Category Archives: Cloud Computing

Global Cloud Computing in Industrial IoT Market 2021 by Company, Regions, Type and Application, Forecast to 2026 introduced by a leading market research firm MarketsandResearch.biz comes out as a highly reliable source of information and data on the global market. The report is a versatile and future-ready analytical survey that contains trend assessment, an in-depth assessment of market valuation, and revenue-generating trends. The report covers sharp insights into the present and forthcoming trends & developments in the global Cloud Computing in Industrial IoT market. It thoroughly reviews several factors of the market such as vital segments, regional market condition, market dynamics, investment suitability, and key players operating in the market.

The report then presents a detailed analysis based on the thorough research of the overall market, particularly on questions that cover the market size, growth scenario, potential opportunities, operation landscape, trend analysis, and competitive analysis. The report provides a clear understanding of the current and future situations of the global Cloud Computing in Industrial IoT market based on revenue, volume, production, trends, technology, innovation, and other critical factors. The research spotlights on the latest market insights, current situation analysis with upcoming trends, and breakdown of the products and services.

NOTE: Our report highlights the major issues and hazards that companies might come across due to the unprecedented outbreak of COVID-19.

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The forecast market view will be useful for new business, development trends, and investment feasibility analysis. It also studies growth trends, revenue, import-export scenario, production volume, and value of the market. It offers the fundamental perspectives on the high growth markets, the business economy as well as industry variations in the business factors. The study provides an in-depth analysis of the overall structure of the market along with the forecast of the various segments and sub-segments of the global Cloud Computing in Industrial IoT market.

The following major key players are covered:

By product types, the market is segmented into:

By application, the market is segmented into:

Geographical Analysis Covered In Market Report:

The latest business intelligence report analyzes the global Cloud Computing in Industrial IoT market in terms of market reach and consumer bases in the markets key geographical regions. This section of the report precisely evaluates the presence of the market in the major regions. It determines the market share, market size, revenue contribution, sales network, and distribution channels of each regional segment.

Based on geography, the global Cloud Computing in Industrial IoT market can be categorized:

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Key Questions Answered In The Report:

Various factors that may drive the growth of the global Cloud Computing in Industrial IoT market in the current scenario, as well as coming years, have been discussed in detail. It also analyzes the interaction of the forces of demand and supply in this market, as well as the factors that affect them. The internal and external factors that affect the market in terms of growth have been studied by this market study. The study carried out examines the before and after aspects of the market.

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Global Cloud Computing in Industrial IoT Market 2021 Study By Regions, Type and Product Forecast 2026 The Courier - The Courier

Earlier entrants are getting a head start on reaping the benefits of edge computing and they are providing roadmaps and lessons that will benefit everyone across the board.

The gold rush is on to capitalize on edge computing, but certain industries and types of companies are more likely to start seeing the results somewhat earlier than the rest. Leaders in edge implementations will be organizations in the transportation and manufacturing sectors serviced by cloud and technology manufacturers.

Thats the word from Akash Bhatia and a team of BCG contributors, who earlier this year looked at the ways edge computing is reshaping companies across major industry groups, noting that edge computing is poised to generate winners and losers in the manner of prior technology shifts such as cloud computing. However, while cloud made access and implementations far simpler for enterprises, edge computing requires a more complex set of skills and capabilities, so todays winners may not be tomorrows.

See also: Edge Computing vs. Cloud Computing: A Primer

Of course, edge computing requires an ecosystem of providers tosupport the above industry implementations. The BCG analysts identified seventypes of edge computing providers that will be taking the lead in the emergingedge economy:

Several industry-specific areas of focus will comprise the bulk ofemerging edge applications. Whats significant, the BCG analysts say, is thatthese six categories will account for 78% of the total edge market.

The rise of edge computing means opportunities across the boardfor all companies across all industries. While the earlier entrants identifiedby BCG are getting a head start on reaping the benefits of edge, they are alsoproviding roadmaps and lessons that will benefit everyone across the board.

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6 Organization Types to Lead the Edge Computing Revolution - RTInsights

The worldwide Healthcare Cloud Computing Market is cautiously researched withinside the report even as in large part targeting pinnacle players and their commercial enterprise tactics, geographical expansion, market segments, aggressive panorama, manufacturing, and pricing and value structures. Each segment of the studies has a look at is specifically organized to discover key factors of the worldwide Healthcare Cloud Computing Market. For instance, the market dynamics segment digs deep into the drivers, restraints, developments, and possibilities of the worldwide Healthcare Cloud Computing Market. With qualitative and quantitative evaluation, we assist you with thorough and complete studies at the worldwide Healthcare Cloud Computing Market. We have additionally centered on SWOT, PESTLE, and Porters Five Forces analyses of the worldwide Healthcare Cloud Computing Market.

Leading players of the worldwide Healthcare Cloud Computing Market are analyzed considering their market proportion, current trends, new product launches, partnerships, mergers or acquisitions, and markets served. We additionally offer an exhaustive evaluation in their product portfolios to discover the goods and programs they give attention to whilst working withinside the worldwide Healthcare Cloud Computing Market. Furthermore, the report gives separate market forecasts one for the manufacturing aspect and every other for the intake aspect of the worldwide Healthcare Cloud Computing Market. It additionally affords beneficial tips for brand new in addition to mounted players of the worldwide Healthcare Cloud Computing Market.

