Category Archives: Cloud Computing

TURIN, Italy--(BUSINESS WIRE)--By 2025 Cloud Computing will lead the ICT infrastructure market and Edge Computing will become an exponentially growing market, according to Replys new research From Cloud to Edge, made possible by Replys Trend SONAR proprietary data-driven platform and the support of Teknowlogy Group.

The research explores the use of both Cloud Computing and Edge Computing technologies in Europe-5 (Italy, Germany, France, Netherlands, Belgium), and Big-5 (USA, United Kingdom, Brazil, China, India) clusters in order to understand the evolution of the market.

In the next 5 five years Edge Computing will be an exponentially growing market in all Europe-5 and Big-5 clusters countries. Germany will be the biggest European market for both Cloud Computing and Edge Computing; the USA will be the dominant market worldwide.

The growing usage of IoT solutions, the closer combination of Information Technology and Operational Technology and the integration of Industrial Control Systems in the IT stack, as well as future 5G campus solutions for low-latency applications, are accelerating the need for edge solutions.

In fact, Edge Computing can support companies with computing tasks that cannot be done in the cloud and offers clear advantages when dealing with low latency, connectivity, security or privacy and transmitted data volumes are an issue.

Edge and distributed cloud architectures will increase the speed of data processing and reduce time lag. Edge computing, alone or in combination with Cloud Computing, will play a key role to enable technologies like autonomous vehicles, digital factories, smart cities, digital health, smart tracking and much more.

Hybrid models like Edge Cloud will be pushed by the hyperscalers and the wide 5G rollout will give Telcos and their service partners a relevant role in the new ecosystem, especially thanks to mobile-edge computing which is able to ensure very low latency without local infrastructure, with compute units not on-premise but extremely close from to a cell tower.

Edge computing is here to stay. It is already starting to reshape enterprise computing and it can play a vital role in IT architectures. All the industries that need to perform the computing tasks as close to where data is gathered as possible will benefit from Edge Computing. At Reply, were already supporting global enterprises to design and implement architectures that leverage the best of Edge and Cloud Computing, while ensuring privacy and cybersecurity commented Filippo Rizzante, CTO Reply.

In addition, the research indicates that Cloud Computing became the most popular ICT focus during Coronavirus peaks. COVID-19 has intensified the global spread of Cloud Computing technologies after 15 years of steady growth: across the world, millions of users started to use cloud-based platforms to collaborate, shop online, and for entertainment purposes.

Cloud technologies are key to being able to react and restart activities. By 2021 in both Europe-5 and Big-5 clusters the Infrastructure as a Service (IaaS)/Platform as a Service (PaaS) market will grow - in all scenarios - between 50% and 55% (vs. 2019).

The Software as a Service (SaaS) market is also set to grow rapidly in every country analysed. In particular, by 2025 it is predicted to double in the USA, UK and all Europe-5 cluster countries, while likely to quadruple in India and China.

For more insights download the full research From Cloud To Edge.

ReplyReply [MTA, STAR: REY, ISIN: IT0005282865] specialises in the design and implementation of solutions based on new communication channels and digital media. As a network of highly specialised companies, Reply defines and develops business models enabled by the new models of AI, big data, cloud computing, digital media and the internet of things. Reply delivers consulting, system integration and digital services to organisations across the telecom and media; industry and services; banking and insurance; and public sectors. http://www.reply.com

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REPLY: From Cloud to Edge Research Predicts the Rise of Edge Computing and Unveils the Main Trends in the Cloud Computing Market - Business Wire

The objective of this study was to evaluate the potential of cloud computing technology for classifying protected tomato plants under different watering treatments. Two tomato varieties, HeZuo 903 and WanShiRuYi, were used in protected cultivation for two seasons. Three water treatments were conducted (normal watering, no watering during the first fruit-swelling period, and no watering during the both fruit-swelling periods). The visible near-infrared reflection spectra of the tomato canopies were collected during the fruiting period. Three spectral datasets were used, including the original reflection spectra, the first derivative of the reflection spectra, and the absorbance spectra.

