Category Archives: Cloud Hosting
How Cloud Computing and Edge Computing Work Together – Illinoisnewstoday.com
In many cases, using cloud computing and edge computing at the same time gives the best overall results in terms of performance.
Discussions about the relationship between cloud computing and edge computing tend to present cloud and edge as the opposite type of architecture and treat them as one or both propositions.
This is not the best way to think about the cloud and the edge. There are important differences between cloud and edge computing, but cloud and edge are not complementary to each other and do not compete.
The difference between cloud computing and edge computing is primarily concentrated in the location where the workload is hosted.
In traditional clouds, data and applications are stored in large data centers within the public cloud vendors network.
In the edge architecture, workloads are hosted closer to the end user than in traditional data centers from a network perspective.
Keep in mind that the definition of an edge can be a bit confusing, as there are many possible ways to build an edge architecture. In some cases, the edge environment runs directly on the end users device. Others look like traditional data centers with traditional servers that are closer to the end user than traditional cloud data centers.
Cloud computing tends to be simpler from an architectural point of view. There may be some variation in the cloud regions and zones that teams use to host their workloads, but all public cloud environments are relatively far from the end user (even from a network perspective). ) Relies on traditional data centers.
Cloud and edge computing is a radically different type of architecture, but cloud and edge is not always the best way to think about them.
In many cases it makes sense to use both the cloud and the edge at the same time. Cloud data centers can handle workloads that require edge infrastructure while hosting edge-hosted workloads with minimal latency and reliability.
By pairing cloud And Edge work together to enable organizations to leverage the scalability and ease of deployment of cloud environments while achieving high-performance goals that cloud data centers may not always be able to support due to network delay issues. ..
This does not mean that you always need to use the cloud and the edge at the same time. Its perfectly possible to host applications and data in the cloud without running an edge environment. Although less common, it is possible to use the edge without using the public cloud.
However, in general, using cloud and edge computing at the same time gives the best overall results in terms of performance. The only major drawback is that it is difficult to manage the cloud and edge environments at the same time. Kubernetes We simplify this by making it easy to deploy applications from the central management plane to both types of environments.
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How Cloud Computing and Edge Computing Work Together - Illinoisnewstoday.com
Outlook on the Web Hosting Services Global Market to 2027 – Featuring AT&T, Dreamhost and GoDaddy Among Others – Yahoo Finance
DUBLIN, June 4, 2021 /PRNewswire/ -- The "Web Hosting Services Market by Type, Deployment Model, Application and End User: Global Opportunity Analysis and Industry Forecast, 2020-2027" report has been added to ResearchAndMarkets.com's offering.
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Web hosting services enable the provision of space on the web server to access, manage, and host the website. It provides customized domains, security protection, and attached email services and can be categorized into dedicated hosting, website builder, shared hosting, and virtual private server (VPS) hosting services. These services enable individuals and enterprises to leverage a website over the internet to publish their personalized and business-related content. The advanced web hosting services provide various benefits such as superior performance, increased security, and increased security.
Factors such as surge in a number of SMEs around the globe and their efforts to have online presence; proliferation of mobile marketing platforms; rise in demand for managed web hosting services; and availability of web hosting services with excellent server performance and features at cheapest prices fuel the growth of the market. In addition, rise in demand for best hosting services during COVID-19 pandemic is projected to drive the growth of the web hosting services market. However, challenges associated with providing scalability and maintaining uptime may hamper the market growth to some extent. On the other hand, artificial intelligence (AI) in web hosting and rise in adoption of cloud-based gaming solutions is expected to provide lucrative opportunities for the market growth during the forecast period.
The web hosting services market is segmented on the basis of type, deployment model, application, end user, and region. By type, it is categorized into website builders, shared hosting, dedicated hosting, collocated hosting, and others. As per the deployment model, it is classified into private cloud, public cloud, and hybrid cloud. Depending on application, it is divided into public website, intranet site, mobile application, and web application. On the basis of end user, it is categorized into enterprise and individual. Region wise, it is analyzed across North America, Europe, Asia-Pacific, and LAMEA.
The company profiles of web hosting services market players included in this report are 1&1 Internet Inc., Amazon Web Services Inc., AT&T Inc., Dreamhost Inc., Easyhost, GoDaddy Inc., Google Inc., InMotion Hosting, and Just Host.
