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One down, three to go? Liverpool’s quadruple bid off to perfect start with epic Carabao Cup victory – Goal.com

Match statistics: Chelsea 0-0 Liverpool (10-11 pens.)

The day began with tears for the injured Thiago Alcantara, but there were only smiles at the end for Liverpool.

The Carabao Cup trophy used to be a permanent fixture at Anfield, and it is back in the Reds possession once more.

The first leg of a potential quadruple is in the bag, for Jurgen Klopp and his team.

They and their fans went through hell to get there, mind. This will go down as one of the most incredible football matches - never mind finals - in living memory.

Where do you even begin to unravel what we witnessed here today at Wembley?

It took 120 minutes and 22 penalties to settle it. But when Kepa Arrizabalaga, the Chelsea goalkeeper, sent his spot-kick into orbit at around 7.20pm, Liverpool could finally celebrate.

And boy did they.

Kepa had been brought specifically for the shootout, his job to save penalties rather than take them. But the Spain international, a specialist, could do nothing as, one by one, Liverpools stars held their nerve from 12 yards.

Caoimhin Kelleher was the 11th Red to do so, burying his penalty with aplomb. What a day this was for the Irishman, the deputy for Alisson Becker who did not put a foot, or a hand, wrong throughout.

Kepas miss sparked wild scenes. Red smoke filled the north London air as the pyrotechnics were unleashed.

Klopp, his staff and his players sprinted to Kelleher, who celebrated in front of the Liverpool supporters as the Wembley DJ played Youll Never Walk Alone.

Who says the Carabao Cup doesnt matter, eh?

Getty Images

There was nothing to separate the sides in the two league meetings earlier this year, and this was just as tight a contest, if not tighter. At times, it bordered on farcical.

Chelsea had three goals disallowed and Liverpool one. VAR played its part, and so did the two goalkeepers. Kelleher made big saves from Christian Pulisic and Romelu Lukaku, while Edouard Mendy made an incredible one to deny Sadio Mane. The Senegal star was the Man Of The Match by a mile, and he was not even there for the conclusion.

Chance after chance came and went. Mo Salah clean through, denied on the line by Thiago Silva. Mason Mount hit the post and missed another good opportunity. Mendy denied Virgil van Dijk and Luis Diaz. It was relentless, breathless, almost dangerously intense.

Lord only knows what Klopp and Thomas Tuchel went through on the touchline. They embraced during the first half, and shared a nice moment when Kepa blazed his penalty over, but their heart-rate cannot have dropped below 130bpm here.

And so Liverpool have their trophy back. This is the ninth time they have lifted the League Cup, and only two of those have been settled in 90 minutes. They really are the marathon men in this competition, arent they?

Getty Images

There is still plenty of running to do this season, mind. They enjoyed themselves here, but they know that there could be so much more to come.

Manchester City are in their sights in the Premier League, and they will fancy their chances of going deep in both the Champions League and the FA Cup, too.

That is for tomorrow, though. Today, it is time to celebrate.

Klopp did. He danced a jig to Dua Lipa in front of his adoring fans. Kelleher could barely contain himself, Harvey Elliott grabbed a flare, the passion written all over his teenage face.

James Milner, the oldest member of the squad, smiled like it was his first time. Joel Matip grinned and bounced, Van Dijk waved a corner flag around. It was carnage. A fitting climax, you could say.

Liverpool Football Club are doing what they do. They are gathering cups again.

One suspects there will be more to come this season, as well.

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One down, three to go? Liverpool's quadruple bid off to perfect start with epic Carabao Cup victory - Goal.com

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Global Brain Computer Interface Market 2022 Deep Researches and Analysis by: Nihon Kohden Corporation, Mind Solutions, Advanced Brain Monitoring,…

This Brain Computer Interface market report provides a unique consolidation of the current market situation and drivers affecting the Brain Computer Interface environment with representing the Brain Computer Interface market by studying the leading segment, sectors, countries, regions, and products and services across the spectrum of economic development. The report further explains the major issue affecting the Brain Computer Interface market in the listed countries and regions. The productivity levels of the market in these countries and regions is discussed in the study along with the individual market shares, CAGR, yearly revenue, GDP, capital, margin and profitability.

Companies operating in the Brain Computer Interface MarketNihon Kohden CorporationMind SolutionsAdvanced Brain MonitoringQuantum Applied Science and ResearchCadwell LaboratoriesOpenBCICortech SolutionsNeuroSkyEmotivGuger Technologies OEG

The report provides forecasts up to 2028 in this report which are according to the demand of the product & services, markets, regions in US dollars at the manufacturer level. In addition, the report illustrates the historical trends, world overview, product demand, regional demand, including the market segments. The evaluation is done through conducting in-depth quantitative, qualitative insights, past data, and verifiable projections about market size.

Available Sample Report @ https://www.orbisresearch.com/contacts/request-sample/6509260?utm_source=RohitLP12

The report identifies issues in the Brain Computer Interface market concerning the market and studies the key geographic regions like Middle East & Africa, Europe, Asia Pacific, North America have been studied in terms of market penetration, revenue information. The regions are studied in detail to give a better understanding of the opportunities and at the same time risks, challenges, demand, target markets, and more such details in these regions for the market players. The report described the competitive environment in these regions and explains the profiles of the leading players

By the product type, the market is primarily split into: InvasiveNon-invasivePartially invasive

By the end-users/application, this report covers the following segments:

HealthcareCommunication and controlEntertainment and gamingSmart home controlOthers

Key Pointers of the report: The report studies the most promising markets across the world including US, UK, Spain, Japan, Italy, India, Germany, France, China, Canada, and Australia among others. It covers the study of the key sector in these regions that have annual revenue over US$500 million. The key performance indicators have been identified in these regions including competitiveness, economic environment, potential, and sustainability. The report provides an extensive coverage of the key players in the Brain Computer Interface markets supply chain spanning across primary, secondary, and tertiary sectors.

