and Accelize today announced that they have entered into a partnership to better enable OVHs cloud customers to leverage the processing capabilities of FPGAs in the form of FPGA Acceleration-as-a-Service.

OVH first launched its FPGA server offering in summer 2016 as part of the RunAbove Lab, enabling users to evaluate FPGA capabilities by renting a dedicated FPGA Server where they can program and test their own FPGA designs. The partnership with Accelize now enables OVH users to operate pre-built FPGA accelerators on the RunAbove FPGA servers. These users can also customize these accelerators or create new ones, using the QuickPlay/QuickStore solution from Accelize, regardless of their FPGA expertise.

We see 2017 as the year of the FPGA in data centers, and we know that many of our customers are interested in these devices and the acceleration capability they bring, said Germain Masse, technical director for OVH. However, we also know from experience that developing FPGA accelerators is a challenging task for many who would like to use them. Accelizes offering addresses this perfectly with a complete, high-level tool flow for development plus an ecosystem of experienced developers who can offer pre-built accelerators to our customers.

Accelize provides the pre-built accelerators for the RunAbove cloud server in cooperation with its QuickAlliance ecosystem partners. The current partnersCAST Inc., Barco Silex, and Logic Fruitprovide the hardware libraries (IP blocks) needed to create these ready-to-use accelerators that are ideal for data centers, including GZIP Compression, GUNZIP decompression, and AES Encryption. RunAbove users can easily launch these FPGA accelerators to immediately evaluate the benefits of FPGA Acceleration. Additional accelerators developed by new QuickAlliance partners will be available shortly.

Developers who have the application knowledge but not necessarily the FPGA expertise can now create efficient and tailored FPGA Accelerators by seamlessly combining proven design library functions (IP blocks) from a growing catalog of third party providers with their own specific logic functions defined using C/C++ code. They can in turn offer their newly developed accelerators for sale on the QuickStore marketplace with a business model that matches the Cloud computing as-a-Service model.

This exciting joint offering goes beyond FPGA evaluation to actually put custom FPGA development within reach of many more OVH customers, said Jean-Yves Brena, COO at Accelize. It also paves the way for how FPGAs will be used effectively in the Cloud, with a pool of FPGA accelerator developers creating and maintaining a large selection of ready-to-use accelerators that Cloud Service providers such as OVH can sell as a service.

Cloud users seeking to evaluate FPGA acceleration can rent a so-equipped FPGA Server from OVH RunAbove and immediately evaluate the pre-built accelerators loaded on that server. They can then implement and test their own FPGA accelerator ideas by getting a QuickPlay subscription and using its complete, end-to-end, software defined tool flow to target the FPGA server, all without having any prior FPGA design expertise.

IP providers and accelerator developers looking to make their products available in a Cloud computing environment should contact Accelize and join the QuickAlliance program.

For more information about the joint OVH-Accelize offering please go to: https://www.accelize.com/ovh-runabove

For more information about the FPGA Server accessible through RunAbove go to: https://www.runabove.com/labs/FPGAAccelize

About OVH

Founded in 1999, the OVH group innovates at the heart of the Internet, data centers (260,000 physical servers) and network (more than 10 Gbps bandwith capacity). As a result, today it is a major player in the European cloud market. Through its brands, OVH.com, So you start, RunAbove, and hubiC, the OVH group offers tools and solutions that are simple yet powerful, revolutionizing the way its 1,000,0000 worldwide customers work. Its credo is technology must serve business. Respect for the individual, freedom, and equal opportunity to access new technologies have always been and will be strong commitments of the company.

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About Accelize

Spinoff of 20-year-old PLDA Group, Accelize aims to accelerate the adoption of FPGA-based reconfigurable hardware in IT infrastructures by streamlining the development and sale of FPGA accelerators with a unique, intuitive FPGA development flow and a business model that aligns with Could / data center needs. Its primary offerings, QuickPlay and QuickStore, are the result of years of research in the field of High-Level Design (HLD) and High-Level Synthesis (HLS) combined with the strong expertise in FPGA hardware and IP design. See http://www.accelize.com and follow @accelize on Twitter for more information.

