In a series of three technical articles, Google Cloud has recently discussed how to trust cloud providers, covering the concepts of customer trust, security key management and scenarios where keeping encryption keys off the cloud may be necessary.

The first article tries to define what trust is and how the definition is much broader than cyber security, and bigger than security, privacy, and compliance. Starting with the paradox "to trust cloud computing more, you need the ability to trust it less", Anton Chuvakin, head of solutions strategy at Google Cloud, explains:

To be able to trust cloud computing, you need to be able to trust it less. A paradox? Not really! (...) I bet that simply knowing that your cloud provider is working in the direction of reducing the amount of trust you need to place in them will probably make you trust them more.

Highlighting as well the risk of a "security theater", the measures and controls that make one feel secure without delivering any measurable risk reduction, he adds:

This logic applies even for cases where a public cloud environment is measurably more secure than an old on-premise environmentyet on-premises somehow feels more secure and hence more trusted.

In the second article the focus is on common data security mistakes involving encryption, like encrypting the data and failing to secure the encryption keys or leaving the keys close to data, making data breaches more likely. The authors suggest not to focus only on compliance but to think first how to implement the security model:

Sometimes, an investigation revealed that encryption was implemented for compliance and without clear threat model thinkingkey management was an afterthought or not even considered. One could argue that the key must be better protected than the data it encrypts (or, more generally, that the key has to have stronger controls on it than the data it protects). If the key is stored close to the data, the implication is that the controls that secure the key are not, in fact, better.

Among the recommendations, Google Cloud suggests making an inventory of the keys and note how far or close they are to the data as well as handling software and hardware encryption keys using a managed KMS like Google Cloud KMS.

The third and final article covers instead encryption keys off the cloud. According to Anton Chuvakin and Il-Sung Lee, senior product manager at Google Cloud, there are three scenarios where keeping the keys off the cloud may be necessary or outweighs the benefits of cloud-based key management: regional regulations and concerns, centralized encryption key control in hybrid deployments and keys used during migration processes, when the encryption keys are the last data to go to the cloud. Requirements might also change during ongoing projects, as the authors warn:

Regulators in Europe, Japan, India, Brazil and other countries are considering or strengthening mandates for keeping unencrypted data and/or encryption keys within their boundaries. Examples may include specific industry mandates (such as TISAX in Europe) that either state or imply that the cloud provider cannot have access to data under any circumstances.

If the examples in the articles are focused on Google Cloud products, with scenarios discussing Google Cloud External Key Manager and Confidential VMs, the ideas behind the series are vendor agnostic and can be applied to AWS or Azure. As Sergio Werner, head of cloud services center of excellence at Capgemini, tweets:

Even though the article brings forward the Google answer, the paradox is well put and general. All the questions on compliance and lock-in comes down to where one puts the cursor on trust.

Mark Ryland, director office of the CISO at AWS, and Quint Van Deman, global business development manager at AWS, recently wrote an article about zero trust architectures on AWS. Other whitepapers and reports on cloud trust can be found among the Cloud Security Alliance research publications.

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The Cloud Trust Paradox According to Google Cloud - InfoQ.com

5G, with its promised high-speed, low-latency performance, is finally here and with it a plethora of intriguing cloud computing developments loom. It is a near-future tech boon that is impossible to overstate as 5Gs impact on the ability to create, store, use, and share data will be felt across most business sectors, especially those using the Internet of Things (IoT), AI, and machine learning. Already redefining business networks, 5G will also shift the role that cloud computing and networks play in storing, moving, and accessing data as innovation drives and creates more technological applications for digital business transformation.

Redefining the Function of the Cloud

Transforming Edge Computing

The Dawn of Network Cloudification

Converging in the Cloud

Over the past ten years, cloud computing has been an integral part of maintaining healthy IT infrastructures as businesses demand better, quicker collaboration and productivity from their distributed workforce. Increasingly safer and scalable, the cloud has been a remarkable workaround for universally slow network speeds allowing the easy transfer and sharing of large files between devices while also providing backup and recovery services to safeguard that data in case of a cybersecurity attack or natural disaster.

With the rollout of standalone 5G networks picking up pace in 2021, the cloud faces a renewal of purpose. 5G will enable mobile devices to easily transfer large volumes of data. The cloud and its various architectures (hybrid, on-premises, and public) will be necessary to manage the increase in storage needed for these devices to house the onslaught of data. This is especially true at the enterprise level, leaving cloud providers to up their storage capacity and adjust prices accordingly.

Yet, cloud providers stand to benefit too as investment in cloud services are set to explode, with growth forecasted at 18.4% in 2021 to total $304.9 billion, up from $257.5 billion in 2020.

The pandemic validated clouds value proposition, said Sid Nag, research vice president at Gartner. The ability to use on-demand, scalable cloud models to achieve cost efficiency and business continuity is providing the impetus for organizations to rapidly accelerate their digital business transformation plans. The increased use of public cloud services has reinforced cloud adoption to be the new normal, now more than ever.

Also read: Can Immersive Technology Remake the Workplace Experience?

