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DUBLIN--(BUSINESS WIRE)--The "Cloud Computing Market Size, Share & Trends Analysis Report by Service (IaaS, PaaS, SaaS), by Deployment (Public, Private, Hybrid), by Enterprise Size, by End Use (BFSI, IT & Telecom, Retail & Consumer Goods), by Region, and Segment Forecasts, 2022-2030" report has been added to ResearchAndMarkets.com's offering.

The global cloud computing market is expected to reach USD 1,554.94 billion by 2030, registering a CAGR of 15.7%. Cloud systems thrive at streamlining inter-organizational communication and providing a simplified alternative for managing corporate processes.

Due to cost savings, flexibility and scalability, data security, data storage, and team collaboration, about 70% of firms have already shifted to cloud-based computing for part of their services. For instance, in October 2020, Microsoft Corporation joined with ZEISS Group to improve health care and manufacturing quality through data solutions. Together with the simplicity of deployment and lower total cost of ownership, these advantages are likely to raise cloud computing demand throughout the forecast period, driving the market growth.

Cloud computing solutions will support teams in learning to collaborate, and businesses can realize they can function effectively without having people in the office. This scenario is expected to propel market growth. To maintain employee well-being and operational efficiency, a growing number of businesses across multiple verticals have adopted the work-from-home model, driving up demand for Software-as-a-Service (SaaS)-based solutions.

Organizations are adopting cloud computing services as they provide insights into partnering tactics, go-to-market approaches, investments, alliance and acquisition strategies, and best operational practices. Moreover, cloud computing services help measure, correlate, and analyze business activities and ensure that company operations are in line with the customer demands. To get significant business insights for decision-making, many firms are investing in big data, IoT, artificial intelligence, and 5G technologies.

Big data technologies are becoming more popular because of the numerous advantages they provide, such as data integration, data segmentation, and business intelligence, to name a few. The growing need for analytics and big data technologies in cloud computing services is opening up plenty of new chances for the market to expand.

Cloud Computing Market Report Highlights

Market Dynamics

Market Drivers

Market Challenges

Key Topics Covered:

Chapter 1 Methodology and Scope

Chapter 2 Executive Summary

Chapter 3 Cloud Computing Market: Industry Outlook

Chapter 4 Cloud Computing Market: Service Segment Analysis

Chapter 5 Cloud Computing Market: Deployment Segment Analysis

Chapter 6 Cloud Computing Market: Enterprise Size Segment Analysis

Chapter 7 Cloud Computing Market: End Use Segment Analysis

Chapter 8 Cloud Computing Market: Region Segment Analysis

Chapter 9 Competitive Analysis

Chapter 10 Competitive Landscape

Companies Mentioned

For more information about this report visit https://www.researchandmarkets.com/r/nmrrr8

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Global Cloud Computing Market Report 2022: Increased Resource, User Mobility, and Ongoing Migration of Applications Over the Cloud Driving Growth -...

The Hawaii State Department of Education (HIDOE), University of Hawaii System (UH) and Amazon Web Services (AWS) announced a new collaborative effort to train, upskill and certify students in cloud computing skills over the next three years to create pathways to technical jobs. This initiative will provide access to cloud computing education courses that align with certifications through high schools and higher education.

As nonprofits, large enterprises and public sector agencies increasingly rely on cloud computing technology to meet their organizational goals, skilled technical talent continues to be in high demand nationally and in Hawaii. According to the labor market data company Emsi, there were over 9,600 unique job postings requiring cloud computing skills in Hawaii between Aug. 2021and July 2022.

"The cloud has become the predominant method to rapidly deploy new information systems and services, UH President David Lassner said. "We are delighted to enter into this new statewide commitment with AWS, one of the leading cloud service providers in the world, and the Hawaii Department of Education, to plan how we will work together to provide real-world AWS skills and certifications to Hawaii residents and students at all levels across the islands."

Through this initiative, organizations in Hawaii will work with the AWS Academy program to provide educational institutions with no-cost, ready-to-teach, cloud computing curriculum that prepares students for industry-recognized AWS Certifications and in-demand cloud jobs.