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Worldwide Healthcare Cloud Computing Market Segmented into Major pinnacle players:

CareCloud Corporation, ClearData Networks Inc, athenahealth Inc, Cerner Corporation, Epic Systems Corporation, NextGen Healthcare Information Systems LLC, Carestream Health Inc, Dell Inc, DICOM Grid Inc

Market Segmentation:

Segmentation by component: Services, Software. Segmentation by deployment model: Private cloud, Hybrid cloud, Public cloud. Segmentation by application: Clinical Information Systems, Nonclinical Information Systems. Segmentation by end user: Healthcare Providers, Healthcare Payers

The report covers North America, Europe, APCA, Latin America, Middle East, Africa. Country degree facts are supplied withinside the report.

The worldwide market is huge, with quite a few possibilities for exceptional regions. The North American area has the USA and Canada to provide even as the Asia Pacific consists of China, Japan, South Korea India Australia in addition to different international locations in that place like Singapore.

Request Here For The Covid-19 Impact OnHealthcare Cloud Computing Market:https://marketresearch.biz/report/healthcare-cloud-computing-market/covid-19-impact

The strategy, key patterns, market trends together with micro and macro information of aggressive market landscapes are nicely curated withinside the report. The report reviewed from fundamental to superior records approximately the mergers & acquisitions, collaborations, together with commercial enterprise rules and trending innovations. The aggressive panorama segment withinside the report includes the market proportion evaluation of outstanding players working withinside the Healthcare Cloud Computing Market market. It incorporates exact profiles of market leaders of the Healthcare Cloud Computing Market market to help customers to assess their techniques, trends, key product offering, and their monetary status.

Key Points Covered from the Worldwide Healthcare Cloud Computing Industry 2021 Research are:

What are the enormous and vital objects using the complete world Healthcare Cloud Computing commercial enterprise?

Help for preference through assessing destiny and historic records on Healthcare Cloud Computing market.

Opportunities, threats confronted with the players in Healthcare Cloud Computing markets.

List of the enormous players in Healthcare Cloud Computing markets.

Other vital matters which have been exactly researched withinside the worldwide Healthcare Cloud Computing enterprise report include: Healthcare Cloud Computing Demand and deliver dynamics, import and export scenario, employer approaches and fee arrangements, and Healthcare Cloud Computing substantial R&D initiatives.

With this data, the report affords recommendations and techniques to Healthcare Cloud Computing new investors, players, suppliers/manufacturers. The complete world Healthcare Cloud Computing market research had been made the use of vital inputs from employer experience. In addition to this, the developments and profits evaluation of this regional Healthcare Cloud Computing market comparisons became contained in this report. This will provide a very clean photo to the visitors of the manner the Healthcare Cloud Computing market will amplify across the world throughout the prediction period.

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Significant services of this Commercial Healthcare Cloud Computing have a look at:

Worldwide Commercial Healthcare Cloud Computing studies report combines masses of segments of the report that concentrates the dominant important players withinside the Commercial Healthcare Cloud Computing market.

This segment is known as competitive assessment that locates all of the information and commercial enterprise techniques belonging to the Commercial Healthcare Cloud Computing market.

This aids perusers and Commercial Healthcare Cloud Computing commercial enterprise players to devise their following plans of motions and sports to compete with their competitors.

The evaluation serves an extraordinary small commercial enterprise record which strengthens Commercial Healthcare Cloud Computing market thought, worldwide outlook derived from pinnacle manufacturers and market instincts which location the Commercial Healthcare Cloud Computing basis for practical and appropriate practices.

Major Topics Covered on this Report:

1. Study Coverage

2. Executive Summary

3. Healthcare Cloud Computing Market Size through Manufacturers

4. Production through Regions

5. Consumption through Regions

6. Healthcare Cloud Computing Market Size through Type

7. Healthcare Cloud Computing Market Size through Application

8. Manufacturers Profiles

9. Production Forecasts

10. Consumption Forecast

11. Upstream, Industry Chain, and Downstream Customers Analysis

12. Opportunities and Challenges, Threat and Affecting Factors

13. Key Findings

14. Appendix

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Healthcare Cloud Computing Market 2021 Dynamics Analysis, Size Witness Growth Hike During 2030| CareCloud Corporation, ClearData Networks Inc,...

Alibaba Cloud is set to launch its first datacentre in the Philippines by the end of this year as part of an aggressive plan to expand its presence across Southeast Asia.

The Chinese cloud supplier will be bringing its suite of cloud services to the country, including Elastic Compute Service, databases, content delivery network and storage services. It plans to target businesses in the financial, retail and healthcare industries.

According to the Asia Cloud Computing Associations Cloud readiness index 2020, cloud adoption in the Philippines has yet to mature due to factors such as international connectivity, datacentre risk and cyber security, among others. Its ranking in the index fell from ninth in 2018 to 11th in 2020.

This was despite efforts by the government to encourage cloud adoption through its cloud-first policy since 2017, including procurement support to help government agencies access and compare the offerings of different cloud suppliers.

In the private sector, however, some enterprises have started deploying cloud services more widely. Globe Telecom, the largest telco in the Philippines, has moved most of its technology infrastructure to the public cloud.