Accelize, QuickPlay, and QuickStore are trademarks of PLDA Group.

RunAbove is a trademark of OVH.

View source version on businesswire.com: http://www.businesswire.com/news/home/20170314006040/en/

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OVH and Accelize Partner to Deliver FPGA Acceleration-as-a-Service through OVH RunAbove Lab - Yahoo Finance

FCC Investigates AT&T Wireless 911 Outage – eWeek

DAILY VIDEO: FCC seeking answers about AT&T's wireless 911 outage on March 8; Microsoft says it Will use ARM chips in new cloud servers; Microsoft previews developer-friendlier Visual Studio Team Services; and there's more.

DAILY BRIEFING: CA's Veracode deal not a sign of DevOps consolidation, analyst argues; Microsoft...

DAILY VIDEO: CA Technologies acquires Veracode for $614M to enable secure DevOps; IBM Watson,...

DAILY VIDEO: IBM expands quantum computing efforts; Researchers find 132 malware-infected...

DAILY VIDEO: Google volunteer team patches thousands of open-source projects; Google makes progress...

DAILY VIDEO: Yahoo CEO Mayer Will Forgo Bonuses Due to Security Lapses; AWS Outage Demonstrates Need...

DAILY VIDEO: More mobile carriers, manufacturers commit to Google RCS Messaging app; Red Hat updates...

DAILY VIDEO: Service Interruption Hits AWS's S3 Facility in Northern Virginia; SpaceX Targets 2018...

DAILY VIDEO: SAP goes all in with new public cloud platform, iOS dev tools; Amazon, Lenovo Motorola...

DAILY VIDEO: Apple trying to permanently resolve iPhone 6 and 7 battery faults; Researchers from...

DAILY VIDEO: Apple's futuristic new HQ Set to open doors in April; UPS tests delivery trucks equipped...

Read more about the stories in today's news:

Todays topics include the Federal Communications Commissions demand for an investigation on AT&Ts 911 outage on March 8, Microsofts announcement it will use ARM chips in new cloud servers, Microsofts developer friendly Visual Studio Team Services and TidalScales new server offering 'Inverse Virtualization.'

The FCC is investigating an AT&T 911 service outage which affected wireless customers across wide areas of the United States for several hours on March 8.

AT&T confirmed the 911 outage for some wireless customers in an email reply to an inquiry from eWEEK, but did not release full details of what happened, how many customers or what areas of the country were affected by the outage.

FCC Chairman Ajit Pai has directed his staff to find out what caused the 911 service outage for AT&T wireless customers and provide a full report. A story by The New York Times reported that the service outage affected AT&T customers in at least 14 states and Washington, D.C.

Microsoft said March 8 that for the first time, it has decided to start using chips based on ARM Holdings designs in the hundreds of thousands of servers that run its cloud services.

This isn't exactly welcome news for Intel, Microsofts longtime partner and a leader in the data-center processors market. Because ARM processors use less power than Intel's, Microsoft is seeking to cut costs in its fast-growing Azure cloud business.

Microsoft has more than 100 data centers in 38 regions around the world where it could use the new cloud servers, which are based on a design called Project Olympus and powered by ARM-based chips.

Microsoft previewed some of the upcoming features coming to Visual Studio Team Services, its cloud-based source code management offering.

Visual Studio 2017 reached the long-anticipated general availability milestone March 7, along with the first major update for Visual Studio Team Foundation Server 2017.

Microsoft is also teasing some of the features coming up in Visual Studio Team Services, the cloud-based component formally known as Visual Studio Online.

Among the new features that Microsoft has in the works for team services are conditional tasks, multi-phase builds and shared variables, according to corporate vice president Brian Harry.