The successive projections algorithm(SPA) was used to select data from six wavebands (483, 557, 674, 783, 869, and 964 nm) as optimal wavebands. The cloud computing platform was built using the Hadoop and Spark frameworks. The MLlib machine-learning library from the Spark framework was used to build a multilayer perceptron classifier (MLPC) and one-vs.-rest classifier (ORC). These multi-class classifiers were applied to the spectral datasets (original, first derivative, and absorbance) for the two tomato varieties under different water treatments. For each classifier, 70% of the data was randomly selected for training and the remaining 30% was used for prediction.

Training and prediction were conducted on the cloud computing platform. The MLPC had better classification accuracy than the ORC. Among the three spectral datasets, the first derivative of the spectra had the best classification performance, while the reflection and absorbance spectra had similar performances. Using the full waveband spectrum provided higher classification accuracy than using only the optimal wavebands. Furthermore, the tomato canopy spectrum classification performance was better for the WanShiRuYi plants than the HeZuo 903 plants. Moreover, the collected spectral dataset was increased in size to evaluate the operating efficiency of the cloud computing platform when processing big data.

The operating efficiency was significantly improved by increasing the size of the spectral dataset or the number of nodes in the platform. Finally, the python and TensorFlow were used to implement the CNN algorithm, and conducted classification and analysis of the spectral datasets. The results showed that the MLPC and ORC algorithm had better classification performance than the CNN algorithm in classification of spectral data.

Read the complete study at http://www.researchgate.net.

Xia, Ji'An & Zhang, WenYu & Zhang, WeiXin & Yang, Yuwang & Hu, GuangYong & Ge, DaoKuo & Liu, Hong & Cao, Hongxin. (2021). A cloud computing-based approach using the visible near-infrared spectrum to classify greenhouse tomato plants under water stress. Computers and Electronics in Agriculture. 181. 105966. 10.1016/j.compag.2020.105966.

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Study on cloud computing approaches applied to growing tomatoes - hortidaily.com

Moving the compute power from a device to the network edge with split rendering gives an indication of what is to come for next generation immersive user interfaces. This breakthrough, which will ultimately enable 5G mobile mixed reality use cases, is one of the many use cases we are developing today at our D-15 innovation lab in Santa Clara, California, with partners Qualcomm and Nvidia. However, this is the first step. To make such demanding edge use cases happen at scale worldwide, we need to work to increase the interaction between the network and cloud infrastructure stacks.

We call this the network compute fabric, and service providers will play a critical role in enabling and orchestrating this new computing paradigm, one which will have a substantial impact on digitalization of the world, like Industry 4.0.

In this computing paradigm, connectivity, compute and execution will form a single unified, integrated execution environment for distributed applications providing integrated adaptive compute, connectivity, security and storage for any place, time, device and application.

Producing great performance with extended bandwidth, high throughput, increased security and millisecond latency, this integrated fabric will cater for new use cases at the edge such as closed-loop industrial control systems, industrial robotics, eXtended Reality (XR) with real-time synchronous haptic feedback and negotiated automatic cooperative driving.

Our D-15 innovation testbed, in addition to our many R&D locations worldwide, serves as the epicenter for much of this collaboration and co-creation. At many of these hubs, were developing live edge computing use cases such as 5G gaming, edge and network slice combined orchestration and 5G enterprise augmented reality such as the 5G Gemba Walk developed together with Magic Leap, which leverages mobile and spatial technologies to continuously optimize production workflows and open new possibilities for augmented reality use cases.