It has also undertaken lift-and-shift migrations for legacy systems and is looking to develop more cloud-native applications, according to Globe Telecoms CIO and senior vice-president, Carlo Malana.

Alibaba Clouds first datacentre in the Philippines will likely give it a headstart over its global rivals which have yet to set up cloud regions in the country as cloud adoption among Filipino firms matures.

With companies like Globe Telecom using public cloud services mostly hosted out of Singapore, a local Alibaba Cloud datacentre would help to decrease latency for applications while complying with local data protection regulations.

Elsewhere in Southeast Asia, a third Alibaba Cloud datacentre is being planned for Indonesia, providing local firms with access to database, security, network, machine learning and data analytics services.

The company said the additional facility will enable it to better support local businesses interested in adopting cloud technology and advance Indonesias push for a digital society.

According to Achim Granzen, principal analyst at Forrester, 45% of Indonesian firms are using public cloud to build new apps and services. Only a quarter cited the lower cost of infrastructure as the main reason for using public cloud, with time to market and access to innovation being the key drivers of cloud adoption.

Selina Yuan, general manager of international business unit at Alibaba Cloud Intelligence, said the companys new investments were timely, given the impact of the pandemic and the sharp rise in demand for digital business tools.

Equally important is our focus on talent development and nurturing a digitally-competent workforce, which we see as a key challenge for many businesses to overcome going forward, she added.

The company has committed $1bn in a new initiative to build the regions digital talent pool over the next three years through skills training and connecting startups with promising ideas to venture capital firms.

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Alibaba Cloud sets foot in the Philippines - ComputerWeekly.com

CAMBRIDGE, Mass., June 09, 2021 (GLOBE NEWSWIRE) -- Devo Technology, the cloud-native logging and security analytics company, today announced the results of a report assessing the current state and pace of change with regards to enterprise cloud transformation initiatives and the ramifications on teams running a Security Operations Center (SOC). The report, Beyond Cloud Adoption: How to Embrace the Cloud for Security and Business Benefits, found that the global pandemic accelerated business transformation far past the cloud tipping point and uncovered severe and far reaching implications for security teams. It also revealed that forward-thinking and high performing organizations took this opportunity to face the challenges head-on, and their businesses are far better for itwith more than half of high performing organizations seeing gains in capabilities and visibility.

The findings come from a survey conducted by theEnterprise Strategy Group (ESG) comprising 500 IT and security personnel in the SOC chain of command at enterprise-class (i.e., more than 1,000 employees) organizations in North America and Western Europe in January 2021.

The global pandemic, and associated surge in remote work, accelerated a massive move to cloud with cloud-first organizations now outnumbering on premise organizations by a ratio of three-to-one, with 81 percent of organizations voicing that COVID had accelerated their cloud timelines and plans. Across these companies, there was a 200 percent jump in organizations planning to move more than 75 percent of their apps/workloads to the cloud, with 86 percent of companies placing cloud options in their decision process for new applications, and more than 40 percent choosing the cloud as their first option.

It could not be more clear from our conversations with these companies that cloud considerations are no longer a project-based decision, but an all-in business strategy, said Jon Oltsik, Senior Principal Analyst & ESG Fellow. Even at a time of increasing regulations and risksand increasing IT complexity driven by cloud computing proliferationorganizations are moving aggressively to transform their businesses.

With such a massive and rapid shift, the current infrastructure of technology and people are not well aligned with these new realities. Respondents cited significant issues of complexity and overloadmost notably, 80 percent citing as much as 40 percent more security data on which they need to analyze and act. The staffing costs are also high with 41 percent citing challenges of increased workload, and 35 percent identifying a security skill mismatchall resulting in higher exposure. In 60 percent of organizations, they have seen an increase in threat and attack complexity and in more than 60 percent, it has exposed weaknesses in legacy security toolsets.

While dramatic change is a constant in security, its safe to say that 2020 challenged security professionals in unprecedented ways, said Ted Julian, SVP of Product at Devo. An amazing and encouraging finding of this study is that nearly a quarter of organizations didnt just weather the storm of change, they turned it into an opportunity to build for the future.

ESG designated the 22 percent of organizations deemed high performing as Cloud Evangelists, characterizing them as businesses with high adoption rates of cloud and cloud-based security controls. With nearly 80 percent of these organizations seeing an increase in security spending for cloud, those moving aggressively to transform their security made substantive changes, including:

The all-in approach taken by Cloud Evangelists has not only allowed organizations to keep pace with change, but also positively affect the operational strength of the business overall. More than 50 percent said these security changes increased the pace of application development and deployment, and 62 percent indicated it eased the ability to adopt new technologies. Finally, 56 percent cited high confidence in security visibility into cloud workloads.

These changes by Cloud Evangelists highlight the organizational differences from another group identified in the report, Cloud Adopters (11 percent of survey participants), which represents organizations that are adopting cloud computing but are not as aggressive toward adoption of cloud-based security controls. When it comes to this group that are on the right track of shifting to the cloud, the report findings showed:

About DevoDevo is the only cloud-native logging and security analytics platform that releases the full potential of your data to empower bold, confident action. With unrivaled scale to collect all of your data without compromise, speed to give you immediate access and answers, and clarity to focus on the signals that matter most, Devo is your ally in protecting your organization today and tomorrow. Headquartered in Cambridge, Mass., Devo is backed by Insight Partners, Georgian, and Bessemer Venture Partners. Learn more at http://www.devo.com.