Key Benefits
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The study provides an in-depth analysis of the web hosting services market along with current trends and future estimations to elucidate imminent investment pockets.
Information about key drivers, restrains, and opportunities and their impact analysis on the market size is provided in the report.
Porter's five forces analysis illustrates the potency of buyers and suppliers operating in the industry.
The quantitative analysis of web hosting services market for the period 2020-2027 is provided to determine the market potential.
Key Topics Covered:
Chapter 1: Introduction
Chapter 2: Executive Summary2.1. Key Findings2.1.1. Top Impacting Factors2.1.2. Top Investment Pockets2.2. Cxo Perspective
Chapter 3: Market Overview3.1. Market Definition and Scope3.2. Key Forces Shaping the Web Hosting Services Market3.3. Market Dynamics3.3.1. Drivers3.3.1.1. Surge in a Number of Organizations Around the Globe and Their Efforts to Have Online Presence3.3.1.2. Proliferation of Mobile Marketing Platforms3.3.1.3. Availability of Web Hosting Services with Excellent Server Performance and Features at Cheapest Prices3.3.1.4. Rise in Demand for Managed Web Hosting Services3.3.1.5. Rise in Demand for Best Hosting Services During COVID-19 Pandemic3.3.2. Restraints3.3.2.1. Challenges Associated with Providing Scalability and Maintaining Uptime3.3.3. Opportunities3.3.3.1. Artificial Intelligence (Ai) in Web Hosting3.3.3.2. Rise in Adoption of Cloud-Based Gaming Solutions3.4. Patent Analysis3.4.1. by Region (2000-2020)3.4.2. by Applicant3.5. COVID-19 Impact Analysis on the Web Hosting Services Market3.5.1. Impact on Market Size3.5.2. Consumer Trends, Preferences, and Budget Impact3.5.3. Economic Impact3.5.4. Key Player Strategies to Tackle Negative Impact3.5.5. Opportunity Window
Chapter 4: Web Hosting Services Market, by Type
Chapter 5: Web Hosting Services Market, by Deployment Model
Chapter 6: Web Hosting Services Market, by Application
Chapter 7: Web Hosting Services Market, by End-user
Chapter 8: Web Hosting Services Market, by Region
Chapter 9: Competitive Landscape9.1. Key Player Positioning Analysis, 20199.2. Top Winning Strategies9.3. Competitive Dashboard9.4. Key Developments9.4.1. New Product Launches9.4.2. Collaboration9.4.3. Acquisition9.4.4. Partnership
Chapter 10: Company Profile10.1.1&1 Internet Inc.10.1.1. Company Overview10.1.2. Key Executives10.1.3. Company Snapshot10.1.4. Product Portfolio10.1.5. Key Strategic Moves and Developments10.2. Amazon Web Services Inc.10.2.1. Company Overview10.2.2. Key Executives10.2.3. Company Snapshot10.2.4. Product Portfolio10.2.5. R&D Expenditure10.2.6. Business Performance10.2.7. Key Strategic Moves and Developments10.3. At&T Inc.10.3.1. Company Overview10.3.2. Key Executives10.3.3. Company Snapshot10.3.5. Product Portfolio10.3.6. R&D Expenditure10.3.7. Business Performance10.3.8. Key Strategic Moves and Developments10.4. Bluehost Inc.10.4.1. Company Overview10.4.2. Key Executive10.4.3. Company Snapshot10.4.4. Operating Business Segments10.4.5. Product Portfolio10.4.6. R&D Expenditure10.4.7. Business Performance10.4.8. Key Strategic Moves and Developments10.5. Dreamhost Inc.10.5.1. Company Overview10.5.2. Key Executives10.5.3. Company Snapshot10.5.4. Operating Business Segments10.5.5. Product Portfolio10.5.6. R&D Expenditure10.5.7. Business Performance10.5.8. Key Strategic Moves and Developments10.6. Easyhost10.6.1. Company Overview10.6.2. Key Executives10.6.3. Company Snapshot10.6.4. Operating Business Segments10.6.5. Product Portfolio10.6.6. R&D Expenditure10.6.7. Business Performance10.6.8. Key Strategic Moves and Developments10.7. Godaddy Inc.10.7.1. Company Overview10.7.2. Key Executive10.7.3. Company Snapshot10.7.4. Operating Business Segments10.7.5. Product Portfolio10.7.6. R&D Expenditure10.7.7. Business Performance10.7.8. Key Strategic Moves and Developments10.8. Google Inc.10.8.1. Company Overview10.8.2. Key Executive10.8.3. Company Snapshot10.8.4. Operating Business Segments10.8.5. Product Portfolio10.8.6. R&D Expenditure10.8.7. Business Performance10.8.8. Key Strategic Moves and Developments10.9. Inmotion Hosting10.9.1. Company Overview10.9.2. Key Executives10.9.3. Company Snapshot10.9.4. Operating Business Segments10.9.5. Product Portfolio10.9.6. R&D Expenditure10.9.7. Business Performance10.9.8. Key Strategic Moves and Developments10.10. Just Host10.10.1. Company Overview10.10.2. Key Executive10.10.3. Company Snapshot10.10.4. Product Portfolio10.10.5. Key Strategic Moves and Developments