Read complete report @ https://www.orbisresearch.com/reports/index/global-brain-computer-interface-market-growth-status-and-outlook-2022-2028?utm_source=RohitLP12

Table of Contents 1.1 Study Scope1.2 Key Market Segments1.3 Players Covered: Ranking by Brain Computer Interface Revenue1.4 Market Analysis by Type1.4.1 Brain Computer Interface Market Size Growth Rate by Type: 2020 VS 20281.5 Market by Application1.5.1 Brain Computer Interface Market Share by Application: 2020 VS 20281.6 Study Objectives1.7 Years Considered1.8 Continue

Inquiry for Buying Report @ https://www.orbisresearch.com/contacts/enquiry-before-buying/6509260?utm_source=RohitLP12

Why Buy This Report? The Brain Computer Interface market projections and annual growth rate between the year 2021 and 2025 in terms of market value is given in the report. The strategies incorporated by the companies to address the risks and finding new opportunities to emerge from the covid-19 situation are presented here. The strategies for preparing the players for the new normal are given in the report.

About Us:Orbis Research (orbisresearch.com) is a single point aid for all your market research requirements. We have vast database of reports from the leading publishers and authors across the globe. We specialize in delivering customized reports as per the requirements of our clients. We have complete information about our publishers and hence are sure about the accuracy of the industries and verticals of their specialization. This helps our clients to map their needs and we produce the perfect required market research study for our clients.

Contact Us:Hector CostelloSenior Manager Client Engagements4144N Central Expressway,Suite 600, Dallas,Texas 75204, U.S.A.Phone No.: USA: +1 (972)-362-8199 | IND: +91 895 659 5155

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Global Brain Computer Interface Market 2022 Deep Researches and Analysis by: Nihon Kohden Corporation, Mind Solutions, Advanced Brain Monitoring,...

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Cloud Hosting vs Web Hosting: Whats the Difference? – Siliconindia.com

With so much data being generated every day and new websites coming up, the security and management of these resources becomes extremely crucial for organisations.

These organisations need to manage the resources and elements of their websites at a suitable place, from where they can be accessed instantaneously at the users command.

The 2 major options with managers today are the traditional Web Hosting and the new-gen concept, or rather say facility, of Cloud Hosting. As companies continue shifting to online modes of data storage like the cloud space, cloud hosting services are gaining popularity, though many managers still stay confused between Web Hosting and Cloud Hosting.

For those who are familiar with the concept of Cloud Computing, this might not seem a huge challenge, especially for those who have a cloud computing certification, However, managers deprived of this need to analyse the pros and cons of both services, and figure out which one of these 2 is more suitable and beneficial for their organisation.

In this article, we try to illustrate the key differences between these 2 modes of hosting, focusing on different parameters. You should analyse each of these separately to make the final decision about which hosting service to use in your company. Before we discuss the difference, lets have a quick look at what exactly these 2 hosting services are.

Web Hosting

Web Hosting is the traditional mode of hosting websites through which organisations host their website resources on local servers. The resources are stored on a local server, and as a user makes a request on a website, accordingly, these resources are accessed from the server and presented on the website.

There are various types of web hosting which you can use for your website like Virtual, Dedicated, Shared and Managed. However, the 2 most common are Virtual and Dedicated web hosting services. The major difference between these 2 is shown below.

Cloud Hosting

Contrary to hosting your website resources on local servers, cloud hosting allows you to store your website resources on the digital space of the internet through various platforms. You can leverage this online cloud space, by simply paying for as much services you awail, rather than paying to buy a fixed server space.

With the growing popularity of cloud computing, the cloud based hosting is also gaining stability, mainly due to its various benefits. Some of the benefits of this kind of hosting service include better security, less costs, flexibility, ease of accessibility, shareability, etc.

Web Hosting vs Cloud Hosting

As we know the basics about both kinds of hosting now, lets check what are the key differences between them and which kind of hosting excels in a particular category.

Control Over Resources

Services

Scalability

Security

Making a correct decision about your hosting service provider is crucial as this is not something which you can change from time to time.

There is a lot of planning and brainstorming which goes on in an organisation before arriving at the final decision. So analyse all these parameters carefully and go ahead with the service which best suits your business needs, mission, and objectives.

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Cloud Hosting vs Web Hosting: Whats the Difference? - Siliconindia.com

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Assessment of the World’s Data Center Server Industry, 2022-2027 – ResearchAndMarkets.com – Business Wire

DUBLIN--(BUSINESS WIRE)--The "Data Center Server Market: Global Industry Trends, Share, Size, Growth, Opportunity and Forecast 2022-2027" report has been added to ResearchAndMarkets.com's offering.

The global data center server market reached a value of US$ 49.7 billion in 2021. Looking forward, the market is projected to reach US$ 67.2 billion by 2027, exhibiting a CAGR of 5.06% during 2022-2027.

Keeping in mind the uncertainties of COVID-19, we are continuously tracking and evaluating the direct as well as the indirect influence of the pandemic on different end use sectors. These insights are included in the report as a major market contributor.

The continuous transfer of data from private servers to cloud-based solutions is currently driving the growth of data center servers in various industries across the globe. Data centers can store servers and other equipment, thereby increasing their demand among the cloud service providers to house cloud services and cloud-based resources. Most consumers are now planning to increase the use of private and public cloud in the coming years.

Moreover, various consumers are now transferring data across public cloud and other commercial facilities such as colocation sites, and network provider's point of the present location. This has augmented the demand for the Internet of Things (IoT) which further requires data center servers to include endpoint devices such as integrated compute/storage; intelligent gateway devices and nearby devices such as on-premise data centers and managed hosting sites.