Contact:Devo TechnologyShannon Todescashannon.todesca@devo.com+1 (508) 494-4607

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Devo Report Reveals Cloud Security Priorities of Pandemic-Evolved Businesses - GlobeNewswire

The Internet of Things -- or IoT, a catch-all phrase for devices getting connected to the internet or another private network -- is reaching mind-boggling proportions. There are more "things" connected to the internet than there are people, and annual spending to manage this interconnected and still-expanding patchwork of electronic devices is worth hundreds of billions of dollars a year.

The IoT is a total feeding trough, and it can be difficult to sift through those companies that have a "wide moat" (those with a competitive edge over their peers) from those simply benefiting from a rising tide. Three Fool.com contributors are here to help, and think that Google parent Alphabet (NASDAQ:GOOGL)(NASDAQ:GOOG), MongoDB (NASDAQ:MDB), and Ouster (NYSE:OUST) have a wide moat that separates them from the pack.

Nicholas Rossolillo (Alphabet): Google is an inseparable part of the very fabric of the internet. Countless billions of web searches are made every day, and Google profits from its utilitarian tech service primarily via advertising. It isn't the sexiest business model, and it's one that has come under fire in recent years -- but it isn't going away anytime soon. As the internet and its application in everyday life evolves in the decades to come, Google will be a utility company helping govern its basic functionality.

Besides not really having any serious competition in web search itself (besides maybe Facebook (NASDAQ:FB), which dominates the social media side of the internet), Google has a mountain of cash. At the end of March 2021, it had over $135 billion in cash and equivalents, another $25.3 billion in non-marketable investments, offset by debt of only $13.9 billion. This is one of the deepest-pocketed organizations on the planet, and it's still filling up its coffers. Total Google revenue was $197 billion over the last trailing-12-month stretch and had an operating profit margin of over 25%.

Google funnels tens of billions every year into developing IoT technology -- like its Pixel smartphones and Nest smart home devices, as well as Fitbit, which it acquired at the beginning of 2021 for a meager sum (in Google terms) of $2.1 billion. More speculative investments include self-driving vehicle company Waymo and AI researcher DeepMind. Then there are IoT services like cloud and edge computing via Google Cloud, Google Pay, Google Fiber, and mobile provider Google Fi. The list goes on.

The point is, Google is using its dominant internet search engine to power all sorts of other ancillary businesses. If I had to think of only one wide moat IoT business, I think Google is as close to bulletproof as they come.

Image source: Getty Images.

Anders Bylund (MongoDB): You know you have an insurmountable moat when the competitors you're disrupting are starting to copy you. It's even better if the traditionalists can't quite pin down why your groundbreaking technologies are doing so well in the market, causing their copycat ideas to miss the mark.

That's where MongoDB stands today. The NoSQL database specialist has carved out an impressive market space for itself in the massive global market for database products and services. In particular, MongoDB's cloud-based Atlas platform is winning customers hand over fist. The ultra-flexible structure of NoSQL databases makes them perfect for managing messy and unstructured data, like the sensor readings and user inputs that come from IoT devices.

MongoDB's sales rose 39% year over year in last week's first-quarter report. Atlas revenue skyrocketed 73% higher and now accounts for more than half of the company's total quarterly sales. This high-growth company is already generating positive free cash flows, setting the stage for further investments in business-boosting products and services as well as positive bottom-line earnings somewhere down the road.

At the same time, SQL database giant Oracle (NYSE:ORCL) posted just 3% revenue growth in its latest quarterly report. Cloud-based services delivered just enough growth to make up for Oracle's lost contracts in the data center. Judging by Oracle's earnings call, cloud computing is the top priority at the expense of truly forward-looking development efforts. Management spent a lot of time on discussing cloud-based service delivery but never even mentioned customer deployments of converged databases, which is the closest thing Oracle has to a NoSQL solution. That's the wrong approach.

So MongoDB's business is surging, and Oracle is just making a half-hearted attempt to keep up with the cool kids. The young upstart is stealing market share from the established competition, just as the IoT market enters an explosive growth phase of its own. Having the right database solution for this incredible target market should provide plenty of fuel for MongoDB's top-line growth in the years to come.

Billy Duberstein (Ouster): A main feature of the Internet of Things is the ability for machines to detect and respond to the world around them without human direction. One technology that will enable that functionality is LiDAR, a laser-based computer vision technology just coming into its own. You may know LiDAR from its use in self-driving cars, but the technology is also applicable for smart cities, factory automation, and robotics.

Digital LiDAR company Ouster just merged with SPAC Colonnade Acquisition Corp. in March, but is already making a big impression in 2021. Although the company generates minimal revenue today, its customer base is growing rapidly. Just since the fourth quarter 2020, Ouster's strategic customer agreements have quadrupled from 10 to 40, and its contracted revenue is up over 10 times, from $34 million to $385 million. Rapid price declines in digital LiDAR, combined with a tidal wave of demand for automation applications, could mean an inflection point for LiDAR companies generally and Ouster specifically.