A little-known startup called TidalScale may well have come up with the biggest advance in servers since VMware's virtualization of the Intel IA-32 platform 18 years ago. TidalScale is doing something it calls "inverse virtualization."

Instead of taking a standard server and slicing it up into smaller pieces for individual applications, TidalScale aggregates computing power from various commodity-type boxes from within a system and corrals it all into a single computing ocean of DRAM computing power. TidalScale already has several units in daily production whose owners say it works very well.

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FCC Investigates AT&T Wireless 911 Outage - eWeek

Plex Cloud moves your media collection to Dropbox, OneDrive, and Google Drive – Android Police

I have been a happy Plex user for a few months now.I love being able to store my high-quality Blu-ray rips (from movies I own) locally, since I unfortunately have to deal with Comcast's 1TB bandwidth cap.But not everyone has an always-on PC that can transcode video fast enough for streaming at higher resolutions, and most of Plex's approved devices are pricey. Now Plex has announced Plex Cloud, a way to keep your media collection without the need for a local server.

Plex Cloud is a new feature for Plex Pass subscribers, which allows users to store media content in cloud storage instead of a local server. All you have to do is connect your Google Drive, Dropbox, or OneDrive accountand Plex will do the rest. This has the obvious advantage of relying on established cloud providers to host all your content, and you don't have to worry about your home's internet connection while streaming outside your network.

I don't think many people already using Plex Media Server will switch to Plex Cloud, but it's a great option for someone just starting their own media collection. You can find Plex's blog post about the feature at the source link below.

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Plex Cloud moves your media collection to Dropbox, OneDrive, and Google Drive - Android Police

Microsoft’s New Cloud Server to Use ARM Chips – Investopedia


eWeek
Microsoft's New Cloud Server to Use ARM Chips
Investopedia
Aiming to end Intel Corp.'s (INTC) dominance in the cloud server semiconductor market, Microsoft Corp. (MSFT) is teaming up with mobile chipmaker Qualcomm Corp. (QCOM) to begin using chips developed by ARM Holdings in its servers. In an interview ...
Microsoft Says It Will Use ARM Chips in New Cloud ServerseWeek
Microsoft Corporation (NASDAQ:MSFT) Picks ARM Chips For Its Cloud ServersMarket Exclusive
Microsoft plans to use ARM chips in new cloud server design with Project OlympusOnMSFT (blog)
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Microsoft's New Cloud Server to Use ARM Chips - Investopedia

Will the cloud go serverless? – ZDNet

Since the dawn of cloud computing, one theme has been a constant: the idea that demand can be dynamic and elastic, that you pay only for the resources you use, and that the service is delivered on demand. But does cloud computing today live up to that promise? Recent developments show that there may be a different way to satisfy that expectation.

Serverless computing exposed

Going back to basics, unless you are buying off-the-shelf commercial software services, cloud computing has always required the buyer to size and specify a server - CPU, RAM, storage, and so on. But there are times when this is not appropriate, with some observers going as far as describing the idea of having to think in terms of servers - even if they are virtual - as a left-over artifact of traditional datacentres.

Serverless cloud computing is, of course, not serverless at all. But from the enterprise point of view, it removes the need to specify servers before developing and posting code into the cloud. Instead, you can write a function directly into a cloud provider's portal, while provider's back end systems deal with managing resources needed by the function: this is not your concern from an operational perspective.

This then allows the developer to concentrate on the delivering the service, rather than on the delivery mechanism. You can create units of code - functions - which can be scheduled or triggered by external events, used together with code to provide microservices as part of a web application, or completely standalone - serverless.

Billing

Typically, this model allows you to scale based on demand, so you pay only for the resources your function consumes, usually an abstract measure of the resources required to satisfy the request rather than per virtual machine, per hour, regardless of how much actual work the VM is performing.

For example, one cloud provider charges for resource consumption in gigabyte-seconds, computed as a combination of memory size and execution time.