Other factors elevating the growth of the data center server market include increasing usage of unique client-centric solutions, enhanced security management, and technological innovations.

Key Market Segmentation

This report provides an analysis of the key trends in each sub-segment of the global data center server market, along with forecasts at the global and regional level from 2022-2027. The report has categorized the market based on product and application.

Breakup by Product

Based on the product, the market has been segmented into rack servers, blade servers, microservers and tower servers. Rack servers currently represent the biggest segment.

Breakup by Application

Based on the application, the market has been segmented into industrial servers and commercial servers.

Breakup by Region

Region-wise, the market has been segmented into North America, Europe, Asia Pacific, Middle East and Africa, and Latin America.

Competitive Landscape

The competitive landscape of the market has also been examined with some of the key players being:

Key Questions Answered in this Report

For more information about this report visit https://www.researchandmarkets.com/r/f9n5ou

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Assessment of the World's Data Center Server Industry, 2022-2027 - ResearchAndMarkets.com - Business Wire

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Russia has been preparing to have its Internet sanctioned – Quartz

Among Joe Bidens options to punish Russia for its invasion of Ukraine are disruptive cyberattacksthe kind that Russia itself often unleashes on other countries. Even more broadly, sanctions experts have discussed the possibility of cutting countries off from the global internet entirely, the way governments do to stifle unrest in domestic regions.

But Russia has been preparing for precisely this kind of contingency for the last half-decade. In 2019, Vladimir Putin signed a Sovereign Internet Law, which gives the Russian government more control over internet content but also to counteract threats to the stability and security of the internet in the country. On three instances, most recently last summer, Russia disconnected itself from the internet so that it could perform tests on Runet, a locally based network designed to step in to serve web pages in the event of a cyberattack or a deliberate outage, said Karen Kazaryn, the director of the Internet Research Institute in Moscow.

The infrastructure of the internet is huge and complex, so cutting off a whole countrys internet isnt as easy as flipping a switch. Some countries, though, are easier to target than others. In 2012, a web monitoring firm named Renesys used the number of Internet Service Providers (ISPs) in a country as a proxy to determine how easy or difficult it would be to isolate its internet. Greenland, Mali, and Turkmenistan, for instance, were relatively vulnerable. Russia, like the US or Canada, were dubbed resistant to such deliberate outages.

Still, there could be hidden centralizations, said Jim Cowie, who co-founded Renesys and is now the chief data scientist at DeepMacro, a research firm. For example, Russia could have 20 ISPs but their traffic could all be traveling on the same fiber optic cable, so targeting the cable would turn the whole thing off. In the sanctions realm, such discussions happen, Cowie said, but they dont lead anywhere. Traditionally, there are some things left out of sanctions considerations on humanitarian grounds, so in the olden days, for instance, you never targeted the telegraph service or the post or telephone systems, he said. He pointed to the US Treasury Departments order on Feb. 21, which exempted telecommunications services from sanctions.

Still, if Russias internet capacities are themselves the problemif its hackers continue using cyberattacks as a form of warfarethen counter-attacking its internet would be a logical strategy. Russia knows this too. After the Runet tests last year, Russian officials said that they had to be ready for anything given the aggressive nature of US cyber strategy.

The concept of a sovereign internet isnt technically ludicrous, Cowie said, but in a country with a lot of internet diversitylots of ISPs, users, and connectivityit can take a long while to establish. And a government would have to be sure, he said, that it didnt have anything essential that was dependent on the global internet. Like, say, a government services web site that was hosted on a cloud server sitting in London.

Russia conducted its first test of an isolated internet in 2017, Kazaryn said: a process that involved sequentially disconnecting major telecom firms and ISPs from the global internet. Kazaryn described both the contingencies and the aims that these exercises are designed for. If major internet servers are instructed to stop serving web pages with the Russian .ru domain, he said, Russian companies have to be ready to pick up and serve, with minimal delays, cached copies of those pages. Russia wants to store not web pages themselves, but information about where the web pages are located, he said. It is like recreating the infrastructure of the internet via back-ups, using local servers, he said.

To Cowies knowledge, Russia has only ever disconnected its internet in stages, rather than in its entirety. There are a lot of people who are interested in internet measurement, who were waiting to see if that happened, but it didnt, he said. They must have just had their fingers on hundreds of switches, as a way of convincing regulators that its possible if its needed.

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3 Approaches to Leveraging Open Source in the Cloud – ITPro Today

The cloud and open source software have long been frenemies at best. Although a number of public cloud services are based, at least in part, on open source platforms or tools, the cloud services themselves are very much not open source.

That doesn't mean, however, that using the cloud means missing out on the benefits of open source. With the right approach, you can enjoy open source and the convenience of cloud computing at the same time.

Related: Four Major Open Source Hybrid Cloud Platforms

When cloud computing first emerged, it spawned more than a little worry among advocates of free and open source software.

GNU founder Richard Stallman, for example, warned that cloud platforms "give someone else power over your computing."

The point he was making was that, when you use a cloud service or software-as-a-service (SaaS) application, you're using a computing environment that is controlled by an external vendor. Cloud vendors very rarely publish the source code for their services and applications. Even if they did, users would not be able to modify the code to change the way the service works, control how it manages their data, or enjoy other basic freedoms associated with running open source software on one's own computer or server.

One way to solve this dilemma is to build a private cloud using an open source platform, like OpenStack or CloudStack.

This is a great idea if you have the resources necessary to set up and manage a cloud computing environment on your own. But that's a fair amount of work. It also requires you to acquire your own hosting infrastructure. You miss out on the convenience, limitless scalability, and CapEx-free nature of the public cloud.

There's another approach to running open source software in the cloud that delivers most of the benefits of open source and most of the benefits of public cloud: using public cloud infrastructure to host open source software that you manage yourself.