Ouster's advantage in LiDAR comes from a few different places. First, it has gone the digital route, which offers the potential for exponential improvement and greater simplicity versus analog LiDAR technology. The company has also chosen a single simple architecture that is configurable to each LiDAR application through software, allowing for efficient low-cost production even with customization for different end-markets.

Additionally, while other LiDAR companies appear to be very focused on the self-driving car market, Ouster is actually just as focused across industrial automation, robotics, and smart cities as well. For instance, Ouster just won an exclusive smart city contract to supply speed enforcement systems in France. These other non-auto markets may actually be much more profitable than the autonomous vehicle market, which is not only more competitive but also proving very difficult to pull off.

With a fresh $300 million from its SPAC deal, Ouster is ramping up production and accelerating its proprietary system-on-chip iteration from a two-year development cycle to a one-year development cycle. It may not be as strong a moat as in more established companies, but with a low-cost and flexible architecture, rapid speed of innovation, and large potential opportunity, Ouster may be developing into a consequential LiDAR company at the beginning of its adoption phase.

This article represents the opinion of the writer, who may disagree with the official recommendation position of a Motley Fool premium advisory service. Were motley! Questioning an investing thesis -- even one of our own -- helps us all think critically about investing and make decisions that help us become smarter, happier, and richer.

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These 3 Internet of Things Companies Have Incredibly Wide Moats - Motley Fool

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Cloud Computing provides us means of accessing the applications as utilities over the Internet. It allows us to create, configure, and customize the applications online.

The termCloudrefers to aNetworkorInternet. In other words, we can say that Cloud is something, which is present at remote location. Cloud can provide services over public and private networks, i.e., WAN, LAN or VPN.

Applications such ase-mail, web conferencing, customer relationship management (CRM) execute on cloud.

Cloud Computingrefers tomanipulating, configuring,andaccessingthe hardware and software resources remotely. It offers online data storage, infrastructure, and application.

Cloud computing offers platform independency, as the software is not required to be installed locally on the PC. Hence, the Cloud Computing is making our business applicationsmobileandcollaborative.

There are certain services and models working behind the scene making the cloud computing feasible and accessible to end users. Following are the working models for cloud computing:

Deployment models define the type of access to the cloud, i.e., how the cloud is located? Cloud can have any of the four types of access: Public, Private, Hybrid, and Community.

Thepublic cloudallows systems and services to be easily accessible to the general public. Public cloud may be less secure because of its openness.

Theprivate cloudallows systems and services to be accessible within an organization. It is more secured because of its private nature.

Thecommunity cloudallows systems and services to be accessible by a group of organizations.

Thehybrid cloudis a mixture of public and private cloud, in which the critical activities are performed using private cloud while the non-critical activities are performed using public cloud.

Cloud computing is based on service models. These are categorized into three basic service models which are -

Anything-as-a-Service (XaaS) is yet another service model, which includes Network-as-a-Service, Business-as-a-Service, Identity-as-a-Service, Database-as-a-ServiceorStrategy-as-a-Service.

TheInfrastructure-as-a-Service (IaaS)is the most basic level of service. Each of the service models inherit the security and management mechanism from the underlying model, as shown in the following diagram:

IaaSprovides access to fundamental resources such as physical machines, virtual machines, virtual storage, etc.

PaaS provides the runtime environment for applications, development and deployment tools, etc.

SaaSmodel allows to use software applications as a service to end-users.

The concept ofCloud Computingcame into existence in the year 1950 with implementation of mainframe computers, accessible viathin/static clients. Since then, cloud computing has been evolved from static clients to dynamic ones and from software to services. The following diagram explains the evolution of cloud computing:

Cloud Computing has numerous advantages. Some of them are listed below -

One can access applications as utilities, over the Internet.

One can manipulate and configure the applications online at any time.

It does not require to install a software to access or manipulate cloud application.

Cloud Computing offers online development and deployment tools, programming runtime environment throughPaaS model.

Cloud resources are available over the network in a manner that provide platform independent access to any type of clients.

Cloud Computing offerson-demand self-service. The resources can be used without interaction with cloud service provider.

Cloud Computing is highly cost effective because it operates at high efficiency with optimum utilization. It just requires an Internet connection

Cloud Computing offers load balancing that makes it more reliable.

Although cloud Computing is a promising innovation with various benefits in the world of computing, it comes with risks. Some of them are discussed below:

It is the biggest concern about cloud computing. Since data management and infrastructure management in cloud is provided by third-party, it is always a risk to handover the sensitive information to cloud service providers.

Although the cloud computing vendors ensure highly secured password protected accounts, any sign of security breach may result in loss of customers and businesses.

It is very difficult for the customers to switch from oneCloud Service Provider (CSP)to another. It results in dependency on a particular CSP for service.

This risk involves the failure of isolation mechanism that separates storage, memory, and routing between the different tenants.

In case of public cloud provider, the customer management interfaces are accessible through the Internet.

It is possible that the data requested for deletion may not get deleted. It happens because either of the following reasons

There are four key characteristics of cloud computing. They are shown in the following diagram:

Cloud Computing allows the users to use web services and resources on demand. One can logon to a website at any time and use them.

Since cloud computing is completely web based, it can be accessed from anywhere and at any time.