Born alongside the proliferation of internet-connected (IoT) devices, edge computing cuts latency issues in applications associated with real-time data processing by bringing that processing and storage closer to the endpoints where that data is being collected and consumed, rather than to a centralized or cloud-based location possibly thousands of miles away. Notorious bandwidth hogs, IoT devices generate enormous amounts of data during their operation, creating an expensive bottomline for organizations that rely on IoT devices. By localizing data processing and storage, edge computing services and devices reduce bandwidth usage by processing data and only sending the relevant data through to a central data center or cloud.

In a 5G world, edge computing and IoT are the twin engines of Industry 4.0, the fourth iteration of the Industrial Revolution that sees automation and smart technology transforming manufacturing practices that will allow for autonomous cars, smart cities, telehealthcare, and better data analytics. Currently, with 20 billion IoT devices already in use and other future-forward technologies requiring low latency for critical operations, network congestion is almost inescapable. 5G and edge computing are poised to set each of these technologies into new tracks of innovation by localizing the processing and storage of their systems.

Without edge compute, 5G would continue to rely on back-haul to centralized cloud resources for storage and processing, diminishing much of the otherwise positive impact of latency reduction enabled by 5G, Furioms 5G, IoT and Edge Compute Trends notes. Thus, an edge-compute approach enables users and devices to store and access much higher volumes of data by way of direct access to the Internet rather than relying on transport through the core of cellular networks.

To meet new demand pressures, Furiom suggests that edge computings infrastructure will need enhancements in concert with data centers, virtualization providers, and network integration companies. It is all part and parcel to another evolutionary element of cloud computing: network cloudification.

Also read: How AI Will Be Pushed to the Very Edge

Many computing giants, including Intel and IBM, are investing in network cloudification, which is the process of extending cloud platforms, technologies, and virtualization capabilities throughout a network to make it more agile, flexible, and scalable. As consumer and enterprise bandwidth needs grow, networks are harnessing 5G to rapidly move toward this software-defined architecture to meet operational and application demands.

Network cloudification allows network providers to basically optimize and automate the network for greater functionality of applications operating on the edges of the network. To achieve this requires moving away from a hardware-driven infrastructure to a software-based architecture using software defined networking (SDN), network function virtualization, microsegmentation, and 5G-MEC (multi-access edge computing).

5G-driven network cloudification is the gas pedal needed to accelerate emerging technologies operating at the networks edge into hyperdrive by:

As 5G continues its global rollout, its anticipated benefits to digital business transformation as a consequence of its impact on cloud computing are already shining through. Bringing together long talked about technologies in a collective push, the marriage of 5G and the cloud promises to launch many paradigm shifts in operational efficiencies for businesses, while at the same time overseeing the convergence of mobile and enterprise networks, server platforms, emerging technologies, and the business of IT itself. As these lines continue to be crossed and blurred, the definition of a network will change and along with it the relationship between service providers, innovation, and end users.

Also read: Threat Intelligence Software: Top Products of 2020

Continued here:

The Impact of 5G on Cloud Computing - IT Business Edge

NEW YORK, Feb. 3, 2021 /PRNewswire/ --Tech-sector 'Oscars,' The Cloud Awards, honors its top choices for Cloud-based innovation this week and says leading technology providers deserve recognition for their part in managing the global health crisis.

Categories for the 2020-21 Cloud Awards included 'Most Innovative Use of Data in the Cloud' and 'Cloud Project of the Year.'

Cloud Awards head of operations James Williams said: "The Cloud Awards team is impressed every year by the sheer magnitude of Cloud innovation. However, during the last 12 months we've faced so many unanticipated, exigent and at times appalling challenges from the pandemic.

"Cloud technologies are ever-present in our remote working tools, our scientific research and development and our globalized community, and the breathtaking innovation of the technology sector deserves to be honored.

"Whether helping to solve issues related to this global crisis directly or indirectly, the final winners of the 2020-21 Cloud Awards deserve a small place in history for their tenacity and commitment to excellence during a devastating pandemic.

"Last year, our sister program The SaaS Awards raised $3,555 for the WHO's COVID-19 relief fund. It's now open again for entries let's hope we can start to see more submissions focused on software aiding normal, everyday business operations."

Lead judge Richard Geary said: "Cloud technologies make a good platform for turning around urgent applications rapidly and at scale. This was clearly evidenced in the range of innovative technological responses to the pandemic we have seen."

Hundreds of organizations across the globe entered the Cloud Awards. You can view the full shortlist here: https://www.cloud-awards.com/2020-shortlist/.

The SaaS Awards, a sister recognition platform to the Cloud Awards, is now open for 2021 entries. This business software awards program promotes solutions across a range of industries, with a May 21 deadline: https://www.cloud-awards.com/software-as-a-service-awards

Cloud Awards Winners:

Contact:James Williams(212) 574-8117[emailprotected]

SOURCE The Cloud Awards

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Cloud Computing Awards Honor "Breathtaking Innovation in Pandemic" - PRNewswire

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

This research study titled Global Healthcare Cloud Computing Market 2020 by Company, Type and Application, Forecast to 2025 reveals the current status of the market to predict the future, by analyzing development trends, competitive landscape analysis, and key regions development status. The report comprises historical data, statistical data, business overview, size & share, significance, market price & demand, and market analysis by product and market trends by key players. The report considers that offering an in-depth analysis of leading players is very important in order to present a market study. Therefore the research study focuses on dominant competitors who play an essential part in fulfilling customers demands. The key factors added in this report will help leading players modify their manufacturing and marketing strategies to maximize their business growth during the projection period from 2020 to 2025.