You can, in other words, run whichever open source applications you want such as an Apache HTTP Server, WordPress, or Elasticsearch on an AWS EC2 instance or an Azure Virtual Machine.

You won't totally control the underlying infrastructure, of course. You also can't stop the public cloud provider from collecting data about what you're doing on its servers. In these respects, you won't leverage quite as much privacy and extensibility as you would if you ran open source on your own private server.

The trade-off, however, is that you can scale your host infrastructure up virtually without limit. You also only have to pay for the hosting resources you actually use, and you don't have to buy any servers upfront to run your applications.

A third approach is to run open source software in the cloud using a managed service from a cloud vendor. For example, you could run Kubernetes via AWS EKS or Azure AKS. Or, you could use AWS OpenSearch instead of setting up Elasticsearch (and related software) yourself.

The benefit of open source as a managed service in the public cloud is that it's simple and convenient. You don't have to provision infrastructure or install open source on it yourself.

On the other hand, you lose out on all of the flexibility that open source would otherwise confer. You can only use your software in ways that your cloud vendor supports. Your ability to modify the software's configuration is usually limited. You certainly can't modify the software's source code. You end up, in other words, with the type of "software as a service substitute" scenario that people like Stallman warn about.

On the upside, one could argue that using open source as a managed service in the public cloud could be a stepping-stone to using the same open source platforms in ways that grant users more freedom. If you run EKS, for example, maybe you'll eventually decide to deploy Kubernetes yourself, instead of relying on a managed service. Or you might one day move from OpenSearch to a self-managed ELK stack.

No matter how you slice it, running open source in the cloud as opposed to on your own private infrastructure comes with some drawbacks. It may entail more effort than other cloud-based deployment options. And you may have less control over your software and data.

But given the different deployment approaches out there, it's usually possible to run open source in the cloud in a way that lets you achieve most of your goals, while minimizing the drawbacks. You just need to select the right strategy.

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3 Approaches to Leveraging Open Source in the Cloud - ITPro Today

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Top 10 PaaS providers of 2022 and what they offer you – TechTarget

PaaS is a cloud computing platform designed to enable organizations to deploy, provision and run applications without needing to build out the underlying infrastructure. In essence, the cloud provider delivers the infrastructure, while the organization either provides its own application or uses an application that has been made available by the cloud provider.

There are many PaaS providers to choose from, but these providers aren't created equal. Although most providers tend to offer the same basic set of services, many providers also have their own unique feature offerings and limitations. For example, a PaaS provider might choose to support Python, but not Java. Providers can also differ dramatically from one another in terms of pricing. As such, carefully assess the various PaaS providers to see which will best meet your needs before settling on a provider. To help, here's a breakdown of the top PaaS providers of 2022:

AWS Elastic Beanstalk is Amazon's native platform for deploying web applications. The service supports Java, .NET, PHP, Node.js, Python, Ruby, Go and Docker. Code can be hosted on Apache, Nginx, Passenger or IIS web servers.

Like many of the other PaaS options discussed here, Elastic Beanstalk is designed to act as a managed service that frees you from having to build out infrastructure or perform any complex configurations. It automatically handles scaling, load balancing, health monitoring and capacity provisioning. Amazon also makes it possible to use CPU metrics to scale an application up or down based on demand. One thing that makes Elastic Beanstalk unique is that although it's designed to act as a managed service, it also enables you to take manual control over the underlying infrastructure -- if you wish, for example, to configure a workload to run on a specific EC2 instance type.

Engine Yard is a fully managed DevOps platform that is designed to simplify AWS, so you only need to write code and then push the code to the remote repository. Engine Yard handles all of the complexities associated with tasks such as containerizing the application and running the application on a Kubernetes cluster.

Besides handling the basic tasks associated with managing Kubernetes, Engine Yard also handles a variety of other low-level tasks, such as patch management, backups and automatically scaling an application based on its performance requirements. Applications that are hosted with Engine Yard are tied to Grafana, which provides basic resource metrics. Additionally, Engine Yard can provide automatic alerts for application failures and other conditions.

Google App Engine is a platform that enables organizations to build their own application on top of a serverless platform. Google App Engine is fully managed and supports Node.js, Java, C#, Go, Python and PHP. Although these are the officially supported languages, Google supports bring your own language, and also lets customers use any library or framework through containerization.

Google App Engine is designed so you can build applications without regard for the underlying infrastructure. The serverless platform is fully managed and lets organizations scale their applications without having to do anything to the underlying infrastructure or perform complex configuration tasks.

Heroku is a container-based PaaS environment. Applications run inside of smart containers, which Heroku calls dynos, and Heroku handles all of the infrastructure requirement for those containers. This includes logging, security, failover and orchestration. Containers can be scaled horizontally or vertically, and application metrics are available to help monitor application response times.

Heroku offers PostgreSQL as a service, but applications can also use any of the numerous add-ons that Heroku makes available. Some of these add-ons include New Relic, MongoDB, SendGrid, Searchify, Fastly, Papertrail, ClearDB and MySQL. Heroku also supports the use of in-memory key value datastores.

From a developer standpoint, some of the more compelling features include GitHub integration and code and data rollback capabilities.

Like other major cloud platforms, such as AWS and Azure, IBM Cloud offers both PaaS and IaaS capabilities. There are two main PaaS options offered within the IBM Cloud.

The first of these services is IBM Red Hat OpenShift on IBM Cloud. This service is intended for those who want to develop cloud-native applications. This service can be used to provision and scale workloads and automate the update process. IBM also enables you to deploy managed, highly available clusters with a single click.

IBM's other platform is IBM Cloud Pak for Applications. This service is designed to help organizations modernize their existing applications.

The Mendix Application Platform as a Service (aPaaS) is designed to simplify the process of deploying applications through single-click deployment. Although many PaaS tools simplify the process of deploying an application to the cloud, Mendix is unique in that it supports public and private clouds, as well as on-premises environments.