Cloud computing allows multiple tenants to share a pool of resources. One can share single physical instance of hardware, database and basic infrastructure.

It is very easy to scale the resources vertically or horizontally at any time. Scaling of resources means the ability of resources to deal with increasing or decreasing demand.

The resources being used by customers at any given point of time are automatically monitored.

In this service cloud provider controls and monitors all the aspects of cloud service. Resource optimization, billing, and capacity planning etc. depend on it.

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Cloud Computing Overview - Tutorialspoint

What is the cloud? Where is the cloud? Are we in the cloud right now? These are all questions you've probably heard or even asked yourself. The term "cloud computing" is everywhere.

In the simplest terms, cloud computing means storing and accessing data and programs over the internet instead of your computer's hard drive. (The PCMag Encyclopedia defines it succinctly as "hardware and software services from a provider on the internet.")

Ultimately, the "cloud" is just a metaphor for the internet. It goes back to the days of flowcharts and presentations that would represent the gigantic server-farm infrastructure of the internet as nothing but apuffy cloud, accepting connections and doling out information as it floats.

What cloud computing is not about is your hard drive. When you store data on or run programs from the hard drive, that's called local storage and computing. Everything you need is physically close to you, which means accessing your data is fast and easy, for that one computer, or others on the local network. Working off your hard drive is how the computer industry functioned for decades; some would argue it's still superior to cloud computing, for reasons I'll explain shortly.

The cloud is also not about having dedicatednetwork attached storage (NAS) device in your house. Storing data on a home or office network does not count as utilizing the cloud. (However, some NAS devices will let you remotely access things over the internet, and there'sat least one brand from Western Digital named "My Cloud,"just to keep things confusing.)

For it to be considered "cloud computing," you need to access your data or your programs over the internet, or at the very least, have that data synced with other information over the web. In a big business, you may know all there is to know about what's on the other side of the connection; as an individual user, you may never have any idea what kind of massive data processing is happening on the other end in a data center that uses more power in a day than your whole town does in a year. The end result is the same: with an online connection, cloud computing can be done anywhere, anytime.

Let's be clear here. I'm talking about cloud computing as it impacts individual consumersthose of us who sit back at home or in small-to-medium offices and use the internet on a regular basis.

There is an entirely different "cloud" when it comes to business. Some businesses choose to implementSoftware-as-a-Service(SaaS), where the business subscribes to an application it accesses over the internet. (ThinkSalesforce.com.) There's also Platform-as-a-Service (PaaS), where a business can create its own custom applications for use by all in the company. And don't forget the mightyInfrastructure-as-a-Service(IaaS), where players like Amazon, Microsoft, Google, and Rackspace provide a backbone that can be "rented out" by other companies. (For example, Netflix is a customer of the cloud services atAmazon.)

Of course, cloud computing is big business. Our partners at Statista created this chart in February 2020 showing Amazon's dominance in the $100 billion a year business. That, of course, was a month before the COVID-19 coronavirus shut down a lot of businesseswhich then transferred their cloud computing to the home, seamlessly for the most part.

But that's in the US and thus represents only a slice of the cloud pie. If you take the worldwide use into account, the market is worth far more. It was $272 billion in 2018, and expected to be worth $623.3 billion by 2023, according to Markets and Markets.

When it comes to home use, the lines between local computing and cloud computing sometimes get blurry. That's because the cloud is part of almost everything on our computers these days. You can easily have a local piece of software (for instance,Microsoft Office) that utilizes a form of cloud computing for storage (Microsoft OneDrive). Microsoft also offers a set of web-based apps,Office (aka Office for the Web), that are web-only versions of Word, Excel, PowerPoint, and OneNote accessed via your web browser without installing anything. That makes them a version of cloud computing (web-based=cloud).

Some other major examples of cloud computing you're probably using:

Google Drive: This is a pure cloud computing service, with all the storage found online so it can work with the cloud productivity apps: Google Docs, Sheets, and Slides. Google Drive is also available on more than just desktop computers; you can use it on tablets like the iPador on smartphones, which have separate apps for Docs and Sheets, as well. In fact, most Google services could be considered cloud computing: Gmail, Google Calendar, Google Maps, and so on.

Apple iCloud: Apple's cloud service is primarily used for online storage, backup, and synchronization of your mail, contacts, calendar, and more. All the data you need is available to you on your iOS, iPadOS, macOS, or Windows devices (Windows users have toinstallthe iCloud control panel). Naturally, Apple won't be outdone by rivals: it offers cloud-based versions of its word processor (Pages), spreadsheet (Numbers), and presentations (Keynote) for use by any iCloud subscriber. iCloud is also the place iPhone users go to utilize the Find My iPhone feature when the handset goes missing.

Dropbox: This service has been a simple, reliable file-sync and storage service for years, but is now enhanced with lots of collaboration features (which will cost you and your business, as the free version has gotten a bit skimpy).

Slack: Yes, it's considered cloud computing if you have a community of people with separate devices that need instant messaging/communication. The poster child for that is Slack, but you get the same from Microsoft Teams, Workplace by Facebook, and more. Read about them in 17 Alternatives to Slack.