The report imparts essential frameworks of the global Healthcare Cloud Computing industry along with key development strategies and policies. For top companies, this report investigates and analyzes the production, value, price, market share, and growth rate for the top manufacturers. The report has added the forecasts, investigation, and discussion of significant industry trends, market volume, market share estimates, and profiles of the leading industry players. The precise figures and statistical representation of the Healthcare Cloud Computing market are provided. In addition, the report comprises an investment feasibility analysis explaining the total technical feasibility of this undertaking and the price structure.

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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.

The competitive arena of the market comprises of major players like: MicroSoft, Agfa-Gevaert, Amazon Web Services, IBM, Alibaba Cloud, Oracle, Dell, Carestream Health, GE healthcare, Google Cloud Platform, Athenahealth

The product landscape of the market is divided into: Software as a Service (SaaS), Platform as a Service (PaaS), Infrastructure as a Service (IaaS)

Based on the application spectrum, the market is bifurcated into: Hospital, Clinics, Others

The report divided the regional landscape of the market into: 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)

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An additional comprehensive study of global Healthcare Cloud Computing market distributors, sales channel, traders, dealers, appendix, and supply information is provided. Furthermore, the factors that the businesses claimed in the market have been evaluated in the report. Global Healthcare Cloud Computing manufacturing method has been demonstrated with product cost structure, and price structure. The report explores every segment and offers analysis and estimations that explains how the segments are contributing to the overall revenue generation of the market.

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Global Healthcare Cloud Computing Market 2020 Research Analysis on Competitive landscape and Key Vendors, Forecast by 2025 KSU | The Sentinel...

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

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

The Cloud Computing Data Center IT Asset Disposition (ITAD) market report provides a detailed analysis of the emerging trends, opportunities, and as well as the challenges in the market. This extensive report sheds light on the latest developments, market drivers, and competitive analysis to help the new entrants and emerging players to make crucial decisions.

Besides this, the market research report presents insights on consumer behaviour, regulatory policies, and supply & demand scenario to provide a holistic view of the market. The primitive aim of the report is to represent the critical data and figures of the market concisely and layout top winning strategies to aid industry players to leverage their market position.

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Key Players Operating in Cloud Computing Data Center IT Asset Disposition (ITAD) Market are:

AMIIron MountainCloudBlueApto SolutionsArrowTes-AmmSims RecyclingITRenew

The Cloud Computing Data Center IT Asset Disposition (ITAD) Market report can be employed by both Conventional and new players from the industry for whole knowledge of this marketplace. The business analysis report brings into focus important industry trends, market size and market share prices, and revenue quantity that help business to speculate that the strategies to boost return on investment (ROI).

The research offers a detailed segmentation of the global Cloud Computing Data Center IT Asset Disposition (ITAD) market. Key segments analysed in the research include type, drive system, application and geography. Extensive analysis of sales, revenue, growth rate, and market share of each type, application, and geography for the historic period and the forecast period is offered with the help of tables.

Market segment by Type, the product can be split into

IT Equipment

Support Infrastructure

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Data Sanitization

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Cloud Computing Data Center IT Asset Disposition (ITAD) Market Segment, Demand and Growth Analysis over the Forecast period 2020-2026 KSU | The...

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At 17.5% CAGR, Trends of Healthcare Cloud Computing Market Reviewed with Industr - Business-newsupdate.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.

Continued here:

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

SINGAPORE -Media OutReach-5 February2021 -Despite majority of Singapore employers(89%) reporting that the COVID-19 pandemic has accelerated the adoption of cloudcomputing and Machine Learning (ML) in their companies, obstacles abound. Singaporebusiness leaders say that the largest hindrance to adopting cloud computing andML technologies is the shortage of relevant in-house IT support (64%), amongstother reasons such as 'employees do not have the relevant skill sets' (58%) and'the lack of financial resources' (46%).

alt="NTUC LearningHub Survey Reveals Accelerated Business Needs In Cloud Computing And Machine Learning Outpacing Singapore Talent Supply; Skills Gap A Hindrance To Implementing These Technologies"

These are some ofthe key findings from the recently launched NTUC LearningHub (NTUC LHUB)Industry Insights report on cloud computing and ML in Singapore. The report is basedon in-depth interviews with industry experts, such as Amazon Web Services (AWS)and NTUC LHUB, and a survey with 300 hiring managers across industries inSingapore.

While organisationsare keen to adopt cloud computing and ML to improve the company's businessperformance (64%), obtain business insights from Big Data (59%) and performmundane or tedious tasks (53%), a third of Singapore employers (32%) say theircompanies have insufficient talent to implement cloud computing and MLtechnologies.