Pros and cons

The issue with renting a cloud server as a VM is that it will normally need to be configured for a particular task, which in turn requires a degree of certainty about the type and volume of work it will asked to perform. If there is less work to do than expected, you still need to pay the rent. Serverless computing avoids all that, and there is no need you to consider issues such as scaling in the event of peaks and troughs or multi-threading. You never have to pay for an idle VM.

That said, this model is not suited to all - maybe most - loads. Serverless functions, especially large ones, may be more sensitive to timeouts as a result of dependencies on external events, resulting in higher latency and poor performance from an end user perspective. Resources may also not be limitless, as they are often assumed to be in a more traditional cloud model. It may also be more difficult to debug such functions due to more limited visibility.

Quocirca analyst Clive Longbottom points out that "attempting to run a full-function application in this manner would not work well. The live time and amount of base resource required would be too high, and the costs involved would be horrendous and unpredictable."[1]

On the other hand, an event-driven application may be more suitable, an example being a surveillance system that detects movement from a networked camera could be set to upload a video to a cloud storage system. According to Longbottom: "The act of transferring that video from the camera to the cloud could trigger an analysis algorithm [running in a function] within a serverless environment."[2]

Summary

Serverless computing is still in its infancy, and can be expected to develop over time. All the major cloud providers offer serverless cloud computing, with some still expanding their basic services, such as debugging. And new applications will doubtless be imagined for this new environment.

Could 2017 be the year of serverless computing? Let's find out!

[1] Clive Longbottom, Quocirca, in Computing: How serverless computing could help enterprises cut cloud complexity. http://www.computerweekly.com/opinion/How-serverless-computing-could-help-enterprises-cut-cloud-complexity

[2] ibid.

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Will the cloud go serverless? - ZDNet

Google Courts Enterprise For Cloud Platform – The Next Platform

March 10, 2017 Jeffrey Burt

Google has always been a company that thinks big. After all, its mission since Day One was to organize and make accessible all of the worlds information.

The company is going to have to take that same expansive and aggressive approach as it looks to grow in a highly competitive public cloud market that includes a dominant player (Amazon Web Services) and a host of other vendors, including Microsoft, IBM, and Oracle. Thats going to mean expanding its customer base beyond smaller businesses and startups and convincing larger enterprises to store their data and run their workloads on its ever-growing infrastructure.

At its Google Next confab this week in San Francisco, Google officials took that to heart, emphasizing throughout the two-day event that despite its reputation as primarily a consumer company, Google Cloud is a business platform.

The search engine giant put a spotlight on such customers as Verizon, Colgate-Palmolive, and Home Depot, partnerships with such enterprise-focused tech firms as SAP, Intel, Rackspace Hosting, and Pivotal, expanded capabilities around everything from security and data preparation to, as we have noted, machine learning. Google also introduced new pricing models and said it was growing the number of datacenters around the world supporting Cloud Platform.

During their keynote addresses, Diane Greene, senior vice president of Googles cloud efforts, and Urs Hlzle, the companys senior vice president for cloud infrastructure, argued that Googles infrastructure was more robust and reliable than its larger competitors (an allusion to Amazons recent S3 outage), and Eric Schmidt, executive chairman of Googles parent company, Alphabet, made the big pitch, telling businesses and developers at the show about the tens of billions of dollars the company has spent over the past three years to build up its infrastructure, saying it is ready to take on their needs.

Weve put $30 billion into this platform, Schmidt said. Why try to replicate that? Were here for real. This is an incredibly serious mission. The company has got both the money, the means, and the commitment to pull of a new platform of computation globally for everyone who needs it. Please dont attempt to duplicate this. You have better uses of your money.

Google will need all the business customers it can get if it hopes to gain ground on Amazon Web Services (AWS). According to the Synergy Research Group, AWS continues to hold 40 percent of the public cloud services market. By comparison, the next three contenders Microsoft, Google, and IBM have 23 percent, and while that percentage is growing by 5 percent between the fourth quarter of 2015 and Q4 2016 the growth is coming at the expense of smaller vendors. The market share of AWS remained unchanged during the year.