Educators at participating institutions will have access to instructor training. Students can also access self-paced online training courses and labs from AWS. This collaborative effort aims to establish a workforce talent pipeline from high school through higher education, with a short-term goal of training and certifying 150 learners by 2025.

This is an exciting time as we align K-12 education and higher education with workforce development and emerging sectors in Hawaii such as IT and cloud computing to ensure our students are the top candidates for high-skill, high-wage, in-demand, and future-focused jobs, HIDOE Superintendent Keith Hayashi said. We look forward to working together to strengthen our shared commitment in preparing our future leaders for Hawaiis workforce needs.

The initial AWS education programs will be piloted at Aiea and Pearl City high schools and this effort is designed to help prepare students for internships, apprenticeships and pathways to additional cloud skills training.

The future of work is being shaped by evolving technology where roles in software development, data science, cybersecurity, machine learning and more often require cloud computing skills, said Kim Majerus, Vice President, US Education, State and Local Government at AWS. As we try to imagine future jobs that dont currently exist, cloud computing technology will be a driving force in creating those new exciting careers. AWS is proud to collaborate with policy, education, and government leaders in Hawaii to prepare learners for in-demand careers today, and help individuals build the foundational skills to pursue the jobs of tomorrow.

HIDOE Superintendent Keith Hayashi, UH President David Lassner, and Mark Ronaldson, Sales Leader, State and Local Government at AWS made the collaboration official during a ceremonial signing at Pearl City High School.

It gives us a step up above other students and other people going into the workforce, said Pearl City High School seniorXander Engelman. Giving out those certificates allows us to get those jobs and internships that we all want and need.

Providing workforce development opportunities for our students will allow them to enter competitive career pathways and live right here at home if they want to, added state Sen. Bennette E. Misalucha, who has been advocating for this collaboration to provide access to AWS education programs. I want to thank our state education leaders for their commitment to training the next generation in fields that are growing in demand like cloud computing.

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HIDOE, UH and Amazon Web Services announce new collaboration to increase access to cloud computing education - Hawaii DOE

By presenting intricate hardware and software services in various domains, cloud computing has been proving itself as a revolutionary model of distributed computing.

As a consequence, Cloud Resource Orchestration Frameworks (CROFs) emerged. These are systems designed to manage the life cycle of resources. But even though, there are hundreds of providers that offer a cloud orchestration platform, the products they offer are often proprietary, and not portable for various reasons.

Luckily, not all of them are like that. A great example would be Cloud Foundry a highly efficient, modern model provider for cloud-native application delivery. Thus, our investigation team reached out to its Chief Evangelist, Ram Iyengar, to enlighten us about the insights of this field.

What has your journey been like since your launch?

Cloud Foundry has always been focused on two fundamental areas orchestrating cloud resources and providing a fluid experience for application developers. The Cloud Foundry community successfully enabled this for virtual machines and continues to demonstrate success with its core project, while, more recently, expanding this developer experience to Kubernetes and the wider cloud-native ecosystem.

The Cloud Foundry Foundation today owns several well-integrated projects that exist to simplify the developer experience. Whether consumed in parts (for example Paketo Buildpacks, the Open Service Broker API, Stratos) or in whole as Cloud Foundry it helps adopters realize a convenient and powerful developer platform.

Multi-company open source is not without its quirks and complexities, and our path is no exception. In the past decade, we have been able to pull together and create one of the most advanced, active, and amicable communities in technology.

How did Cloud Foundry come about in 2009?

The PaaS substrate found its origins in the need for an enterprise-grade tool that could convert source code into immutable artifacts that are deployed to remote infrastructure. At the time, there were tools that could do easy deployments (think Heroku, AppEngine, EngineYard) or were enterprise-ready (think Oracle, IBM) but were not both.

Cloud Foundry emerged as a leader by virtue of its ability to combine both these foundational aspects and build a best-in-class developer experience on top of it. Slowly it evolved into numerous projects that aided the core PaaS to succeed.

Can you tell us a little bit about your development platform? What are its key features?