To overcome thisshortage, companies say they have been upskilling employees that have relevantskill sets/ roles (55%), and reskilling employees that have completelydifferent skill sets/ roles (44%). In a further show of how organisations werewilling to take steps to overcome this skills gap, three in five (61%) stronglyagree or agree that they will be open to hiring individuals with relevantmicro-credentials, even if these candidates has no relevant experience oreducation degrees.

Looking to thefuture, four in five employers (81%) agree or strongly agree that ML will bethe most in-demand Artificial Intelligence (AI) skill in 2021. Meanwhile, sevenout of 10 surveyed (70%) indicated they will be willing to offer a premium fortalent with AI and ML skills.

"The report reinforces the growing demand for a cloud-skilled workforce inSingapore, and the critical need to upskill and reskill local talent", said TanLee Chew, Managing Director, ASEAN, Worldwide Public Sector, AWS. "Thecollaboration across government, businesses, education and traininginstitutions will be instrumental in helping Singapore employers address theseskills gaps. AWS will continue to collaborate with training providers like NTUCLearningHub to make skills training accessible to help Singaporeans, fromstudents to adult learners, to remain relevant today and prepare for the future."

NTUC LHUB's Head ofICT, Isa Nasser also adds, "While much of the talent demand encompasses technicalpositions such as data scientists and data engineers, businesses are alsolooking for staff to pick up practical ML and data science skills sets that canbe applied to their existing work. Thatis why in today's digital age, most professionals would benefit greatly frompicking up some data science skills to enable them to deploy ML applicationsand use cases in their organization. We highly urge workers to get started on equipping themselveswith ML skills, including understanding the core concepts of data science, aswell as familiarising themselves on the use of cloud or ML platforms such as AmazonSageMaker."

To download theIndustry Insights: Cloud Computing and ML report, visit

https://www.ntuclearninghub.com/machine-learning-cloud.

NTUCLearningHub is the leading Continuing Education and Training provider in Singapore,which aims to transform the lifelong employability of working people. Since ourcorporatisation in 2004, we have been working employers and individual learnersto provide learning solutions in areas such as Cloud, Infocomm Technology,Healthcare, Employability & Literacy, Business Excellence, Workplace Safety& Health, Security, Human Resources and Foreign Worker Training.

Todate, NTUC LearningHub has helped over 25,000 organisations and achieved over2.5 million training places across more than 500 courses with a pool of over460 certified trainers. As a Total Learning Solutions provider toorganisations, we also forge partnerships and offer a wide range of relevantend-to-end training solutions and work constantly to improve our trainingquality and delivery. In 2020, we have accelerated our foray into onlinelearning with our Virtual Live Classes and, through working with best-in-classpartners such as IBM, DuPont Sustainable Solutions and GO1, asynchronous onlinecourses.

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Incoming Amazon Chief Executive Officer Andy Jassy cuts a low profile outside of the wonky world of cloud computing. But for much of the last decade he's been arguably the most important person in the tech industry.

The unit he leads, Amazon Web Services, has reshaped how companies buy technology, by simplifying computing services into their component pieces and offering them essentially for rent over the internet. The business was initially dismissed by enterprise software giants like Oracle before that company and others quickly sought to emulate elements of AWS's strategy.

In the same earnings report in which Amazon said Jassy, 53, would succeed Jeff Bezos later this year, the company reported that AWS pulled in $12.7 billion (roughly Rs.92,600 crores) in sales in the fourth quarter, making the unit a $50 billion (roughly Rs. 3,64,600 crores) business on an annual basis.

Andy brings the first principles thinking that has always been a part of what's made Amazon successful - deeply trying to understand the end customer, creating building blocks by which other people can build and than being good at rapidly iterating, said Matt McIlwain, a managing director with Madrona Venture Group in Seattle, who has closely tracked Amazon's rise. He watched how Jeff approached problems. That's very important because there a lot of things that are deeply embedded in the culture of Amazon.

Jassy has led AWS since before the launch of its first major services in 2006. Cloud computing was not a natural area for Amazon, then almost exclusively an online retail company. But Amazon's expertise in creating digital systems and running its own sometimes-cumbersome technology, gave Bezos, Jassy and other executives confidence that they could come up with an answer to problems confounding other big corporate technology buyers.

AWS's early customers were primarily startups, and Amazon built the business through trial and error quietly, tucking the unit into a catchall category in financial results. By the time Amazon disclosed the unit's revenue in 2015, AWS was already on its way toward unseating business technology incumbents. Researcher Gartner Inc. estimates Amazon had a 45 percent market share in infrastructure as a service as of 2019, its most recent data.

Jassy was named CEO of AWS in a reorganisation that gave longtime logistics and retail executive Jeff Wilke oversight of Amazon's retail unit. When Wilke announced his retirement last year, Jassy became Bezos's obvious successor.

Jassy joined Amazon in 1997, after attending Harvard Business School. Early in his career, he served as the first technical adviser to Bezos, a sort of chief of staff role that had him sitting in on all of the top executive's meetings and providing counsel on a wide range of issues.

Whether by nature or that experience as Bezos's shadow, Jassy is uncannily similar to his boss, current and former colleagues say. He has instituted Amazon's preference for rigorous data-driven decision-making throughout AWS and has been known to intervene in meetings when executives go on tangents unrelated to pleasing the customer. Colleagues say he's precise and can recall small details from long-ago meetings.