Among the efforts underway at Google is rapidly expanding the number of cloud data centers around the world. According to Hlzle, the company is adding three new facilities to its lineup in California, Canada and the Netherlands by the end of the year, bringing the total number of what Hlzle called availability regions to 17 and the number of availability zones to 50. The number of data centers (AWS has 16 regions, while Microsoft has 34 with Azure, and both are adding new sites) for cloud service providers is important not only for bringing the infrastructure and services closer to the business customer, but also for backup and disaster recovery. In addition, it ensures that the provider is complying with local regulations around data storage and transmission, security, and privacy.

Google also is targeting enterprises by talking about costs. According to Hlzle, businesses using other cloud service providers waste a lot of money by signing onto three-year leases to get the best pricing, but at the expense of being forced into fixed configurations that have to be paid for even if not all of the resources are used. Cloud Platform unveiled the beta of what he called committed-use discounts, a new pricing option for virtual machines. To get the discounts of up to 57 percent, businesses have to agree to one- or three-year commitments, but during that time, they have wide flexibility in the number of cores, amount of memory, and sizes of VMs they want.

GCP and only GCP is a truly elastic cloud, Hlzle said. You only buy what you need, you only pay for it when you actually you use it, you get automatic discounts when you use it for extended periods of time, and we even alert you when you appear to be wasting resources.

Company officials stressed that Google would rely on partnerships with top-tier tech vendors to help build out the cloud infrastructure and grow the services available to business customers. Intel has been optimizing its chips for Google for more than a decade, and in November expanded the partnership to enable the two companies to target the public cloud arena. Its a partnership that makes a sense for both. For Intel, hyperscale vendors like Facebook, Amazon, Baidu, Tencent, Microsoft, and Google are becoming key buyers of servers and other datacenter hardware and are looking at solutions that can give them the right balance of performance and power and cost efficiency. In terms of chips, that also means finding alternatives to Intels X86 processors as a way of driving competition to gain better pricing and innovation. That means not only using Intel Xeon processors, but also looking into options such as GPU accelerators from Nvidia and AMD, ARM systems-on-a-chip (Microsoft this week announced plans to use ARM chips from Qualcomm in servers running in its Azure cloud) and IBMs Power architecture (Google and Rackspace are collaborating on Zaius, a server based on IBMs Power9 processor).

At Google Next, Google and Intel touted that Google would be the first cloud provider to offer Intels upcoming 14 nanometer Skylake Xeon processors to its customers, a move that was first announced by Hlzle last month. Google will incorporate the new Xeons in cloud servers in five regions including parts of the United States, Western Europe, and Eastern Asia Pacific ahead of rivals and before traditional server OEMs like Dell and Hewlett Packard Enterprise. In a blog post in February, Hlzle noted that Skylake includes Intel Advanced Vector Extensions (AVX-512), which make it ideal for scientific modeling, genomic research, 3D rendering, data analytics and engineering simulations. When compared to previous generations, Skylakes AVX-512 doubles the floating-point performance for the heaviest calculations.

Another key partnership is with enterprise applications vendor SAP. The companies announced that SAP will provide SAP HANA, its in-memory database and analytics engine, on Googles cloud, an important step for Google as it looks to highlight large enterprises as both customers and partners on its GCP. SAP has been pushing customers to embrace the cloud the software maker runs its own cloud datacenters and GCP represents a step into the public cloud arena through a partner. SAP also is offering a developer edition of SAP HANA on GCP, and Bernd Leukert, head of technology and innovation for SAP, said the two companies are partnering together on efforts around machine learning that will be announced at SAPs user conference in May.

During the show, Google Cloud officials also touted other large enterprise customers, including Verizon and its plans to migrate 115,000 employees to Googles G Suite of cloud applications and Colgate-Palmolive, which moved 28,000 employees to G Suite last year. Other big customers noted were Home Depot, eBay, and Disney, proof points for GCP officials that their cloud infrastructure is ready for large enterprise workloads.