The aforementioned file-synchronization/backup service, and others like Box, IDrive, and SugarSyncall work in the cloud because they store a synced version of your files online, but they also sync those files with local storage. Synchronization is a cornerstone of the cloud computing experience, even if you do access the file locally. For more, check out our roundup of theThe Best Cloud Storage and File-Syncing Services for 2020.

The primo example of a device that is completely cloud-centric is theChromebook. These laptops have just enough local storage and power to run Chrome OS, which essentially turns theGoogle Chrome web browser into an operating system. With a Chromebook, almost everything you do is online: apps, media, and storage are all in the cloud. Because of that, they tend to be inexpensive and that's made them incredibly popular for education. The latest, made since 2017, will even run Android apps.

You can even try a ChromeBit, a smaller-than-a-candy-bar drive that turns any display with an HDMI port into a usable computer running Chrome OS. Asus still sells one.

What happens if you're somewhere without an internet connection and you need to access your data? This is one of the biggest complaints about Chrome OS, although its offline functionality has improved.

The Chromebook isn't the first product to try this approach. So-called "dumb terminals" that lack local storage and connect to a local server or mainframe go back decades. The first internet-only product attempts included the oldNIC (New internet Computer), theNetpliance iOpener, and the disastrous3Com Ergo Audrey. You could argue they all debuted well before their timedial-up speeds of the 1990s had training wheels compared to the accelerated broadband internet connections of today.

That's why many would argue that cloud computing works at all: the connection to the internet is as fast as the connection to the hard drive. At least it is for some of us.

In a 2013 edition of his feature What if?, xkcd-cartoonist (and former NASA roboticist) Randall Monroe tried to answer the question of "Whenif everwill the bandwidth of the internet surpass that of FedEx?" The question was posed because no matter how great your broadband connection, it's still cheaper to send a package of hundreds of gigabytes of data via FedEx's "sneakernet" of planes and trucks than it is to try and send it over the internet. (The answer, Monroe concluded, is the year 2040.)

Cory Doctorow at boingboing took Monroe's answer as "an implicit critique of cloud computing." To him, the speed and cost of local storage easily outstrips using a wide-area network connection controlled by a telecom company (your ISP).

That's the rub. The ISPs, telcos, and media companies control your access. Putting all your faith in the cloud means you're also putting all your faith in continued, unfettered access. You might get it, but it'll cost you. The more bandwidth you use, the more it costs.Maybe you trust those corporations. That's fine, but there are plenty of other arguments against going into the cloud whole hog. Consider the potential for crashes. When there are problems at a company like Amazon, which provides cloud infrastructure to big name companies like Netflix and Pinterest, it can take out all those services. And more. When Amazon's S3 service got mis-configured in 2017, it took out a hefty chunk of the entire internet across the board. The problems typically last for only hours, but that's not much consolation at the time.

To be honest, it doesn't matter. Cloud computing may be a little bit like the Wild West, where the rules are made up as you go, and you hope for the best, but it's here to stay. The money made by the cloud is immense, the ease of use speaks for itself.

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What Is Cloud Computing? | PCMag

A titanic battle for control over the future of enterprise has begun in earnest with the rise of distributed cloud computing architectures through which IT organizations will one day centrally manage a wide range of application environments.

All the major cloud service providers are already extending the reach of their platforms with that goal in mind. Google, for example, has created the Anthos platform based on Kubernetes that can be deployed on any cloud or on-premises IT environment. IT teams can then centrally manage workloads as they best see fit regardless of where they are running.

Microsoft, meanwhile, has launched Azure Arc, a management platform that makes it easier to deploy and manage Azure services across multiple clouds and on-premises IT environments. Each resource is assigned a unique Azure Resource Manager ID that enables it to participate in a resource group and be assigned tags like any other Azure resource.

Amazon Web Services (AWS), meanwhile has developed AWS Outposts, a managed service through which instances of its operating environment can be deployed in an on-premises IT environment or at the network edge. AWS has even gone so far as to build its own servers for those environments.

Also read: Need for Data Fabrics Rises as IT Becomes More Distributed

Providers of on-premises IT platforms are not simply rolling over as cloud service providers attempt to lay claim to their turf. Both Dell Technologies and Hewlett-Packard Enterprise (HPE) are extending managed services they provide to the cloud as part of an effort to make it possible to manage an extended enterprise via a console they provide.

IBM, meanwhile, sees an opportunity to regain supremacy by enabling a hybrid cloud computing platform via a Red Hat OpenShift platform based on Kubernetes that can be deployed anywhere. IBM Cloud Satellite is a managed service that extends the reach of IBMs ability to centrally manage multiple clouds all the way out to the network edge.

The one thing all these variations of a distributed cloud have in common is that they assume a console accessed via proprietary service is at the center of an extended enterprise. However, that may not necessarily be how distributed clouds ultimately manage themselves. An open source Crossplane project being advanced by the Cloud Native Computing Foundation (CNCF) is leveraging the control plane originally developed for Kubernetes to create a framework for managing IT resources on any type regardless of location.

Crossplane, rather than limiting the ability of that control plane to manage Kubernetes clusters, makes it possible to also orchestrate legacy virtual machine environments using the Kubernetes application programming interface (API). Originally developed by Upbound, the company recently unveiled a managed service dubbed Upbound Universal Crossplane through which it provides access to a curated instance of Crossplane. However, theres nothing stopping either an internal IT team from deploying Crossplane themselves or contracting an IT services firm to deploy Crossplane on their behalf.