Jassy is also known as an occasional micromanager on projects close to his heart, another trait he has in common with Bezos. His challenge as CEO will be to understand the consumer and logistics parts of the business as well as he knows AWS.

Jassy over the years has shown a passion for social and philanthropic issues not often associated with Amazon's sometimes single-minded founding CEO. He has long devoted time to a Seattle nonprofit that helps low-income students get into top schools. As homelessness became an all-consuming issue in Amazon's hometown, Jassy quietly joined the company's local city council member in walking the city during the one-night count designed to tally the scale of the crisis.

Raised in the New York City area, he remains an avid New York sports fan, and holds a minority stake in the Seattle Kraken expansion National Hockey League team.

- With assistance from Dina Bass. 2021 Bloomberg LP

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Databridgemarketresearch.com Present Healthcare Cloud Computing Market Industry Trends and Forecast to 2027 new report to its research database. This Healthcare Cloud Computing Market report is structured with the thorough market analysis carried out by a team of industry experts, dynamic analysts, skilful forecasters and well-informed researchers. And not to mention, the report is amazingly characterized by using several charts, graphs and tables depending on the extent of data and information involved. Businesses can achieve complete knowhow of general market conditions and tendencies with the information and data covered in this report. What is more, influencing factors such as market drivers, market restraints and competitive analysis is studied with the SWOT analysis which is the most established tool when it comes to generate market research report.

Healthcare Cloud Computing Market report comprises of all the crucial parameters mentioned above hence it can be used for your business. Furthermore, systemic company profiles covered in this report also explains what recent developments, product launches, joint ventures, mergers and acquisitions are taking place by the numerous key players and brands in the market. This report also endows with company profiles and contact information of the key market players in the key manufacturers section. The report is provided with the transparent research studies which have taken place by a team work of experts in their own domain.

Global healthcare cloud computing market is expected to gain market growth in the forecast period of 2020 to 2027. Data Bridge Market Research analyses the market to account to USD 83.66 billion by 2027 growing at a CAGR of 17.25% in the above-mentioned forecast period. The growing expenditure inhealthcare IT sectoris driving the growth of the healthcare cloud computing market.

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The major players covered in the healthcare cloud computing market report are CareCloud Corporation, Carestream Health, ClearDATA, Dell, NetDepot.com LLC, IBM Corporation, Iron Mountain Incorporated, IBM Watson Health, Cisco Systems Inc., HP Development Company, L.P., Microsoft, VMware, Inc., Salesforce.com, inc., ClearDATA, SYNOPTEK, LLC., Cisco, Oracle, GE healthcare, CitiusTech Inc., Napier Healthcare Solutions Pte. Ltd., HealthAsyst, Optum, Inc., McKesson Corporation, 3M, Omnicell, Inc., Ciox Health, Wipro, Nuance Communications, Inc., Infosys Limited, Cognizant, among other domestic and global players. Market share data is available for Global, North America, Europe, Asia-Pacific (APAC), Middle East and Africa (MEA) and South America separately. DBMR analysts understand competitive strengths and provide competitive analysis for each competitor separately.

Growing popularity for SAAS model, advantages derived from using cloud computing in healthcare IT, speeding up the data or document processing in healthcare facilities will likely to accelerate the growth of the healthcare cloud computing market in the forecast period of 2020-2027. On the other hand, use of block chain technology in the health cloud, formation of accountable care organizations and emergence of thetelecloudwill further boost various opportunities that will lead to the growth of the healthcare cloud computing market in the above mentioned forecast period.

Concerns over the security of patient information relating to privacy and data along with issues related to interoperability & standardization of cloud migration towards legacy systems are going to impede the growth of the healthcare cloud computing market in the above-mentioned forecast period.

This healthcare cloud computing market report provides details of new recent developments, trade regulations, import export analysis, production analysis, value chain optimization, market share, impact of domestic and localised market players, analyses opportunities in terms of emerging revenue pockets, changes in market regulations, strategic market growth analysis, market size, category market growths, application niches and dominance, product approvals, product launches, geographical expansions, technological innovations in the market. To gain more info on healthcare cloud computing market contactData Bridge Market Researchfor anAnalyst Brief,our team will help you take an informed market decision to achieve market growth.

This credible Global Healthcare Cloud Computing Market research report provides productive ideas with which product can be made more effective and striking in the competitive market. The report highlights the change in the market which is taking place due to the moves of key players and brands such as product launches, joint ventures, mergers and acquisitions that in turn changes the view of the global face of industry. Global Healthcare Cloud Computing Market research study analyzes the market status, growth rate, future trends, market drivers, opportunities and challenges, risks and entry barriers, sales channels, and distributors.