Another difference between Mendix aPaaS and some of the other platforms is that Mendix doesn't concentrate solely on the deployment process. It also seeks to expedite the application development process. Mendix offers reusable application components so that you don't have to build applications from scratch. As such, Mendix aPaaS could be described as a low-code environment.

Like other hyperscalers, Microsoft Azure includes numerous services that could be classified as PaaS. One such service is Microsoft Azure Pipelines. Azure Pipelines is designed for extreme flexibility. It enables you to build applications with Node.js, Python, Java, PHP, Ruby, C/C++ and of course Microsoft .NET. Applications can be run in parallel on Windows, Linux and MacOS. The service also enables the development of iOS and Android apps.

Although it's easy to assume that Azure Pipelines is designed to deploy apps to the Azure Cloud, Azure Pipelines works with all of the major clouds including Azure, AWS and Google Cloud. The service also enables you to build and push images to container registries such as Docker Hub.

Red Hat OpenShift is another Kubernetes-based PaaS option. Besides automating Kubernetes, OpenShift is designed to help organizations build applications more quickly. The software's source-to-image capabilities enable you to go straight from the application's code to a container.

Another nice thing about Red Hat OpenShift is that Red Hat provides an easy-to-use management console that lets you see and manage all of your Kubernetes clusters at once. Additionally, OpenShift is designed to provide a consistent experience, regardless of where the underlying OS is running.

VMware Cloud Foundry is a PaaS tool designed to simplify the process of running code on a Kubernetes cluster. One of the things that differentiates Cloud Foundry from some of the other Kubernetes PaaS tools is that Cloud Foundry is Kubernetes native. It enables apps to be run as OCI compliant container images and also works with other open source projects such as Envoy, Fluentd and Istio.

Cloud Foundry is designed to help you get started in less than 10 minutes, and because Cloud Foundry is lightweight, it can be containerized. This means you can choose between the Diego container scheduler or the standard Kubernetes scheduler.

Wasabi is a cloud storage provider and isn't technically a PaaS platform. However, the Wasabi cloud can play a role in an organization's PaaS use. Even though PaaS seeks to simplify application deployment by offering infrastructure as a managed service, application data still must be stored somewhere. Although you can store data on the cloud that is hosting the application, storing data on the Wasabi cloud might be a less costly option.

Wasabi has partnerships with exchange providers such as Equinix, Flexential, Limelight Networks and Megaport. These partnerships enable Wasabi to offer direct, high speed connectivity to hyperscalers such as AWS, Google and Azure.

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Top 10 PaaS providers of 2022 and what they offer you - TechTarget

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MSFT: Cloud Computing in 2022: The Complete Investors Guide – StockNews.com

According to Gartner, the global cloud computing market will continue growing at a 17.5% annual rate over the next decade. Given its current size of $397 billion, this means it will be more than a trillion-dollar industry within the next 5 years.

For investors, this type of growth and scale means there are many different investment opportunities:

This type of growth means there are plenty of opportunities for investors in cloud computing. This report will provide a broad overview of the industry, examine some of the most promising niches, and then provide some insight on some of the most intriguing stocks in the sector: Google (GOOGL), Microsoft (MSFT), Workday (WDAY), Veeva Systems (VEEV), and SAP (SAP).

What is Cloud Computing?

At one time, heavy computing power was an expensive and rare asset only available to big corporations and universities. Heavy computing power is a term used to describe all the processing power from servers in data centers that are necessary to operate the cloud. And, technologies of the future like AI, ML, virtual reality will all require even more processing power.

As costs have fallen over the past couple of decades, its increasingly become a commodity in that the cost of distribution is more than the cost of production. Now, even distribution costs have also declined while capacity is improving.

Due to these developments, any business can access this heavy computing power and leverage technology to achieve their goals at much less cost. All types of applications requiring computing power are now done through the cloud. Examples include web and application hosting on AWS or Azure, customer relationship management salesforce with Salesforce, or storing photos and videos with Google Drive or Dropbox.

As the costs have dropped, the market has expanded. And, its enabled developers to build applications on top of these cloud platforms and applications.

Its also had notable real-world impacts. For example, the majority of apps and services on smartphones are enabled by cloud computing. The cost of startups has also precipitously declined. Previously, companies would have to invest significant sums in buying or renting servers. Now, companies can access these on a per-use basis, turning IT into a flexible cost rather than a fixed cost.

Benefits of Cloud Computing

Cloud computing makes a companys IT, technology, and operations more powerful, agile, and flexible by enabling the delivery of enterprise-level solutions on demand to increase customer engagement and improve operational efficiency.

Cloud computing encompasses a wide variety of categories. Now, all types of IT services are available on the cloud, from basic infrastructures such as compute and storage to application development platforms and specific software applications. These services are hosted remotely and accessible through the Internet.

Cloud computing enables companies to scale their IT stack with minimal difficulty. Before, IT services required servers, equipment, and people to operate and manage which was a capital and time-intensive process. For many firms, this constrained growth due to the cost, complexity, and challenge of scaling IT resources.

Now, these services can be scaled according to need in a frictionless manager. As a result, employees can use and operate enterprise-level software on a per-user or per-use basis. Future disruptive technologies are being built on top of and integrated with existing cloud services. Notable examples include autonomous driving and artificial intelligence.

In addition to the attractive economics of cloud computing, cloud systems require less upkeep as maintenance and security needs are handled by cloud computing providers. Therefore, companies have less need for dedicated IT personnel who would spend time on adding new servers and upgrading equipment.

Over time, cloud systems have evolved and the number of use cases has rapidly multiplied. The three major categories of cloud computing are Software as a Service (SaaS), Platform as a Service (PAAS), and Infrastructure as a Service (IaaS).