Enterprises want to own the control plane for all the different clouds, says Upbound CEO Bassam Tabbara.

Also read: Falling Cloud Storage Costs Mask Growing Management Headache

In addition to not wanting to become locked into a single platform, IT teams are under increased pressure to reduce the total cost of IT. Each platform added to an IT environment requires separate tools to manage it that someone in the IT organizations needs to learn how to use. Before too long there is now a separate team of specialists that has been hired to manage each platform.

Distributed cloud computing environments in theory present an opportunity to centralize the management of IT in as much a cloud computing platform can be stood up. Not every class of edge computing platform has the compute and memory resources needed to run a full stack of cloud software. In fact, Gartner predicts that by the end of 2023 only 20% of edge computing platforms will be delivered and managed by hyperscale cloud providers.

One way or another, however, the way enterprise IT is managed is about to fundamentally change. The existing tools IT teams rely on are largely designed for on-premises IT environments. IT teams either through new tools accessed via a console provided by an IT vendor or one they construct themselves are required to manage distributed computing environments made up of virtual machines, bare-metal servers, graphical processor units (GPUs), containers, Kubernetes clusters and serverless computing frameworks. Achieving that goal will require substantial investments in, for example, modern automation frameworks that enable IT teams to manage infrastructure as code.

IT vendors are making a case for providing access to those tools via services they provide. Each organization will need to decide for themselves to what degree that approach makes sense for them. Some organizations, for example, may decide to focus their limited resources on building applications rather than managing the infrastructure they run on. Others will decide IT is still too crucial to trust the management of it to anyone else. No matter the path chosen, the one thing that is clear is distributed computing is about to be taken to a whole new level.

Read next: Red Hat Looks to BU to Advance Hybrid Cloud Research

Read more:

Networking's Future is in the Distributed Cloud | ITBE - IT Business Edge

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Cloud computing has spread its feathers across various industries. The healthcare industry is no exception. The booming healthcare industry has observed tremendous advancements, including cloud computing. Based on the growing need for automation across the healthcare sector, the global healthcare cloud computing market is expected to bring good growth opportunities for the forecast period of 2017-2025.

The popularity of healthcare cloud computing has increased considerably over the years. More than 80 percent of the healthcare industry uses cloud computing for business operations. Transforming healthcare through the cloud is more than just the delivery of medical information or performing any tasks online. It has the ability to connect medical centers too. Thus, all these factors bring promising growth for the healthcare cloud computing market.

Cloud computing has gained substantial momentum and is estimated to gain promising growth as it is helping the healthcare industry in easing tedious clerical functions. Here are some of the important factors that help in boosting the growth prospects of the healthcare cloud computing market.

Cost-cutting

Cloud computing provides on-demand storage and processing power capabilities. The healthcare facilities do not have to buy servers and also are saved from maintaining the servers. The pay-as-you-go model helps in cutting a large chunk of the cost of the healthcare facilities. These aspects will influence the growth of the healthcare cloud computing market.

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Robust Collaborations

Multiple stakeholders can collaborate their data seamlessly and efficiently through cloud computing. This type of collaboration, also known as interoperability is crucial in an emergency or critical medical situation. Fast access to the medical history of the patient and similar data serves as a boon for faster treatment. Therefore, these factors bode well for the growth of the healthcare cloud computing market.

Telehealth

Telehealth involves a wide range of healthcare-related services such as remote monitoring of patient health, training, and education. The deployment of telehealth services becomes easy through cloud computing. Remote locations can be accessed easily with telehealth services. The load on healthcare facilities is reduced substantially due to these services, which further increases the demand for healthcare cloud computing.

Quick Diagnosis

The adoption of the latest advancements such as Artificial Intelligence (AI) and machine learning in the healthcare cloud computing market is expected to sow the seeds of growth. By machine learning algorithms, the ability to diagnose diseases accurately is improved extensively. These factors bring promising growth for the healthcare cloud computing market.

Healthcare Cloud Computing in COVID-19

Cloud computing was already gaining tremendous traction before COVID-19 hit the world. The emergence of the pandemic led to a high patient caseload and a strain on the healthcare infrastructure. To ease the workload, healthcare cloud computing gained immense momentum during the pandemic. Heres how the healthcare cloud computing market is anticipated to observe a positive growth trajectory across the COVID-19 pandemic.

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Contact Tracing

The cloud computing systems in the healthcare sector are helping in tracking COVID-19 patients. The data collected by cloud computing is used for tracing the infection histories and links. These links prove to be beneficial for breaking the chain of transmission. The various applications developed by numerous cloud computing developers will serve as a growth churner for the healthcare cloud computing market.

Rapid Efficiency

With the number of COVID-19 positive patients increasing at a rapid rate, accessibility to faster cloud servers and data recovery at a faster pace helps in decreasing the caseload of the healthcare professionals. Swift data and communication exchange between healthcare workers, research centers, and hospital centers enables a better and more time-efficient healthcare environment. Hence, all these factors will boost the demand for healthcare cloud computing extensively.

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Which Aspects will Shape the Growth of the Healthcare Cloud Computing Market? - TechBullion