Security has always been a key concern of businesses as they consider moving workloads and data to the cloud. However, those concerns in recent years have eased as cloud service providers have built up their security capabilities. Google officials put a focus in that area as well, with innovations around both its hardware and its APIs. On the hardware side, the company introduced Titan, a low-power microcontroller built into Googles cloud servers that creates a security identify for the hardware and creates a root of trust between them and peripherals. Other security features an API to root out and protect sensitive data, software for managing symmetric encryption keys without a hardware security module and a way to use security keys for two-step authentication.

Google also wants to lure Windows customers and developers to its cloud. The company already has made steps in that direction by offering support for ASP.NET applications and pre-configured images on the Google Compute Engine for Microsoft SQL Server Enterprise. Now Google Cloud officials have created a Windows partner program that is designed to encourage and help enterprises migrate their Windows environments to GCP from their on-premises data centers or other cloud providers. In addition, Google officials said SQL Server Enterprise is now generally available on the Google cloud and introduced a beta of .NET for Googles App Engine and Container Engine.

Categories: Cloud, Compute, Enterprise

Tags: Cloud Platform, Google, Intel, Skylake, Xeon

Windows Server Comes To ARM Chips, But Only For Azure

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Google Courts Enterprise For Cloud Platform - The Next Platform

Plex launches Cloud-based media servers for your mp3 and video collection – The INQUIRER

PLEX HAS announced the full launch of its Cloud Server offering.

The popular multi-platform streaming server, which is used to send content from computers and NAS drives in a Netflix-style joined up library is baked in to several popular devices including WD's MyPassport Wireless range and NVIDIA's Shield TV console. It also has clients and players for everything from Blackberry to Chromecast.

The new edition which has been beta testing for some time allows users to add a server of content from Google Drive, Dropbox, OneDrive and Amazon storage, meaning that users no longer have to have a direct connection to their home to get the benefits.

Plex said, "The amount of technology behind this launch is quite awesome. It's definitely not a trivial thing to take the best media server on the planet and make it work seamlessly as a scalable cloud service, load-balanced and clustered across multiple geographic regions."

"It's been an incredible ride these last few months, with the Cloud team working across four continents to get things finalised for our public launch. Plex Cloud is the easiest way to get started with your own Plex server in seconds, and given the response we've seen (and the massive pool of people requesting invites to our beta program), we're thrilled to announce that all Plex Pass users can now take advantage of this amazing service."

PlexPass is the premium version of Plex, which offers enhanced features including streaming channels and a recently launched PVR (think Sky+) using HDHomerun, a popular DVB to IP tuner. It also acts as an optional beta programme for the adventurous. Although it is available as a subscription, it can also be bought on a lifetime licence for a very reasonable (we think) price. A free, more limited version is also available.

Some might see the addition of cloud to the Plex server as a slight contradiction, given that a lot of users choose it as a way of avoiding streaming services and centralised cloud storage, but for others who prefer to "own" their digital content, this could prove the missing link between on-premise and streaming they've been waiting for.

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Plex launches Cloud-based media servers for your mp3 and video collection - The INQUIRER

Google dangles bundle of cloud goodies to lure biz devs away from AWS – The Register

Google Next '17 Google has rolled out a slew of new additions to its Cloud platform, including public release of the Cloud Functions serverless code set.

The real-life Hooli says that it hopes the new features and services strike a chord with developers and companies hoping to migrate from on-prem systems.

Part of the news is the move of Cloud Functions into public beta. Announced last year, the serverless code platform allows users to set rules or alerts that can then be automatically triggered. The Google counterpart to Amazon Web Services' Lambda, Cloud Functions looks to be particularly useful for mobile apps and for delivering alerts.