Global Healthcare Cloud Computing Market, By Component (Hardware, Services), Application (Clinical Information Systems, Non-clinical Information Systems), Service Model (Software-As-A-Service, Infrastructure-As-A-Service, Platform-As-A-Service), Deployment (Private Cloud, Public Cloud, Hybrid Cloud), Pricing Model (Pay-As-You-Go, Spot Pricing Model), End User (Healthcare Providers, Healthcare Payers), Country (U.S., Canada, Mexico, Germany, Italy, U.K., France, Spain, Netherland, Belgium, Switzerland, Turkey, Russia, Rest of Europe, Japan, China, India, South Korea, Australia, Singapore, Malaysia, Thailand, Indonesia, Philippines, Rest of Asia- Pacific, Brazil, Argentina, Rest of South America, South Africa, Saudi Arabia, UAE, Egypt, Israel, Rest of Middle East & Africa) Industry Trends and Forecast to 2027

Major Market Drivers and Restraints:

Competitive Landscape and Healthcare Cloud Computing Market Share Analysis

Healthcare cloud computing market competitive landscape provides details by competitor. Details included are company overview, company financials, revenue generated, market potential, investment in research and development, new market initiatives, global presence, production sites and facilities, production capacities, company strengths and weaknesses, product launch, product width and breadth, application dominance. The above data points provided are only related to the companies focus related to healthcare cloud computing market.

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Table of Contents-Snapshot Executive SummaryChapter 1 Industry OverviewChapter 2 Industry Competition by ManufacturersChapter 3 Industry Production Market Share by RegionsChapter 4 Industry Consumption by RegionsChapter 5 Industry Production, Revenue, Price Trend by TypeChapter 6 Industry Analysis by ApplicationsChapter 7 Company Profiles and Key Figures in Industry BusinessChapter 8 Industry Manufacturing Cost AnalysisChapter 9 Marketing Channel, Distributors and CustomersChapter 10 Market DynamicsChapter 11 Industry ForecastChapter 12 Research Findings and ConclusionChapter 13 Methodology and Data Source

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Market Definition:Global Healthcare Cloud Computing Market

This market report defines the market trends and forecast the upcoming opportunities and threats of the healthcare cloud computing market in the next 8 years. Cloud computing is used for the delivery of hosted services over the internet. The healthcare industry market has changed significantly with the growing impact of consumerism, digitalization, preventative healthcare and regulations. A shift in cloud computing which is playing a prominent role in healthcare IT is expected to accelerate the global healthcare industry in the future. Cloud and big data services can be used to track various diseases map them geospatially and inform the population where risk exists. Few tools that exist in the healthcare marketplace today include Centers for Disease Control and Prevention (CDC), IBM Explorys, McKesson, eClinicalWorks, Cerner, IBM Phytel Population Health Management among others. Cloud computing in healthcare is used for population health management, care management support, image handling services, diagnostic support, medical practitioner assistance, patient connectivity, data distribution services laboratory services, clinical research and many more. Numerous standards are applied to different aspects of healthcare solutions which are required for customers to understand the available standards and to understand whether cloud services are attached to relevant standards for the capabilities provided. For instance, in the U.S., every healthcare entity such as hospital, university research facility, physicians office, that deals with (Protected Health Information) PHI must adhere to the guidelines stipulated by Health Insurance Portability and Accountability Act (HIPAA).

Healthcare Cloud Computing Market Country Level Analysis

Healthcare cloud computing market is analysed and market size insights and trends are provided by country, component, application, service model, deployment, pricing model and end user as referenced above.

The countries covered in the healthcare cloud computing market report are U.S., Canada and Mexico in North America, Germany, France, U.K., Netherlands, Switzerland, Belgium, Russia, Italy, Spain, Turkey, Rest of Europe in Europe, China, Japan, India, South Korea, Singapore, Malaysia, Australia, Thailand, Indonesia, Philippines, Rest of Asia-Pacific (APAC) in the Asia-Pacific (APAC), Saudi Arabia, U.A.E, South Africa, Egypt, Israel, Rest of Middle East and Africa (MEA) as a part of Middle East and Africa (MEA), Brazil, Argentina and Rest of South America as part of South America.

North America dominates the healthcare cloud computing market due to growing adoption of electronic health records (EHRs) among medical professionals, the incentive-driven approach of government health IT programs and active participation by private sector players in the industrial development of this region, while Europe is expected to grow at the highest growth rate in the forecast period of 2020 to 2027 due to increasing awareness regarding the availability of superior quality healthcare cloud computing solutions and growing geriatric population susceptible to several diseases increases the number of hospital admissions that are going to boost the demand.

The country section of the healthcare cloud computing market report also provides individual market impacting factors and changes in regulation in the market domestically that impacts the current and future trends of the market. Data points such as consumption volumes, production sites and volumes, import export analysis, price trend analysis, cost of raw materials, down-stream and upstream value chain analysis are some of the major pointers used to forecast the market scenario for individual countries. Also, presence and availability of global brands and their challenges faced due to large or scarce competition from local and domestic brands, impact of domestic tariffs and trade routes are considered while providing forecast analysis of the country data.

Healthcare Infrastructure growth Installed base and New Technology Penetration

Healthcare cloud computing market also provides you with detailed market analysis for every country growth in healthcare expenditure for capital equipments, installed base of different kind of products for healthcare cloud computing market, impact of technology using life line curves and changes in healthcare regulatory scenarios and their impact on the healthcare cloud computing market. The data is available for historic period 2010 to 2018.