For more information about this report visit https://www.researchandmarkets.com/r/4a19dm
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TPG reveals its cloud hosting service being compromised in a cyber incident – iTMunch
Australian telecommunications giant TPG has revealed that its cloud hosting service TrustedCloud was compromised in a cyber incident that occurred recently. In the incident, 2 customers have had their data accessed. TPG said that the incident has not affected any of its other services. This is because, said the company, TrustedCloud is hosted in a standalone environment which is separate from its telecom networks as well as other systems.
Previously known as Wavenet, TrustedCloud is an IntraPower product that was acquired by TPG Telecom (before the merger) in 2011.
The telecom company said that TrustedCloud uses legacy IT systems and was to be decommissioned at the time of the attack. The service was scheduled to be closed by the end of August 2021 and has just a few customers remaining.
In an announcement, TPG said that theyve notified and are working with the 2 affected customers to provide them with information and assistance.
They have also notified the relevant government authorities and also have engaged external cyber security experts to help them with management of the incident, read the announcement.
The telecom giant said that it has also employed measures that will bolster the security of TrustedCloud.
Though TPG is confident that this incident hasnt impacted its other environments, the company has also increased the cyber security defences across all its business units, TPG added.
SEE ALSO:Facebook data leak 2021: Data of 533 million users exposed online
TrustedCloud was established under the name Wavenet in 1998. In the year 2008, the company sold a 51% stake to hosted infrastructure, desktop and software services provider IntraPower. Later, Wavenet was rebranded as TrustedCloud when the Australian telecom giant TPG acquired IntraPower in the year 2011.
TPG is an Australia-based internet service provider (ISP). TPG specialises in consumer and business internet services and mobile telephone services. TPG is the second largest internet service provider in Australia, as of August 2015, and is the largest mobile virtual network operator (MVNO).
SEE ALSO:ASIC hit by an Accellion cyber attack similar to Reserve Bank NZ
For more latest IT news and updates, keep reading iTMunch
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TPG reveals its cloud hosting service being compromised in a cyber incident - iTMunch
Appgate announces three promotions within its executive leadership team – Help Net Security
Appgate announced several promotions within its executive leadership team: Jason Garbis, who has served as Appgates Sr. Vice President of Products has been promoted to the new role of Chief Product Officer; Kurt Glazemakers who was the Sr. Vice President of Engineering has been promoted to the position of Chief Technology Officer; and Jeffrey Nord, who has served as Sr. Vice President of Operations now assumes the role as the companys new Chief of Operations.
Jason, Kurt and Jeff have been pivotal in defining Appgates product vision, building and delivering a proven solution to the market, and establishing the right operational foundation to support our future initiatives, said Barry Field, CEO of Appgate, to whom the three will report. Were confident we have the right leadership team in place to drive the company to its next stage of growth.
In the newly created role of Chief Product Officer, Jason Garbis is responsible for leading strategy and lifecycle for the companys security products from concept and development through launch and customer adoption.
Garbis has more than 30 years of product management, engineering and consulting experience at security and technology firms, including serving as Vice President of Products at Cryptzone prior to its acquisition by Appgate.
In addition, at RSA he focused on their identity management and governance products. Garbis recently co-authored the book Zero Trust Security: An Enterprise Guide and is also co-chair of the Cloud Security Alliances (CSA) SDP Zero Trust Working Group, where he helps lead research and publication initiatives.