Also targeting developers is an expansion of support on App Engine. The bring-your-own-code cloud service now supports code from .NET Core and PHP 7.1, in addition to Ruby, Python, Node.js, Java8 and Go.

On the security side, Google is now offering tools to help companies automatically spot and censor personally identifiable information. The Cloud Dataprep tool allows companies to set rules for what information (such as credit card or social security numbers) they wish to filter out, then automatically detect and redact that information before the records are uploaded and queried. Google Cloud is also adding tools that allow administrators to manage and enforce the use of security keys directly in applications without the need for additional services.

The Cloud servers themselves have also gotten an update. Google says it has begun running servers powered by Intel's Skylake processor and VM instances now max out at 64 cores and 416GB of memory, with plans to add more cores and 1TB RAM capacity later this year.

Google is also looking to expand its BigQuery service, adding integration with YouTube, AdWords, and DoubleClick accounts. This will allow companies to import and query data from all three services when they make their marketing plans.

Urs Holzle, Google senior VP for technical infrastructure, said the Chocolate Factory has sunk more than $30bn into building Cloud over the past three years. That investment includes an expansion to 11 regions housing 50 individual zones for hosting Cloud VMs. In the coming year, Google says it will be opening new regions in Sydney and London, with plans also underway for facilities in the Netherlands, Canada, and California.

The additions are part of Google's ongoing effort to win over companies that are not yet committed to the likes of AWS, or that might be disgruntled enough with Bezos' Bunch to defect. The Chocolate Factory is painting itself as the more flexible cloud carrier, touting features like customizable VMs and plans that don't carry a long-term requirement (though Google will give a nice discount to those who do sign up for a three-year commitment).

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Google dangles bundle of cloud goodies to lure biz devs away from AWS - The Register

SkyLink protects servers and cloud and web presences for businesses – Naples Daily News

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Jacob Ackerman, chief technology officer of SkyLink Data Centers, stands surrounded by the company's main data center Thursday, March 2, 2017, in Naples. SkyLink offers storage, maintenance and security for its clients' networking equipment.(Photo: Luke Franke/Naples Daily News)Buy Photo

When SkyLink Data Centers offered a tour of its Naples headquarters to members of a Southwest Florida technology trade group, Jacob Ackerman the company's chief technology officer didn't expect much of a turnout.

Ackerman thought a fewpeople would show up and that there would be "a bunch of crickets in the background" at the nighttime event,organized by the nonprofit Southwest Florida Regional Technology Partnership last month.

He was surprised to see dozens of IT workersand other professionalswalkthrough the doors to find out more about the company and to get a close-uplook at its state-of-the-art data center onOrchid Drive, off U.S. 41 near Coastland Center mall.

"We wouldhave been happy to have 15 or 20 people show up. It was over 50," Ackerman said.

The data center, opened a little overtwo years ago, offers leased storage to other companies needing a safe spot to house their data and data equipment (think servers and networking devices).

"Think of it like leasing a car," Ackerman said. "In this instance they are leasing server space for a set amount of time, then they can continue the lease or give it back."

The buildingis highly secured. Getting to thesecond floor, where data and equipment is stored, requires entering a pass code andswiping an employee badge near the elevator door.

"Only four employees in our company can come up here unescorted," Ackerman said. "We take security very, very seriously."

All of the IT systems Skylink manages also require a second level of authentication to gain access.

Cameras are everywhere, monitoring what's going on 24/7. Sophisticated detection systemsare designed to alert employees as soon as possible about hazards,such as smoke or water, before they become majorproblems.

"There's very little we don't know about," Ackerman said. "We can detect fire before there's an open flame."

He pointed to the windows, saying they can handle winds of more than 200 mph.

"Themajority of buildings here in Collierand Lee countiescan't survive a Category 5 storm," Ackerman said. "This facility can survive that and be operational during the event."

The data center is a "building within a building," with a roof that's 18 inches thick and walls that are solid concretereinforced with steel.