Todays service providers are undoubtedly best positioned to take the lions share of such revenue opportunities in emerging edge ecosystems. The evolution to cloud native network functions and distributed cloud computing enables service providers to move beyond traditional connectivity-service models and opens new doors to adjacent industries and expanding enterprise opportunities who are curious to explore the new edge computing use cases. Here, they have a distinct advantage to deliver intelligent traffic routing from the mobile network to the optimal location of the industrial application, in addition to having people on the ground and expert knowledge of network topology, network efficiency, device management and more.

For telecom players, this market will evolve rapidly and have significant consequences on the wider tech industry. Already by 2023, 25 percent of 5G use cases are forecast to be reliant on edge computing. By 2030, we expect a significant part of 5G revenue to be found in enterprise and IoT services. At the same time, according to our latest 5G consumer potential report, the cumulative revenue opportunities for digital consumer services alone will reach USD 131 billion over the next ten years.

This truly is a game changer for the telecom industry. As enterprises are digitalizing with 5G, service providers have the opportunity to decide which role they want to adopt in this emerging market. They can also make in-roads, while market roles are still being defined to establish a strong foothold in the network-cloud ecosystem.

For service providers, this will take place in three phases: creating a value proposition in the edge ecosystem, developing the network as a platform for enterprise, and preparing for the evolution toward the high performance network edge.

5G is the perfect companion to cloud computing both in terms of its distribution and the diversity of compute and storage capabilities. New on-premises and edge data centers will continue to close the gap between resource-constrained low-latency devices and distant cloud data centers, leading to driving the need for heterogeneous and distributed computing architectures.

Today service providers can capture the first wave of edge computing use cases by focusing on dedicated deployments on-premises where connectivity performance requirements are stringent, and by exploring on-network application deployments at the point of presence of todays Packet Core sites. Here, integrating service orchestration with 5G Core, irrespective of who owns the infrastructure, will be the key to success. This will allow service providers to dynamically expose and monetize the network based on information variables such as performance, efficiency gains, pricing and more firmly establishing a value proposition in the edge cloud ecosystem. Cloud providers are important partners to extend the global ecosystem of developers and address the enterprise opportunity. Service providers can leverage their infrastructure capabilities, and gain an easy start to address the edge opportunity.

Many service providers are already making good headway in this area. Earlier this year, we announced collaboration agreements with Telstra, Telefnica Deutschland and other service providers to develop advanced solutions in this space.

The availability of large-scale computation at the edge of the network will transform how enterprises deploy and consume IT. In the coming years, as compute and storage integrates deeper within the network stacks with the evolution of 5G, service providers arguably stand to gain the most. In this evolving computing paradigm, service providers should look to provide full end-to-end orchestration, with defined service layer agreements, in a self-service and automated way.

Orchestration and network exposure will continue to play a key role moving forward, enabling industrial applications to interact with the network resources in advanced ways such as selecting location, quality of service, or influencing the traffic routing to deliver on application demands.

Supported by the principles of cloud-native, the ecosystem should work together to avoid fragmentation and establish a global set of network application programming interfaces (APIs) which enable full automation of industry use case requirements. Today, were actively engaging global industry players and consortia such as 5G ACIA, 5GAA and AECC to help shape this development and make it easy for developers to automate lifecycle management across service providers.

At Ericsson, were strongly investing in the wireless edge and wireless WAN space to enable service providers to grow into emerging enterprise markets. Earlier this year, we announced the acquisition of Cradlepoint which provides a strong foundation for this.

Were also active in various ways from a standardization, technology and use case alignment perspective where we engage with device vendors, cloud providers, operations technology vendors and application developers with specific domain knowledge, for example to define common network APIs.

Follow Ericsson Researchs journey to the network compute fabric.

For more insights, visit our edge computing page.

Read our white paper: Edge computing and deployment strategies for communication service providers.

Watch all of the 5G Things videos from our recent D-15 event on-demand today.

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5G and cloud: Building the next cloud era - Ericsson

The enterprise IT space over the last year has seen a rising prominence in cloud computing. Since the advent of the pandemic that, among other things, caused a massive shift to work-from-home schemes across the world, cloud infrastructure services spending too grew briskly.