Thanks for reading this article, you can also get individual chapter wise section or region wise report version like North America, Europe or Asia.

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Healthcare Cloud Computing Market to grow with a Healthy CAGR, Forecast 2020 2027 | Key Players - PharmiWeb.com

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:

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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:

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

ALBANY, N.Y., Feb. 2, 2021 /PRNewswire/ -- Higher education solutions have been transforming research campuses, universities, and colleges across the globe together withnew, innovative, and engaging services. The solutions of higher education comprise campus management, data security and compliance, content collaboration, and many others. These solutions are integrated into various business applications to improve their performance and capabilities, which is likely to support growth of the global higher education solutionsmarket over the analysis timeline, from 2020 to 2030. These solutions extract insights from business data in the analytical phase to assist business enterprises to make informed decisions.

There has been a rise in the demand for high quality education amongst both students and their parents is likely to play an important role in driving the growth of the global higher education solutions market in the near future. With the outbreak of Covid-19, most of the colleges and other institutes of higher education have opted for virtual classes. In this scenario, software providers of higher education solutions are offering free-of-cost college management software and education related software to assist these institutes.

The global higher education solutions marketis expected to clock an exponential growth rate of ~20%CAGR over the forecast timeline, from 2020 to 2030. Higher education solutions allow real time incorporation of various functions of educational institutes to better maintenance of databases and management of diverse functions. Universities and colleges are focusing more on offering high quality education as their core competency.

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Key Findings of Higher Education Solutions Market Study

Growing Demand for e-Learning Solutions to Accelerate Market Growth

The education sector is witnessing a paradigm shift in the models of e-Learning due to augmented demand for use of digital education and connected devices in the education sector. E-learning comes with high potential and is rapidly gaining traction amongst the next-generation learners, which is likely to drive expansion of the global higher education solutions market in the near future.Advancements in the education sector are anticipated transform personal learning experience of students. These technological advancements are also estimated to offer lucrative growth opportunities to solution developers of higher education.

High penetration of internet across different regions has augmented use of higher education solutions. As such, providers of software solutions are offering diverse and innovative solutions for learning, transferring, handling, and managing data. Advancements made in the telecom sector worldwide are encouraging educational institutes to adopt these innovative solutions. All these factors are estimated to support development of the global higher education solutions market over the analysis timeline, from 2020 to 2030.

Analyze global higher education solutions market growth in 30+ countries including US, Canada, Germany, United Kingdom, France, Italy, Russia, Poland, Benelux, Nordic, China, Japan, India, and South Korea. Request a sampleof the study

Increased Incidences of University Data Breaches Demand High Security and Data Compliance

Universities and colleges are data storehouses as they collect sensitive data about students enrolled in different courses. This leads to augmented need for data compliance and security, particularly in a world where data breaches are becoming more common. In an effort to ensure high data security, market players are coming up with software solutions that would restrict the use of portable devices and USBs. These institutes have records of employments, health, payments, and addresses of their current and former students. All these data could be exploited for unfair use by hackers and other organizations.Demand for high security and data compliance to foster development of the global higher education solutions market in the years to come.

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Higher Education Solutions Market: Key Driving Factors

Explore 260 pages of superlative research, current market scenario, and extensive geographical projections. Gain insights into the Higher Education Solutions Market (Component: Software and Services; Deployment: On Premise and Cloud; and Institution Type: Public Institutions and Private Institutions) - Global Industry Analysis, Size, Share, Growth, Trends, and Forecast, 2020-2030 at https://www.transparencymarketresearch.com/higher-education-solutions-market.html

Explore Transparency Market Research's award-winning coverage of the Global IT & Telecom Industry:

Talent Management Software Market The talent management system market is projected to expand at a CAGR of 10.3% during the forecast period from 2018 to 2026. Increasing demand for integrated talent management, growing trend of mobile workforce, coupled with multiple benefits offered by talent management software are encouraging the higher adoption of talent management software.

Learning Management Systems (LMS) Market The global LMS market is projected to witness steady growth over the forecast period. This can be attributed to factors such as the increasing preference for distance learning, developing network infrastructure in developing regions, the adoption of cloud-based LMS by SMEs, and corporate sectors offering online trainings to its employees.

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Global Higher Education Solutions Market to Thrive on Growing Popularity of Cloud Computing and High Consumption of Digital Content: TMR - PRNewswire

o Other NCIS Applications

Geographical scenario:

The geographical analysis of the Healthcare Cloud Computing market has been done by examining different global regions such as North America, Latin America, Middle East, Asia-Pacific, and Africa on the basis of different parameters. The primary target for the Healthcare Cloud Computing market are the Healthcare Cloud Computing countries. The Healthcare Cloud Computing market has broadly compiled through extensive research and analysis techniques such as qualitative and quantitative analysis. Furthermore, it offers a blend of SWOT and Porters five techniques to analyze the data of the global market. Moreover, this report offers a complete analysis of different business perspectives such as the ups and downs of the global market shares. To expand the market at the global level, it makes use of different techniques and sales methodologies for achieving the outcomes of the businesses.