Cloud Foundry simplifies the deployment experience for application developers. It is a complete platform designed to support the consumption and governance of multi-cloud environments. This includes capabilities to build, deploy, monitor, and maintain applications.

Cloud Foundry works the exact same way for every programming language and framework, and is cloud-agnostic; developers have the same experience whether it is deployed on any major cloud provider, on-premises, or on a hosted service. This homogeneity makes it an ideal platform for software engineering teams that use different stacks, and different clouds, and operate across different teams.

Most recently, the community announced the release of a new, lighter-weight version of the Cloud Foundry platform, Korifi, which brings that best-in-class developer experience to Kubernetes. This is currently in beta and will be an important focus of the community in the coming years.

It is evident that open source is an important part of Cloud Foundry. Would you like to share more about your vision?

Cloud Foundry is entirely open source, licensed under the Apache 2 OSS license in contrast with several proprietary developer platforms that provide a seamless experience for application developers to deploy apps. However, since they either run on the public cloud or cannot be easily extended, enterprise-grade rollouts are not possible.

On the other hand, when you have an open-source tool, the barriers to entry are much lower and community benefits are much higher. Customizing for bespoke needs within enterprises is simpler. There are past examples of successful projects in which the community was able to swap components to create new tools and provide extendable functionality, made possible purely because of the open-source nature of the projects.

Do you think the recent global events influenced your field of work? Were there any new challenges you had to adapt to?

In some ways, the pandemic has been kind to open source projects and contributors. Because of remote work policies, a lot of contributors have had the opportunity to increase the number of hours in the day.

This has resulted in a cognitive surplus for open source projects and therefore weve seen an uptick in contributions - both technical and non-technical. Several project enthusiasts have also been posting information on social platforms for many others to take advantage of. This has helped increase the visibility of many open source projects.

What are the most common vulnerabilities nowadays, that if overlooked, can lead to serious problems for a business?

Remote code execution and malicious injection are perhaps the most notorious attacks that are taking place. Two recent CVEs - the Log4JShell and the Spring4Shell vulnerabilities come to mind immediately. Owing to the ubiquity of the underlying technology (Java in this case), a lot of software, devices, wearables, and other electronic equipment were left vulnerable. Being unable to secure these components can quickly avalanche to problems for the business.

Likewise, another trend that is gaining traction quickly is supply chain security, where the components of a larger software system are not verifiable, leading to issues with using them in a risk-free manner.

What would you consider the main challenges developers run into nowadays?

Distractions - Left shift and DevOps have both been very positive trends in software development. But having too many moving pieces for a single person to take care of and too many parameters to fine-tune can be overwhelming. The problem stems from DevOps transforming into DevSec-Fin-Biz-Log-ObsOps. The Dev++Ops role that a lot of developers are forced to take can be a challenge.

The second kind of distraction is plain old marketing. I see a lot of engineers say "Uber does microservices, so we're doing it", "Google uses Kubernetes, let us also do it", Airbnb this, Shopify that, and so on. This is not a healthy trend. Laying a good foundational architecture for your web applications is great, but at what cost? When this trickles down from an executive through the hierarchy, it can lead to dissonance and burnout for individual developers.

What are some of the best practices organizations should follow when creating cloud-native applications?

Containers, orchestration, services, APIs, security, and DevOps.

Containers, orchestration, services, APIs, security, and DevOps.

Finally, adopting these as axiomatic habits will result in the automatic adoption of the DevOps culture which is important for teams that intend to succeed with cloud-native applications.

Talking about average individuals, what security measures do you think every casual Internet user should have in place?

Basic safety and hygiene. Keep to trusted websites. Dont leave antivirus software outdated. Be wary of what information you share on the internet.

If youre visiting a new website, read the information twice. Do not write passwords on Post-it notes!

Share with us, whats next for Cloud Foundry?

Over time, the core focus of the Cloud Foundry community has shifted from making containerization and scheduling work at scale to interoperability with other cloud-native technologies and increased flexibility.