Kurt Glazemakers is a technology leader with more than two decades experience in security, networking, cloud and virtualization and has served as Appgates Sr. Vice President of Engineering since January 2020.
Glazemakers is renowned for his extensive knowledge of agile software development, especially in Software-Defined Network and cloud. Prior to joining Appgate, he served as CTO of CloudFounders, a developer of advanced private cloud technologies and served as Terremarks CTO Europe (now part of Verizon), where he was responsible for the development of the Enterprise Cloud IaaS offering.
As Chief of Operations for Appgate, Jeffrey Nord is responsible for leading Appgates global operations, IT and GRC (Governance, Risk and Compliance) teams. Prior to the firms spin-out from Cyxtera, Jeff was the SVP of Service Delivery for Cyxteras colocation business.
Prior to that role, Nord held leadership roles at Verizon where he led the integration of Terremark and Verizons Cloud and Managed Services business units into a single, global operations organization. His team of more than 1,800 employees were responsible for service delivery, customer support, infrastructure engineering and change management across Verizons broad portfolio of cloud and hosting services.
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Appgate announces three promotions within its executive leadership team - Help Net Security
FBIs Wray reveals scope of ransomware investigations – POLITICO
The comments from the FBI director come after the White House said on Tuesday that the latest high-profile ransomware attack perpetrated against JBS USA, a unit of the worlds largest meat processing company originated from a criminal organization likely based in Russia.
Just weeks earlier, a ransomware attack targeting the 5,500-mile-long Colonial Pipeline resulted in the crucial oil supplier temporarily shutting down, disrupting the East Coasts gasoline supply and contributing to widespread fuel shortages.
The spate of cyberattacks has prompted new deliberations among congressional lawmakers over whether to force companies that have been compromised by ransomware to tell the government they have been hacked.
As a result of the Colonial breach, the Transportation Security Administration has already put forth a directive compelling businesses that operate pipelines to report whenever they suffer cyberattacks.
President Joe Biden also issued an executive order last month aimed at overhauling the U.S. governments approach to cybersecurity. The order required federal agencies to encrypt their data, update plans for securely using cloud hosting services and enable multi-factor authentication, among other measures.
The White House said on Wednesday that Biden will raise the issue of ransomware attacks during his upcoming face-to-face summit with Russian President Vladimir Putin, set to take place on June 16 in Geneva, Switzerland.
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FBIs Wray reveals scope of ransomware investigations - POLITICO
5 Main Benefits Of Using Cloud Computing – Nerd’s Magazine
Cloud computing is an important part of the changing work landscape, but it is also affecting personal computer users as well. The positive changes that are offered by cloud computing cannot be overstated as we move into a nimble and responsive new reality with regard to software, hardware, and computation services.
Cloud computing is internet-based functionality for applications and programs that frees users from having to run the software and other programs on their local computer. Cloud computing makes it possible to share information readily between team members and locations and makes certain that teams of workers or multiple users in the same household all have access to necessary information and documents.
If you are ready to learn more about the benefits of cloud computing, read on for more information!
We already discussed that cloud computing allows multiple users to access the same information from the same location without having to host applications and software on their local machines. You might be wondering how this is possible.
Cloud computing allows all of the storage that would normally be done on individual machines to be done remotely in the cloud. This means that all users and machines who have access to the data in the cloud will be able to get to this information and the services hosted in the cloud, no matter where they are located or what machine they are working on.
This offers powerful computing power and dynamic information sharing that cannot be done when individual users are all attempting to share local data across limited access points. Cloud computing also keeps data and software more secure in the case that a unique users computer is affected by malware or another cyber threat.
Deployment and sharing of information happen at lightning speed with cloud computing on your side. There is no more agile way to apply changes to software and databases and cloud computing offers a uniformity in deployment that cannot be enjoyed with other kinds of data and asset management.
Cloud computing also offers unique access to testing new products and designs that are not available when you are trying to manage many unique assets that require the same changes to be made to their operating systems. Being able to test products and services before they are made available to the cloud is an ideal part of the use of cloud computing.
Continuous integration and continuous delivery are the biggest arguments for cloud computing that you can make. There is no better way to support the needs of your assets related to support, updates, and improvements.