See the table below for information on each:

Every cloud computing company falls into one of these three categories. However, PaaS and IaaS are dominated by large companies, while most startups fall into the SaaS category.

This is due to the economies of scale and network effects of these businesses. More users mean more demand for services which leads to more data and iterations to improve the product. This scale leads to lower costs and higher barriers to entry. As a result, these businesses tend to have high rates of recurring revenue and impressive gross margins which have been rewarded by the market over the last decade with high multiples.

Early Stages of Growth

Given the quantitative and qualitative advantages of cloud computing, its not surprising that companies are migrating to these platforms, services, and applications. Companies no longer have a choice and must do so to remain competitive.

However, this process remains in its early stages. As of February 2021, 92% of S&P 500 companies had a job posting for a cloud migration specialist, indicating that cloud spending remains a priority. Even despite its impressive growth, the average IT environment today, is still majority non-cloud, although its expected to shrink in the years ahead.

Further, many types of investments made by companies come with uncertainty in terms of getting a return on investment. Cloud spending is an exception as costs go down but capabilities increase.

Investing in Cloud Computing

In 2022, the cloud computing industry is estimated to be worth just under $400 billion and cross the trillion-dollar threshold by 2026. Investors have many choices when it comes to investing in the sector. One option is to buy a broad cloud computing ETF like the WisdomTree Cloud Computing ETF (WCLD) or the Global X Cloud Computing ETF (CLOU).

Another route is to invest in cloud infrastructure stocks like GOOGL, Amazon (AMZN), or MSFT. These companies are the leaders in the industry and are unlikely to be disrupted given their scale and early-mover advantage. The vast majority of cloud applications are built on top of these platforms, so these companies will benefit from the industrys overall growth. Another approach is to focus on the PaaS or SaaS companies that are building more targeted solutions for their customers.

Below, we will analyze 5 cloud computing stocks that are a representative sample of the total industry:

Google (GOOGL)

GOOGL is the clear leader when it comes to online search with over 80% market share. From this, it derives strong revenue growth and cash flow by selling ads. Using its search proceeds, Google has made investments to grow in new areas. Among these, Google Cloud is one of its most successful bets.

Google Cloud is the third largest cloud provider in the world with an 8% market share trailing only Microsofts Azure and Amazons AWS. However, its the 2nd fastest-growing major cloud provider with a 45% growth rate. Interestingly, Google Cloud is built on the same infrastructure that it uses for the delivery of its own products and services such as Gmail, YouTube, Google Docs, etc.

Google Cloud counts a large number of premier companies as customers including Shopify (SHOP), Paypal (PYPL), Twitter (TWTR), and Goldman Sachs (GS). Its also been aggressively making partnerships with telehealth companies to deploy their products on top of Google Cloud.

Although Google Cloud remains a small part of the larger company, it does make up a large share of recent revenue growth. Given the high margins of cloud businesses, this growth will start filtering to the bottom line as well.

The POWR Ratings are constructive on Google as well as it has a B rating which translates to a Buy. B-rated stocks have posted an annual performance of 21.1% which compares favorably to the S&P 500s annual performance of 8.0%. The POWR Ratings also evaluates stocks by different categories including Value, Growth, Momentum, Stability, Sentiment, Quality, and Industry. To see GOOGLs component grades, please click here.

Microsoft (MSFT)

MSFT is currently the leader in the Cloud Wars with $18.3 billion in revenue. In fact, the company has a commanding lead given that second place Amazon and third place Googles cumulative cloud revenue is $17.3 billion. Its also the choice of large enterprises given pre-existing relationships with Microsoft.

Of course, MSFT infamously pivoted to the cloud in 2013 upon the selection of Satya Nadella as Microsoft CEO. This decision was pivotal for MSFT as its stock price had been moribund for much of the past decade. However, since then, Microsoft has been the best-performing stock in the S&P 500 and is now the second-most valuable company in the world.

Microsoft essentially turned many of its software products into a subscription which resulted in higher lifetime customer value, higher margins, and more opportunities to upsell. However, the crown jewel of its business is Azure.

MSFT has been layering targeted solutions for its cloud customers in all types of areas. Currently, it counts over 200 specific processes, while there are countless more that have been produced by the developer ecosystem. Some of the most popular include data analytics, AI, machine learning, and visualization.

Of course, MSFT has a lot going for it beyond the Cloud, but it did account for nearly 50% of the companys revenue growth in the last quarter. The POWR Ratings have a constructive outlook on MSFT as it has a B rating which translates to a Buy. The POWR Ratings are calculated by taking into 118 different factors each with its own weight.

The POWR Ratings also evaluates stocks by different components. In terms of Sentiment, MSFT has an A rating which isnt surprising given that the consensus price target is $363, implying 26% upside. To see more of MSFTs component grades including Value, Momentum, Stability, Growth, Quality, and Industry, click here.

Workday (WDAY)

WDAY provides enterprise cloud applications with offerings that include financial management applications, cloud spending management solutions, and Workday applications for planning. It is the leading provider of software-based solutions for human resource needs.

WDAY has been one of the best performers of the last decade with a 357% gain since its IPO in 2013. Its not surprising when considering that companies are increasing spending on their IT systems, software, and cloud systems at a double-digit rate which is forecast to continue over the next decade.

Additionally, WDAYs products allow companies to save money and become more efficient. Newer companies are able to have smaller HR departments that are able to handle just as much workload and responsibilities as larger ones. We also learned during the pandemic that these software systems are more essential for a companys operations than office space.

Once companies choose a software or cloud provider, they are unlikely to change given the cost and complexity of changing systems. Further, once companies have people on their platforms, they are able to unlock more opportunities for monetization. This is reflected in WDAYs high rates of recurring revenue.

The stock has been punished along with other tech and growth stocks, leading to a 27% decline from its all-time high in November 2021. However, WDAY should be bought on the dip due to its strong earnings and business momentum.