This haiku by Onsi Fakhouri (ex-Pivotal) - Here is my source code. Run it on the cloud for me. I do not care how. captures the Cloud Foundry vision, and this remains the core of Cloud Foundrys value proposition. Across infrastructure changes, different waves of DevOps tooling, and other ideas that unfold across the technological landscape, Cloud Foundry seeks to provide a simplified, best-in-class developer experience, extrapolating away underlying infrastructure and allowing application developers to focus on shipping code.

The latest effort in this tradition is Korifi, a project that converges the Cloud Foundry experience atop Kubernetes infrastructure. This allows for a uniform developer experience across Kubernetes, VMs, or other cloud-based infrastructure, and aims to make Cloud Foundry fully interoperable with Kubernetes and other cloud-native technologies as they mature.

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Ram Iyengar, Cloud Foundry: laying a good foundational architecture for your web applications is great, but at what cost? - CyberNews.com

The best way to understand the ways that Big Tech companies do and don't compete with one another is to use the old Watergate adage: Follow the money.

Why it matters: How Apple, Google, Facebook, Amazon and Microsoft make their revenue today shapes the battles they will fight tomorrow.

The big picture: For years, the largest tech companies each had their own fiefdom where they garnered the lion's share of revenue and profits.

Yes, but: As they have each become enormous, their search for growth has begun leading them onto one another's turf.

Be smart: Like wealthy families that have run a town for decades, these companies share a vast web of dependencies and grudges as in the recent privacy war between Facebook and Apple, or Apple's slow and steady effort to wrest the mobile maps market out of Google's control.

Here's what you find when you "follow the money" for each of tech's Big 5:

Hardware mostly phones and computers still generates the bulk of Apple's sales and makes the company's other businesses possible. But the company has significantly diversified its revenue in recent years.

For all its talk of the metaverse, the social networking giant still gets nearly all its revenue from ads on Facebook and Instagram. Those cash cows have proven vulnerable thanks to the constraints of the operating systems they run on most importantly, when changes Apple made to tracking significantly dented Facebook's mobile revenue.

Google is rightly described as "the search giant," but its ambitions extend into the kinds of cloud computing offered by Amazon and Microsoft. And, while it doesn't charge directly for Android, it generates a significant amount of its ad revenue from mobile devices.

The online retail giant also has an omnivorous appetite for other kinds of businesses, including its massive web services arm as well as offline groceries (via Whole Foods), video and audio content, ebooks, prescription drugs and medical services. And any time Amazon enters a business, it brings the enormous power of its distribution network and access to hundreds of millions of Prime subscribers.

The dominant giant of the desktop era still casts a long shadow over the tech world, with massive revenue streams rooted both in its venerable Windows and Office products as well as a highly successful newer business line in cloud services.

Competition among these companies is increasingly a global affair, as the search for growth draws them onto terrain outside the U.S. where they face big challenges based on culture, language and economics.

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To trace Big Tech competition, follow the money - Axios

The recent research report on Cloud Computing in Education Sector market provides a competitive advantage to shareholders by illustrating the growth trajectory of this business vertical during through a deep-dive analysis of recent and historical performance. Additionally, the estimations offered in the document are verified by experts through proven research methodologies. Apart from providing vital information sourced from both primary and secondary sources, the study also includes multiple recommendations to help firms in determining efficient growth tactics.

The business intelligence report on Cloud Computing in Education Sector market focuses on key factors such as drivers, restraints and newest openings that may influence the scope of revenue generation for the business sphere during 2022-2028. The research literature also provides an overview of past and current growth rates, as well as projections for the coming years.

Notably, all the information pertaining to these parameters has been compiled using proven primary and secondary research methodologies, thereby proving its reliability among major industry players.

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The document portrays a clear distinction of competitive fierceness while also profiling latest innovations, product offerings and strategic efforts initiated by industry moguls over the study period.

Market segmentation and coverage

Product range:

Application spectrum:

Competitive landscape summary

Industry value chain analysis overview

The industry value chain assessment, which theorizes customer retention, distribution channels and sales is included to assist organizations in limiting their operational expenses at various stages of product manufacturing thereby allowing them to magnify their revenue margins in the forthcoming years.

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Impact of covid-19 on Cloud Computing in Education Sector market Report to 2028 - Industry Demand Analysis and Current Trend - NewsOrigins