The automatic nature of updates and support when using cloud computing means that your organization and your data will be far more secure and consistently managed than if you are trying to maintain unique machines that are running their own versions of applications and other software assets.
Developers also appreciate that cloud environment solutions also integrate with DevOps tools, making it much easier to detect issues in production processes.
Data security is the leading concern of most businesses these days and data security is a major factor for personal use computers these days as well. Data security is increasingly difficult these days, especially with remote work requirements.
Cloud computing offers the ability to store your company or personal information securely and without the risk of a single machine affecting the entirety of your network. Granular permissions as well as role-based access can make it much more difficult for bad actors to get access to your network and your data.
Cloud computing comes with built-in encryption that is beyond the deployment skills of most unique users. This additional layer of improved cybersecurity can save you money on other security measures and you will have much better protection in the cloud than you would with numerous products deployed on unique machines in an attempt to protect each asset by itself.
This benefit of cloud computing is a huge help when you are working with a large organization or a large number of unique machines and assets that need to have the same policies and access delivered to them. While you might not have hundreds of employees that you are trying to manage, there are many organizations that do have many hundreds of people who all need to have the same access and the same permissions.
Even in a smaller company, being able to scale your products and software solutions up and down as needed is a huge benefit of cloud computing. To make these changes, you will only have to update the cloud. Change processes that would take months without cloud computing can be handled in a day or less with access to a cloud-managed system.
Cloud computing can save your organization a lot of money because you will only have to spend money on your cloud hosting and the software that you need to utilize for your processes and business needs. You will save lots of money on hardware, facilities, utilities, and a large IT staff to take care of your needs.
Cloud computing moves all of your IT needs into one kind of service that you pay a flat rate for in most cases. This can also help you prevent downtimes and other slowdowns that might affect your bottom line if you are not able to do business during an outage.
Cloud computing is the way of the future, and more and more businesses are going to adopt it over the course of the next year or two. Even personal use often dictates cloud solutions for many different kinds of needs.
If you are ready to work on solutions for your business needs in relation to the storage, deployment, and security, cloud computing is the perfect answer to these needs. You will find that cloud computing solves many of your current struggles and leaves you room to grow and improve in any direction that you want.
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5 Main Benefits Of Using Cloud Computing - Nerd's Magazine
Welcome to the community: Deriving more value from Oracle in the cloud – ITProPortal
Are organizations getting enough value from their current cloud hosting solutions? Its a big question and one that is central to the ethos of a lot of challenger brands.
According to a recent study, only 37 percent of businesses are getting the full value they expected from cloud technology. So, when it comes to choosing a provider, how can companies make sure they are maximizing the value of their cloud investment?
If we take value to mean a balance between performance, security, reliability, scalability, the level of service and the total cost of ownership of a platform, then its likely that every company will value a different blend of those requirements.
Every workload or application has its own set of specific hosting criteria. For each organization these requirements may differ too, depending on its business objectives. Take Oracles E-Business Suite (EBS) for example. Oracle EBS covers a huge a range of enterprise functions including finance, procurement, supply chain, manufacturing, human resources and payroll. These Oracle applications forma reliablebackbonefor enterprises and can often run more efficiently when configured to run on cloud infrastructure.
In recent years, there has been a dramatic shift in attitudes with regards to hosting applications with public cloud providers. The embrace of cloud technology to enable remote work over the last year has put it firmly on every CIOs radar once again. According to Gartner, spending on public cloud services revenue will grow another 18 percent in 2021 to $305bn.
Flexibility and scalability are key elements driving this cloud growth. A recent study by Aptum found increased efficiency to be the top cloud driver amongst nearly three-quarters (72 percent) of respondents.
In practice this means being able to add large amounts of computing power with relative ease and at a fraction of the cost of buying servers that reside on-premise. When IT teams source their own hardware, they need to predict their needs for roughly five years at a time - a lifetime in todays fast moving commercial world.
When partnering with a Cloud Hosting Provider, customers only pay for what they use and add compute and storage when needed. That focus on scalability has driven the growth of cloud behemoths, Amazon Web Services (AWS) and Microsoft Azure over the last two decades.
But when it comes to optimizing specific application sets, an Infrastructure-as-a-Service (IaaS) provider like Azure or AWS, may not be the best option, as is the case for Oracle systems.