This is according to industry analyst firm Canalys, which claims that total cloud services market expenditure for full-year 2020 grew by 33% to US$142 billion, up from US$107 billion in 2019. Despite an initial slowdown in large consultative-led projects, demand was higher than expected.

In the last quarter of 2020 alone, cloud infrastructure services spending increased 32% to US$39.9 billion, Canalys said, following heightened customer investment with the major cloud service providers and the technology channel.

Total expenditure was over US$3 billion higher than the last quarter and nearly US$10 billion more than Q4 2019 according to Canalys data. This is again the largest quarterly expansion in dollar terms, as continuing pandemic restrictions drove intense demand for a cloud to support remote working and learning, e-commerce, content streaming, online gaming, and collaboration.

Amazon Web Services (AWS) maintained its majority market share at 31%, enjoying 28% growth over 2020s third quarter and making investments across its global partner ecosystem to sustain its momentum.

After a mixed Q3 in terms of customer performance, AWS had a resurgence in customer investment. Microsoft Azures growth rate, on the other hand, accelerated once again, up by 50% to reach 20% of the market share, maintaining its second-place.

Microsoft has also benefited from the continued high demand for Teams, Windows Virtual Desktop, and other Microsoft services running on Azure as lockdowns tightened.

Google Cloud had the greatest growth of the big four cloud providers, seeing a 58% increase to reach 7% market share, putting it in third place, just ahead of Alibaba Cloud.

Alibaba Cloud grew 54% in the same time to account for 6% of the total market. It remained the leading cloud service provider in the Asia Pacific region, including China. It updated its hybrid cloud strategy during the quarter, with the launch of its Hybrid Cloud Partner Program and on-premises appliances targeting small and medium-sized businesses. The program will enable partners to plan, design, and resell Alibaba Cloud services with free licenses and unlimited CPU cores.

Canalys said demand for cloud services stayed strong across all enterprise customer segments, including industries most affected by the pandemic, such as retail and manufacturing.

Its research analyst Blake Murray said, The rate of digitalization, led by cloud, is gathering pace. Companies are now more confident about releasing budgets for business transformation. Large projects that were postponed earlier in the year are being re-prioritized, led by application modernization, SAP migrations, and workplace transformation.

Murray also said healthcare, financial services, and pharmaceuticals are among the industries leading the way, but even those under the most pressure are diverting investments to the cloud, opening up new revenue streams and diversifying business models.

At the same time, small and medium-sized businesses continue to turn to cloud services to help them maintain their operations and control costs. Murray reckons that the approval of Covid-19 vaccines and the start of mass vaccination programs will further increase business confidence throughout 2021, while remote working and learning will continue.

This will maintain dependence on cloud services and drive momentum in spending, though customers will become increasingly aware of the cost, security, and complexity challenges of greater cloud adoption.

All the major cloud providers are also increasing their investments in the channel, both to leverage the consulting and managed services capabilities of partners, and to expand sales capacity to drive cloud consumption.

Microsoft holds the largest share of the indirect channel with Azure, though AWS and Google Cloud are gaining ground. Meanwhile, as customers deploy different workloads across public, private, and edge cloud infrastructures, they are looking for independent partners with capabilities across multiple cloud providers.

As organizations start to consider moving more mission-critical workloads to the cloud, they will look to partners to define the right cloud platforms and strategies, as well as solve the most pressing issues around cost management, security, sovereignty, and hybrid IT integration.

Dashveenjit Kaur| @DashveenjitK

Dashveen writes for Tech Wire Asia and TechHQ, providing research-based commentary on the exciting world of technology in business. Previously, she reported on the ground of Malaysia's fast-paced political arena and stock market.