A glimpse into SkyLink's main data center Thursday, March 2, 2017, in Naples. SkyLink offers storage, maintenance and security for its clients' networking equipment.(Photo: Luke Franke/Naples Daily News)

One man onthe tour joked the center had a "force field" to protect it from danger. Not quite, but Ackerman boasted: "It's the safestplace in the county. So safe FPL keeps some of its gear here."

The data center sits on anatural ridge and is outside a flood zone. It has backup power, a generator designed to keep the buildingand its equipment operating without fail through storms big and small.The generator iscapable of producing up to 1 megawatt.

"This is Florida," Ackerman said. "We get a lot of lightning."

During the tour Ackerman showed off the backup generator, in a building outside, saying there'senough fuel on site to run it for14 days. SkyLinkhas contracts to top off the fuel as needed in emergencies.

The temperature in the data center is kept at 72, although it feels even more frigid because of thelowhumidity.

It's so cold itcan give visitors, who aren't used to it,goosebumps, andthe breezeinsome spots is so strong Ackerman hadto warn anyone with skirts or dresses to be prepared to hold them down on the upstairs tour.

All of the cabling is labeled,making it a snap tosee their origin and destination. Most of the cabling is alsocolor-coded, making problems with equipment easier to find and resolve.

There are 29 cabinets for storage. The center can house up to65 so there's room to more than double the storage.

Some clients lease multiple cabinets. Depending on a customer'sneeds, monthly costs can range from $49 tomore than $5,000.

SkyLink's local customers include commercial construction firm DeAngelis Diamond, land developersCollier Enterprisesand nonprofit health care provider Avow Hospice.

"The single biggest customeris the U.S. military, by far," Ackerman said. "We have more resourcesdedicated to them than we do anybody else."

SkyLink has clients from as far away as Okinawa, Japan, and Beijing. "International-wise we have the most customers in Australia," Ackerman said.

SkyLink provides state-of-the-art infrastructure, facilities management and security for companies searching for a home for their networking equipment.(Photo: Luke Franke/Naples Daily News)

The data center doesn't just offer storage. Clients can use its network switches, internet, firewalls, and other computing equipment and its software and desktop services, paying additional feesfor whatever they need.

Marc Farron, president of the Southwest Regional Technology Partnership, described SkyLink as the only hardened data center of its kindin the five-county region. That's why, he said, the offer for a tour generated so much interest amongthe partnership'smembers.

"No questionit definitelystands out," Farron said. "Idon't know of any other data center that offers such complete data center services, infrastructure as a service, with the professionalism that SkyLink does."

Since opening the data center, SkyLink has added more than 10 employees.The company isrunning out of parking for more employees.

"We started to look at adding remote workers just because we have grown tremendously," Ackerman said.

To keep up with its growth, SkyLinkhas hired software developers, sales and technical support staff, network operators and administrative personnel.

SkyLink isn't growing justin Naples. It has locations in Orlando and Ashburn, Virginia. Another one planned in Tampa is expected to open later this year. More data centers are expected to sprout up as the company continues to look for opportunities to fill demand around the country.

SkyLink is an outgrowth of Naples-based Horizon Business Services Inc., the developer of custom catering and event management software called Caterease.

The data center also hosts Horizon'scloud-based product, which is one of the reasons Horizon launched SkyLink (because it was struggling to find a safe storage spot big enough for its data and equipment).

At last count Skyline had more than 30,000clients, including the ones usingCaterease.

Skylink and Horizon share key employees, including upper level management. The companies are both owned by Greg Kopriva.

"I've been with this company since '99, so if they have an issue on the Catereaseside, it's all hands ondeck, and vice versa," Ackerman said.

SkyLink doesn't have a dedicated sales staff. Instead, its technicians design and sell its products and services.

Customer service isn't the job of just a few employees, either.

"We're all engineers, from myself all the way down," Ackerman said. "We all talk to customers. I still answer the phone, and all of our other employees do, too. That's how we ensure we are providingthat high level of service."

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