In its last quarter, the company had a 21% increase in revenue with 90% of it coming from recurring revenue. It also achieved an important milestone with positive EPS that is expected to grow by 45% next year.

Given these positives, its not surprising that WDAY has an overall B rating which equates to a Buy. Its also quite strong in terms of component scores with an A for Growth and a B for Quality. Click here to see more of WDAYs POWR Ratings including component scores for Momentum and Value.

Veeva Systems (VEEV)

VEEV is a cloud computing and enterprise software company for the healthcare, pharmaceutical, and life sciences industries. It provides software solutions for the unique needs of companies in these industries, from meeting regulatory standards to conducting clinical trials to managing operations.

VEEV has very favorable economics as the healthcare sector is massive and always expanding, while cloud computing spending is rising. Further, VEEV has high margins and rates of recurring revenue. There are very few competitors in the space given the regulatory barriers and trust issues required for such sophisticated and sensitive work.

For the full year, VEEV is expected to earn $3.69 per share on $1.8 billion in revenue, a 26% and 28% increase, respectively. Next year, this growth is expected to continue as analysts are forecasting 8% earnings growth and 13% sales growth. From the summer of 2021 to February of 2022, the stock has pulled back more than 40%, creating a nice entry point given its long-term prospects.

Thus, its not surprising that VEEV has an overall B rating, which translates to a Buy in our POWR Ratings system. It also has an A for Quality as its one of the leading stocks in a large total addressable market with only a handful of competitors. VEEV also has a B for growth makes sense given its intersection of two large and growing markets healthcare and cloud computing. Click here to see more of VEEVs POWR Ratings including grades for Value, Momentum, and Stability.

SAP (SAP)

SAP is a leading company in the enterprise software space and one of the originators of the entire category. The company operates through three segments: The applications, technology & services segment, and the SAP Business Network. Over time, SAP has branched out from providing enterprise resource planning software to help companies optimize their inventory, supply chains, and production process to all sorts of operations including analytics, CRM, marketing, business processes, etc.

One reason that investors should consider having SAP in their portfolios is that once companies start using their software, they are unlikely to change, especially as employees become comfortable and reliant on it

Switching to a new software system would incur huge costs and disruptions as data would have to be transferred and employees would have to be re-trained. Additionally, since SAP is known as one of the top enterprise software companies, corporate managers are less hesitant to spend money on their products.

SAP is a mature company, but its still managing to grow at an impressive rate as analysts forecast 11% earnings growth next year. Further, the company is reasonably valued with a forward P/E of 19, a 2% dividend yield, and 21% profit margins. This makes the stock an intriguing buy the dip candidate following its 25% drawdown during the tech selloff in 2021.

SAPs POWR Ratings reflect this promising outlook. The stock has an overall A rating, which equates to a Strong Buy in our proprietary rating system. It also has strong component scores including a B for Sentiment. Currently, 4 out of 7 analysts covering the stock have a Buy rating, while none have a Sell. They also have a consensus price target of $152, implying 21% upside. To see more of SAPs POWR Ratings, click here.

MSFT shares were trading at $295.97 per share on Friday afternoon, up $1.38 (+0.47%). Year-to-date, MSFT has declined -11.82%, versus a -8.05% rise in the benchmark S&P 500 index during the same period.

Jaimini Desai has been a financial writer and reporter for nearly a decade. His goal is to help readers identify risks and opportunities in the markets. He is the Chief Growth Strategist for StockNews.com and the editor of the POWR Growth and POWR Stocks Under $10 newsletters. Learn more about Jaiminis background, along with links to his most recent articles. More...

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MSFT: Cloud Computing in 2022: The Complete Investors Guide - StockNews.com

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Storage Is Going Have To Deal With Clouds And Edges – The Next Platform

While on-premises datacenters are strategic to large enterprises, and will be for the foreseeable future, hybrid clouds and the edge are also an increasingly important part of the IT platform portfolio. But the road out of the datacenter and into the future with clouds and edges is not always an easy one for companies to navigate.

The portability of apps across highly distributed locations, and keeping track of the data and the cost of deploying hybrid clouds, are just some of the challenges facing organizations as they expand their workloads and their data out into clouds and edges.

It has become clear that multicloud, multi-datacenter and edge environments will become increasingly common in order to meet the demands of data gravity and best serve end users and data analytics teams, Radhika Krishnan, chief product officer at Hitachi Vantara, tells The Next Platform. But this approach also comes with tremendous complexity as customers need to manage and integrate with multiple different cloud operating models for their applications, data and infrastructure.

Hitachi Vantara is looking to ease the transition with a host of new products and services aimed at delivering the agility and scalability that are central to hybrid and private clouds. Its part of a larger push by the company which came to being in 2017 through the merging of Hitachi Insight Group, Hitachi Data Systems and Pentaho and the addition later of Hitachi Consulting to evolve into more of a solutions company offering hardware, software and services to enterprises that are adopting hybrid cloud strategies.

Its similar to evolutions that other traditional datacenter hardware makers, from Dell Technologies to Hewlett Packard Enterprise to Lenovo to Cisco Systems, are undergoing. A key is to understand that IT will be a single environment that stretches across multiple locations, Krishnan says.

The datacenter is not going away, and the thinking that public cloud is for agile, cloud-native workloads and datacenters are for traditional workloads is not a reality for many customers that need to modernize mission-critical workloads and manage sensitive data, she says. Customers are looking for simple and consistent hybrid cloud operating model that has the cloud-like agility and automation and that can seamlessly connect their applications, data and infrastructure across on-prem, near-cloud, and public cloud.

Delivering such capabilities is key to vendors like Hitachi Vantara. According to a report last year from IT management company Flexera, 92 percent of enterprises have a multicloud strategy, while 80 percent are embracing hybrid clouds. In addition, 31 percent spend more than $12 million annually in public clouds.