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Cloud computing spend surged by 33% in 2020 - Tech Wire Asia

from the good-deals-on-cool-stuff dept

Cloud Computing is becoming mainstream in the IT world as a growing number of companies around the globe transform their use of cloud-based services. The 2021 Cloud Computing Architect Bundle has nine courses geared to help you get familiar with one of technology's fastest growing fields. There is one basic introductory course and the other courses cover IaaS, Microsoft Azure, and machine learning. It's on sale for $30.

Note: The Techdirt Deals Store is powered and curated by StackCommerce. A portion of all sales from Techdirt Deals helps support Techdirt. The products featured do not reflect endorsements by our editorial team.

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Daily Deal: The 2021 Cloud Computing Architect Bundle - Techdirt

The report contains an overview explaining Cloud Computing Chips Market on a world and regional basis. Global Cloud Computing Chips market report is a definitive source of information and provides the latest market research, evolving consumer trends with actionable information about new players, products, and technologies. Our analysts have statistical data to provide information about the statistical report, including the factors that drive and impede the market growth.

The study is an integrated effort of primary and secondary research. The report provides an overview of the key drivers affecting the generation and growth limitation of Cloud Computing Chips market. In addition, the report also examines competitive developments, such as mergers and acquisitions, new partnerships, new contracts, and new products in the world market. The past trends and future prospects presented in this report make it very comprehensible to market analysis. Furthermore, the latest trends, product portfolio, demography, geographic segmentation, and market regulatory framework Cloud Computing Chips were also included in the study.

Description:

Market Segment according to type covers:

Market segment by applications may be broken down into:

Request a sample report in PDF format@ https://www.regalintelligence.com/request-sample/201128

Fundamental Highlights

And More

The following section also highlights the supply-to-consumption gap. In addition to the above data, the growth rate of Cloud Computing Chips market in 2026 is also explained. Moreover, consumption charts by type and application are also given.

Purpose of Studies:

World Market Report Cloud Computing Chips Industry primarily covers 10 sections in the table as follows:

Complete the pre-order requisition form for the report: @ https://www.regalintelligence.com/enquiry/201128

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Cloud Computing Chips Market from Key End-use Sectors to Surge in the Near Future - The Courier

Food retailers that want to win with shoppers by offering a range of Amazon-like capabilities have a friend in Tom Litchford, the head of worldwide business development for retail with Amazon Web Services (AWS). The veteran technology executive is an evangelist for the speed, flexibility and potential of cloud computing to transform food retailers operations following a year of unprecedented digital growth.

He may not seem like a friend at first glance, considering that AWS is part of Seattle-based Amazon, but Litchford makes a compelling case for why retailers should use the same technology to run their businesses that Amazon does.

The perception is sometimes that retailers dont want to work with us, which is totally the opposite of whats happening, says Litchford. We have thousands of retailers around the world that work with us. There are a few vocal grocers that are more competitive or inward-facing, but the customers that work with us are taking the long view. The most important thing they think about is not focusing on the competitive dynamic, but listening to their customers and doing what their customers are asking, and then giving their builders the ability to go solve those customer problems.

The aversion by some retailers is rooted in the view that doing business with AWS is the equivalent of providing financial support to a competitor.AWS is Amazon's smallest divisionwith annual revenues of $45.3 billion that represent 11.7% of Amazon's total revenues of $386 billion. However, AWS generates operating income of $13.5 billion that accountsfor 59% of Amazon's total operating income of $22.9 billion. With AWS driving profits, Amazon is able to build out a massive supply chain infrastructure to enable fast shipping for Prime membersor invest in emerging retail concepts such as Amazon Fresh that compete with traditional grocers.

That may be true, but Litchford maintains thatAWS offers retailers the ability to do the same things that Amazon does and he cites the following examples: product recommendation, fraud detection, demand forecasting, call center operations, and cashierless store experiences such as those found in Amazon Go stores.