In an IaaS environment a customer rents infrastructure that is supplied and managed online by a Cloud Hosting Provider. They run the data centre and servers, and organizations run their own software. Organizations running Oracle EBS on IaaS cloud will need in-house services, or to engage a 3rd party, to deploy and manage the required systems.
IaaS hyperscalers like AWS and Azure do offer additional security and compliance tools as chargeable extras, but again they do not manage them. The entire task and cost of migration usually falls down to the customer too. The lift and shift approach that is typical of inexperienced migrations, only changes the location of IT and will not optimize the overall workload performance.
Of course, the largest cost consideration for hosting Oracle software on one of these public cloud platforms is the relatively high cost of licensing the technology. This license cost, plus those extras, and the likely need for support, drastically increases the total cost of ownership of hosting Oracle applications on an IaaS cloud. Money is not the only answer, but it does make a difference.
It begs the question, is hyperscale domination side-lining service as a core cloud requirement?
In a Platform-as-a-Service environment, the Cloud Hosting Provider maintains control over the virtualization software and hardware. Consequentially, all servers, storage and networking can be managed as part of the cloud package. This reduces the need for customers to manage the solution, freeing up time and resources.
Accentures research found that skills shortages top the list of technical concerns for hyperscale IaaS environments. PaaS providers can address some of those concerns.
Migration and configuration are covered as part of the PaaS offering. The additional wrap around services for security and resilience are also included and managed. This eliminates the need for in-house teams to be trained and spend time on these activities.
The level of service for a PaaS platform depends on the provider. For Oracle Cloud Infrastructure, as an example, there are many organizations that can provide further wrap around services, as highlighted in Gartners 2021 Market Guide for Oracle Cloud Infrastructure Professional and Managed Services.
CommunityCloud platforms host multiple tenants, allowing several companieswith similar requirementsto work on the same platform.
Community Clouds main differentiator is that it enables the same degree of customization as a private cloud platform but allows the costs to be spread across more users. This allows users to achieve a higher degree of customizationthatsuits the common purposes of its tenants and that isnt possible on a public cloud platform.
A community cloud built on Oracles own virtualization architecture is optimized specifically for application sets like Oracle EBS. The level of this support can be tailored to the customers needs and there is a greater range of services available.
Within a hybrid multi-cloud context this set up makes even more sense. The specific hardware and skills provided by a community cloud provider, will allow organizations to enjoy all the traditional benefits associated with cloud, with better Oracle application performance, a full-service wrapper, scalable options for compute and storage resource, and lower total cost of ownership. Organizations can then take advantage of similar offerings, that are configured to optimize other workloads.
IaaS hyperscaler providers present customers with a myriad of options that can easily overwhelm non-technical buyers. Identifying the CPUs, data disks, and NICs can be time consuming, and wont necessarily yield the best solution. PaaS solutions that operate in specific niches provide fewer, more appropriate options, that are tailored to the workload.
Using a complex piece of softwarelike Oracle EBS on the cloudis a bit like running a Formula 1 car. It requires a team of expert engineers, with differing specialties, working on itin order tooptimize it and make it perform at its best. Choosing the right Cloud Hosting Provider, the right engineers, is crucial to making the most of your investment in Oracle.
Mark Vivian, CEO, Claremont
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Welcome to the community: Deriving more value from Oracle in the cloud - ITProPortal
A guide to cloud computing, the multibillion-dollar industry that powers your favorite apps – Business Insider
You may have heard of "the cloud" countless times, but only have a general idea what it means. Cloud computing is the delivery of "on-demand" computing services whether it's storage, software, processing power, or other resources over the internet. You typically pay as you go, billed only for the resources you use or the storage amount you're subscribed to.
Though cloud computing isn't an especially new innovation (it's been around for decades), it's become increasingly important to the most popular apps around today.
The term "cloud computing" masks a lot of complexity. Where is the server? "In the cloud" most users generally don't need to know more than that.
The name obscures the fact that there are several different kinds of cloud computing architectures.
Not only are there distinctions between the architecture of cloud services, but there are some key differences in the kind of applications that cloud computing is used for.
Cloud computing services tend to fall into one of three main categories, and you can read more about this in our guide to cloud applications.
While cloud computing was a novelty in years past, the proliferation of online services, web apps, broadband, massive commercial data centers, and other technologies have made cloud computing a core part of today's technological landscape. Here are some of the most common applications for cloud computing today.