Hitachi Vantara is leaning back on the storage expertise from its Hitachi Data Systems days for part of the product offerings. The company is unveiling Virtual Storage Software Block (VSS Block) a software-defined data platform that adds to its larger virtual storage platform to include cloud-native applications running on X86 servers. It leverages the vendors Storage Virtual Operating System (SVOS) and provides a single data plane for mid-range, enterprise and software-defined storage.

It also has Hitachis Polyphase Erasure Coding to improve data read performance and efficiency and supports mirroring and erasure coding. Its compatible with storage that use iSCSI and Fibre Channel host connections.

In addition, the company is rolling out its VSP E1090, a new NVM-Express mid-range storage array that includes scale-out capabilities for virtual storage. It got low latency of 41 microseconds, 8.4 million IOPS performance, data-in-place migration and fast install that organizations can do themselves. In addition, Hitachis Replication Plug-In for Containers automates replication between Kubernetes clusters and storage systems in different sites.

Hitachi Vantaras Ops Center Clear Sight is a cloud management tool that uses artificial intelligence (AI) that brings cloud-based report and analytics to the Hitachi Virtual Storage Platform (VSP). In addition, Hitachi Cloud Connect offers a near-cloud tool that integrates into the public cloud and extends the data fabric, supporting cloud applications from public cloud providers.

Companies can deploy in the cloud the same enterprise-class security, reliability, scalability and resilience that VSP delivers in their own datacenter, Krishnan says. They get management, monitoring and predictive analytic capabilities to properly control their entire storage environment, regardless of location. Even deployments that span multiple locations worldwide and a companys datacenters are empowered to from a single location.

The vendor is using its Unified Compute Platform RS (UCP RS) software-defined hybrid cloud platform to deliver a cloud in a box. Its powered by VMwares Cloud Foundation with Tanzu VMwares Kubernetes portfolio to drive consistency between on-premises and public cloud environments. Organizations can deploy apps on virtual machines or Kubernetes containers through a single management experience.

The vendor is building off a partnership it has had with VMware for more than two decades well before the introduction of Hitachi Vantara offering integrations with such tools as vCenter Server, vRealize cloud automation, vSAN, VMware Cloud and Site Recovery Manager, Krishnan says.

At the same time, the joint offering created with Cisco Hitachi Adaptive Solutions now includes Hitachi Vantaras latest VSP storage technology and supports Ciscos new UCS X-Series Compute modular system, all of which is managed by Ciscos Intersight cloud platform.

Hitachi Vantara also is announcing its Application Reliability Services, a mixture of cloud consulting and management services for managing and automating cloud workloads. The services include Site Reliability Engineering (SRE) principles and AI-powered automation of the software development lifecycle and workload management. The company claims the services will improve application reliability and the time to detect and recover from faults by more than 25 percent each and improve the change failure rate by 15 percent.

Enterprises have rapidly migrated and modernized cloud workloads and have created DevOps teams to accelerate the delivery of new software features, Krishnan says. A problem is that they havent modernized their IT process as quickly, which can lead to reliability issues. She adds that reports are showing almost 40 percent of organizations are seeing app downtime and 90 percent of them are pointing to migration, security and troubleshooting issues.

Hitachi Vantara is aiming to address this with an SRE-led approach to integrate operations with DevOps by using software engineering to automate and simplify workload management while designing for application reliability, Krishnan says.

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Storage Is Going Have To Deal With Clouds And Edges - The Next Platform

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Growth in cloud and e-commerce drives Alibaba quarter revenue up 10% – ZDNet

Image: Getty Images

Alibaba Group has reported its latest quarterly earnings for the period ended 31 December 2021, the first since the company unveiled its major restructuring plans at the start of December.

Under the restructure, the Chinese internet giant has split its global and domestic e-commerce business into two separate units. During the restructure announcement, Alibaba said it would focus its investment on the "two strategic pillars" to better drive synergies across its consumer and wholesale commerce platforms in China as well as internationally.

Starting this quarter, the company has updated its segment reporting to reflect this restructure, which now includes China commerce, international commerce, local consumer services, Cainaio, cloud, digital media and entertainment, and innovation initiatives and others.

Overall, for this quarter, the Chinese giant reported revenue came in at 242.5 million yuan ($38 million), an increase of 10% year-on-year, which the company attributed to growth experienced by its China commerce, cloud, local consumer services, and international commerce segments.

"We have always innovated and invested for the long term throughout Alibaba's history. As demonstrated by our new segmental disclosure, our continued investments in growth initiatives have seen tangible results," said outgoing Alibaba Group CFO Maggie Wu.

Alibaba's cloud revenue was $3 million, up 20% from a year ago. The company said this was underpinned by growth from financial and telecommunication industries but was offset by "a top cloud customer's decision to stop using our overseas cloud services for its international business due to non-product related requirements and slowing demand from customers in the Internet industry such as online entertainment and education".

China commerce, which continue to make up the largest share of total revenue, was 7% higher than last year reaching $27 million. The company's local consumer services segment experienced the largest increase in the quarter of 27% year-on-year to $1.9 million, and international commerce achieved $2.58 million, following an 18% jump on the prior corresponding period.

"Alibaba delivered steady progress this quarter as we continued to execute our multi-engine growth strategy in a complex and volatile market environment," Alibaba group chairman and CEO Daniel Zhang said.

"We achieved positive momentum in key strategic businesses through a disciplined focus on capacity building and value creation to fuel our future growth."

The company's global annual active consumers reached 1.28 billion for the 12 months by the end of the year, following an increase of approximately 43 million during the quarter, which included 979 million consumers in China and 301 million consumers overseas.

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Growth in cloud and e-commerce drives Alibaba quarter revenue up 10% - ZDNet

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