We take the learnings from working with Amazons consumer business, and we offer them to all of our customers, notes Litchford. How we operate the Go stores, we dont hide that. We say, Heres how we did it, and heres the services we used.

In the case of the Go store, Amazon applied its customer-first lens to the issue of store experience and friction at the checkout. It knew the business outcome it wanted to achieve a cashierless experience and then focused on a technological solution.

We looked around and saw the technology that was emerging to solve that problem was computer vision, but there was no way at the time to take feeds from hundreds of cameras simultaneously and figure out what was going on, says Litchford.

What AWS did was develop a service called Amazon Kinesis Video Streams, which allows for the monitoring of a large number of video streams, and the management of the data generated so that a shopper can just walk out of a Go store after choosing products and receive a receipt minutes later.

We are always looking for where friction is in the shopper journey, observes Litchford.

Where Litchford sees friction these days is in the grocery e-commerce world. Shoppers rushed to use pickup and delivery services, but most grocers rely on manual pick processes in stores.

That model is not sustainable, asserts Litchford. They have to figure out how to get to more of the micro-fulfillment center architecture in place so they can apply more automation. We like to work backward from business outcomes. We work with our customers to figure out what their challenges are, and try to apply technology to solve the problem There is so much today that we can do. Technology has finally made it easier, less complex and cost-effective.

That wasnt the case when Litchford began his career. Growing up in the 70s and taking computer science classes in high school got him hooked on technology. Ive always been a geek, he admits. After graduating from Florida Atlantic University with a computer science degree, he went to work for NCR as a systems engineer at around the time that point-of-sale scanning technology was rolling out.

When I started in the technology world, we had the ideas, but the technology was either cost-prohibitive or took too long to implement, recounts Litchford. If you had an idea, it could take 12 months to procure the hardware and software and get everything set up just to try a test.

He spent 18 years with NCR, followed by 13 years at Microsoft and five years at the National Retail Federation as VP of retail technologies, in which role he led the trade groups Chief Information Officer Council. He joined AWS in Nov.2017 as head of worldwide business development for retail, one of 22 industry verticals within the organization.

During that span, Litchford has been part of, and has had a front row seat for, a retail technology revolution, but its nothing like what he sees happening now, especially when it comes to speed and the capabilities available to retailers.

With AWS, you can have stuff up and running in an hour, he notes. You can be doing computer vision tests, voice tests, IoT stuff, just about any idea you have. We want to change the culture to a culture of experimentation.

Within the retail vertical he leads, retail is further broken down into three segments consisting of general merchandise; specialty retail, which includes fashion apparel and hardlines; and food and drug, which includes grocery, drug and convenience. To lead the food and drug group, Litchford recently hired Scott Langdoc as global lead of grocery, drug and convenience retail. Langdoc was previously CIO at West Sacramento, Calif.-based Raleys Supermarkets, and prior to that, he held the CTO role at Fujitsu and also led the retail practices at AMR, which became part of Gartner, and IDC.

Langdoc and Litchford have a unique perspective on food retailers technology challenges and are focused on cloud migration and modernization strategies, partner solutions and go-to-market capabilities suitable for all types of fast-moving consumer goods retailers.

Retailers at least over the course of my career dont do a good job of understanding consumers and the technology those consumers are using, and how that is changing their shopping behaviors, says Litchford. Another big problem retailers have is, data is siloed everywhere. So just getting to the point of being able to use machine learning, we have to figure out how we get this data in some single source of the truth, and clean it up.

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Why Grocers May Want To Join Amazon's Cloud - Progressive Grocer

By Natarajan Radhakrishnan

The COVID-19 pandemic has overturned everything on an unprecedented scale. However, the pandemic has proved to be a blessing in disguise for the Cloud Computing industry. Centrify, provider of Identity-Centric Privileged Access Management (PAM) solutions, released new research that found nearly half of IT decision makers' companies had to accelerate their cloud migration plans and IT modernization overall during the COVID-19 pandemic.