While cloud computing has become a critical part of the modern computing landscape, it's not without its disadvantages.
For example, despite the appeal of "renting" rather than "buying," cloud computing isn't necessarily cheaper. Long-term, it can be more cost-effective to own and operate your own computing resources, especially if you need those resources indefinitely. If the company hosting your cloud computing service of choice shuts down, you could lose all your data.
Additionally, there are security concerns. If a third party is hosting your data, it's a potential risk vector for hackers and corporate espionage.
Companies may also want to own their own computing resources as a way to differentiate their capabilities. If you are using the same third-party services as the competition, for example, it's difficult to offer capabilities that are better than, or even different than what they offer.
On the other hand, cloud computing is popular today because it still offers significant advantages over local computing. It's less costly, at least in the short term, compared to owning your own servers.
It also allows for greater mobility and portability of your data it's already in the cloud and can be accessed from anywhere. And it moves responsibility for factors like security and disaster recovery to a third party that theoretically has that expertise.
Global Cloud Web Hosting Services Market is estimated to be USD (XX) million by 2030 with a CAGR of (X)% during the forecast period KSU | The…
Cloud Web Hosting Services Market analysis on the global market is a thorough study that offers a select combination of skillful market realities. The study shows changing market trends as well as the size of individual segments in this market. This report mentions various top players involved in this market. Analysis of the Global Cloud Web Hosting Services Market begins with a market-based outline and underlines the current information on the global market, complemented by data on the current situation.
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What is the market size of the Cloud Web Hosting Services industry?This report covers the historical market size of the industry (2013-2019), and forecasts for 2020 and the next 5 years. Market size includes the total revenues of companies.
What is the outlook for the Cloud Web Hosting Services industry?This report has over a dozen market forecasts (2020 and the next 5 years) on the industry, including total sales, a number of companies, attractive investment opportunities, operating expenses, and others.
What industry analysis/data exists for the Cloud Web Hosting Services industry?This report covers key segments and sub-segments, key drivers, restraints, opportunities and challenges in the market and how they are expected to impact the Cloud Web Hosting Services industry. Take a look at the table of contents below to see the scope of analysis and data on the industry.
How many companies are in the Cloud Web Hosting Services industry?This report analyzes the historical and forecasted number of companies, locations in the industry, and breaks them down by company size over time. The report also provides company rank against its competitors with respect to revenue, profit comparison, operational efficiency, cost competitiveness, and market capitalization.
What are the financial metrics for the industry?This report covers many financial metrics for the industry including profitability, Market value- chain and key trends impacting every node with reference to companys growth, revenue, return on sales, etc.
What are the most important benchmarks for the Cloud Web Hosting Services industry?Some of the most important benchmarks for the industry include sales growth, productivity (revenue), operating expense breakdown, the span of control, organizational make-up. All of which youll find in this market report.
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Global Cloud Web Hosting Services Market is estimated to be USD (XX) million by 2030 with a CAGR of (X)% during the forecast period KSU | The...
AWS wins hosting deal for NHS Scotland digital platform – UKAuthority.com
NHS Education for Scotland (NES) has signed Amazon Web Services (AWS) to host its National Digital Platform.
They have agreed on a 10-year contract worth up to 15 million for the company to provide a public cloud hosting service for the platform, which is being developed by the NES Digital Service as part of the Scottish Governments Digital Health and Care Strategy.
The contract notice says the platform will support the use of real time data at the point of care including through self-service enable the use of data at scale and operate to a predictable architecture. The latter feature should enable the development of new products to support the health and care system.
The infrastructure will be used in Scotlands health and care sector, which have been developed independently of each other and are often difficult to connect to work together.
It will include repositories for structured and unstructured clinical data, the capacity to power web and mobile applications, and an integration layer.
NES indicated a preference for a public cloud platform when it launched the procurement process in August 2019.
The deal marks a shift north of the border in a series of major wins for AWS in the UK public sector. In recent months it has agreed on contracts worth tens of millions of pounds with the Ministry of Justice, HM Revenue and Customs, the Home Office and the Department for Work and Pensions.
Image from iStock, Just Super
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AWS wins hosting deal for NHS Scotland digital platform - UKAuthority.com