The most agile organizations are meeting todays challenges by ramping up their use of the cloud. With companies revisiting their strategies to emerge stronger in the post-COVID world, they must find the right spots in their organizations where cloud services can increase resilience and agility. A significant benefit of using cloud is that it gives you tremendous flexibility. It can reduce cost by eliminating or reducing on-premise servers, and lets businesses scale data storage and computing power on demand.

One of the biggest advantages of cloud is that it ensures business continuity even in unforeseen circumstances. Cloud platforms can help deploy new digital customer experiences in short span and can support analytics that would be way affordable than traditional technology platforms.

In the early 2020, when governments across the globe implemented lockdown to contain the virus, organizations had to migrate to the remote working environment from the usual brick and mortar set-up to ensure business continuity. This rapid shift has resulted in massive demand of the cloud-based services. In a very short span, video conferencing apps have shown triple digit increase in business as compared to last year. All such organizations who have been using cloud were better prepared for the remote working shift compared to others.

The increasing appetite for cloud adoption is evident in the industry trends. Organizations have moved not only external but internal enterprise applications to cloud to ensure high performance and accessibility. As per recent report by PWC, cloud spending rose 37% to $29 billion during the first quarter of 2020. This trend is likely to stay, due to the surge in virtual work which requires scalable, secure, reliable, cost-effective off-premises technology services.

Despite the economic downturn in the wake of the pandemic, Gartner estimates a rise of 19% in cloud spending is estimated for the full year, even as IT spending as a whole is forecast to fall 8%.Security, data modernization, and cost are amongst the top drivers for cloud migration. A Deloitte study suggests that cloud and data modernization are highly interrelated and actually reinforce each other.

With increased focus on security and automation, businesses will be well-prepared to deploy cloud for various needs. Thorough understanding of the risks and benefits of adopting a cloud strategy can help organizations find success during the pandemic and beyond.

With COVID-19, one thing is very clear that future can be quite unpredictable which is why we must keep ourselves prepared for the unknown. Technologies which offer mobility, agility and scalability with non-negotiable security will always enable business continuity even during worse periods. Today, it is cloud amongst many other. However, given the speed of technology breakthroughs, tomorrow there will be many more.

The author is President and Global Chief Innovation Officer, HGS

Link:

The Covid-19 has enforced businesses to rely heavily on cloud computing - ETCIO.com

A recently released report titled Global SaaS Cloud Computing Market 2020 by Company, Type and Application, Forecast to 2025 presents extensive evaluations based on structure, potential, scope, growth prospects, and fluctuations in the market. The report is made covering in-depth analysis which offers energetic visions to conclude and study the market size, share, market hopes, industry trends, forecast, and competitive surroundings. The report a thorough study of the dynamics of the global market size, emerging developments, problems, key factors, market growth, technical advances, threats, opportunities, projections, competition analysis, and entry strategies for different companies in the global SaaS Cloud Computing industry explores the sector.

The report includes the all-inclusive comprehension of several factors such as drivers, constraints, as well as widespread facts and figures. The report contains report historical &futuristic data such as demand & supply data, cost, revenue, profit, supply chain value. The global SaaS Cloud Computing market is categorized into different segments with a comprehensive analysis of each with respect to the geography for the study forecast period from 2020 to 2025. This market report will help you recognize your needs, identify problem areas, find better opportunities, and help all the key leadership processes in your company.

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The study analyzes their core competencies, market shares, and drawing a competitive landscape for the market. The report gives a thorough analysis of these key market players and the growth strategies adopted by them. It explores the strengths, vulnerabilities, opportunities, and risks that impact the development of the global SaaS Cloud Computing market. The report identifies the development, scale, leading players, and segments in the global market.

Some of the prominent vendors in the global SaaS Cloud Computing market, includes: Microsoft, Atlassian, Intuit, Adobe, Workday, Salesforce, Splunk, Shopify, ServiceNow, Zoom, Veeva, Datadog, Twilio, Slack

The market can be segmented into product types as: Private Clouds, Public Clouds, Hybrid Clouds

The market can be segmented into applications as: Business, HR, Information Management

This report studies the global SaaS Cloud Computing market especially in North America (United States, Canada and Mexico), Europe (Germany, France, United Kingdom, Russia and Italy), Asia-Pacific (China, Japan, Korea, India, Southeast Asia and Australia), South America (Brazil, Argentina), Middle East & Africa (Saudi Arabia, UAE, Egypt and South Africa), with production, revenue, consumption, import, and export in these regions, from 2015 to 2020, and forecast to 2025.

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Moreover, the report analyzes the historic and recent status of the industry with an estimated market size. The report offers an understanding of the global SaaS Cloud Computing market dynamics and structure by studying the market segments and projections for the global market. The major strategies implemented by such players include partnerships, joint ventures, market expansion, mergers & acquisitions, and investment in R&D to develop new products with improved performance for various end-users.

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Global SaaS Cloud Computing Market 2020 Industry Analysis, Type and Application, Key Players, Regions, Forecast by 2025 FLA News - FLA News

The latest market report namely Global Cloud Computing Services Market Size, Status and Forecast 2020-2026 offers an overall study on the market covering market share, size, growth aspects, and main players. The report presents a complete market analysis on the basis of key segments such as product type, application, key companies, and key regions, end-users for the forecast period from 2020 to 2026. The report comprises brief information on the regional competitive landscape, market trends, and drivers, opportunities and challenges, distributors, sales channels, risks, and barriers as well as Porters five forces. The research helps each participant to understand the competitive strength of the market. Also, different perspectives on the global Cloud Computing Services market have been provided in the market.

In the overview section, the report covers the basic market introduction, market analysis by its applications, type, and regions. The growth estimation of the global Cloud Computing Services market is given on the basis of calculation by various segmentation and past and current data. It also gives information about the topmost manufacturers which are presently functioning in this industry. The report further highlights market drivers and impact, as well as growing demand from key regions, growing demand from key applications and potential industries, and challenges.

DOWNLOAD FREE SAMPLE REPORT: https://www.magnifierresearch.com/report-detail/30732/request-sample

NOTE: Our analysts monitoring the situation across the globe explains that the market will generate remunerative prospects for producers post COVID-19 crisis. The report aims to provide an additional illustration of the latest scenario, economic slowdown, and COVID-19 impact on the overall industry.

Research Methodology:

Market analysis is obtained through in-depth secondary research which is validated and verified by primary interviews. The report examines the global Cloud Computing Services market using various research approaches that form Porters Five Force Model. Every primary research is analyzed and the average market volume is deduced and reconfirmed before incorporating it in the report. Moreover, another method called the SWOT analysis is also used that helps to identify and underline the main strengths, weaknesses, risks, and opportunities.

The well-established players in the market: Amazon Web Services (AWS), Microsoft, IBM, Aliyun, Google Cloud Platform, Salesforce, Rackspace, SAP, Oracle, Vmware, DELL, EMC,

By the product type, the market is primarily split into:

By the end-users/application, this report covers the following segments: Cloud IoT Services, Carrier Cloud Services,

Geographically, the global Cloud Computing Services market is segmented into North America (United States, Canada, Mexico), Asia-Pacific (China, Japan, South Korea, India, Australia, Indonesia, Thailand, Malaysia, Philippines, Vietnam), Europe (Germany, France, UK, Italy, Russia, Rest of Europe), Central & South America (Brazil, Rest of South America), Middle East & Africa (GCC Countries, Turkey, Egypt, South Africa, Rest of Middle East & Africa)

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Global Cloud Computing Services Market with (Covid-19) Impact Analysis: Growth, Latest Trend Analysis and Forecast 2026 - The Bisouv Network