Collectively, this research repository encapsulates data of Healthcare Cloud Computing market to offer strategic decision-making abilities to various investors, business owners, decision-makers as well as policymakers.

The Healthcare Cloud Computing Market is divided into the following regions:

North America (USA, Canada)Latin America (Chile, Brazil, Argentina, rest of Latin America)Europe (UK, Italy, Germany, France, rest of the EU)Asia Pacific (India, Japan, China, South Korea, Australia, rest of APAC)Middle East and Africa (Saudi Arabia, United Arab Emirates, South Africa, rest of MEA)

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Following major key questions are addressed through this global research report:

1. What will be the Healthcare Cloud Computing market size over the forecast period?2. What are the demanding regions for making significant growth in the upcoming future?3. What are the challenges in front of the Healthcare Cloud Computing market?4. Who are the key vendors in Healthcare Cloud Computing market?5. What are the effective sales patterns and methodologies for boosting the performance of the Healthcare Cloud Computing market?6. What are the different ways to find out potential customers as well as global clients?7. Which factors are hampering the Healthcare Cloud Computing market?8. What are the outcomes of SWOT and porters five techniques?9. What are the demanding trends of the Healthcare Cloud Computing market?

Key strategic developments in the Healthcare Cloud Computing market:

This global study also includes the key strategic developments of the Healthcare Cloud Computing market including the new product launchings, partnerships and collaboration among the key players functioning at the global level.

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Key target audience for Healthcare Cloud Computing report:

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Healthcare Cloud Computing Market Size, Top Key Players, Applications, Business Statistics, Trends and Forecast 2021-2027 NeighborWebSJ -...

Cloud Computing Market 2020: Latest Analysis

The study published on the Cloud Computing market is a systematic review that includes key parameters and indicators that are crucial to market understanding. The data from the years 2015 to 2020 is used to show the status and size of the market. The report also includes a total market value for the forecast period, along with the CAGR. The introductory chapter, along with the product description and market scope, provides an overview of the Cloud Computing industry. The study also analyzes market dynamics in product-related matters along with developments in the growth of the industry.

Cloud Computing Market Segment by Manufacturers, this report covers:Microsoft (US), AWS (US), Salesforce (US), Oracle (US), SAP (Germany), Google (US), Workday (US), Adobe (US), IBM (US),

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Market Segment by Type covers:Infrastructure as a Service (IaaS), Platform as a Service (PaaS), Software as a service (SaaS)

Market Segment by Applications can be divided into:Small and Medium-sized Enterprises (SMEs), Large Enterprises

Competitive Landscape

Competitor analysis is one of the best sections of the report that compares the progress of leading players based on crucial parameters, including market share, new developments, global reach, local competition, price, and production. From the nature of competition to future changes in the vendor landscape, the report provides in-depth analysis of the competition in the global Cloud Computing market.

Production, consumption, revenue, market share, and growth rate are the key targets forCloud Computing Market forecast from 2013 to 2026 (forecast) in these regions:

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Some Major Table of Contents:

Chapter 1: Global Cloud Computing Market Report 2020 Market Overview, Product Overview, Market Segmentation, Market Overview of Regions, Market Dynamics, Limitations, Opportunities and Industry News and Policies.Chapter 2: Global Cloud Computing Market Report 2020 Industry Chain Analysis, Upstream Raw Material Suppliers, Major Players, Production Process Analysis, Cost Analysis, Market Channels, and Major Downstream Buyers.Chapter 3: Value Analysis, Production, Growth Rate and Price Analysis by Type of Global Cloud Computing Market Report 2020.Chapter 4: Downstream Characteristics, Consumption and Market Share by Application of Global Cloud Computing Market Report 2020.Chapter 5: Production Volume, Price, Gross Margin, and Revenue ($) of Global Cloud Computing Market Report 2020 by Regions.Chapter 6: Global Cloud Computing Market Report 2020 Production, Consumption, Export, and Import by Regions.Chapter 7: Global Cloud Computing Market Report 2020 Market Status and SWOT Analysis by Regions.Chapter 8: Competitive Landscape, Product Introduction, Company Profiles, Market Distribution Status by Players of Global Cloud Computing Market Report 2020.Chapter 9: Global Cloud Computing Market Report 2020 Market Analysis and Forecast by Type and Application.Chapter 10: Global Cloud Computing Market Report 2020 Market Analysis and Forecast by Regions.Chapter 11: Global Cloud Computing Market Report 2020 Industry Characteristics, Key Factors, New Entrants SWOT Analysis, Investment Feasibility Analysis.Chapter 12: Global Cloud Computing Market Report 2020 Market Conclusion of the Whole Report.Continue

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2021 Latest Report on: Cloud Computing Market Report Research Reports, Industry Size, In-Depth Qualitative Insights, Explosive Growth Opportunity,...

As businesses this time last year wrapped up their planning for the year ahead, few could have predicted the dramatic changes that awaited them. By Spring, the coronavirus pandemic had disrupted all manner of operations globally, forcing businesses to pivot in real-time to accommodate remote working for the vast majority if not all of their workforce. This unprecedented change accompanied by huge levels of uncertainty required heavy restructuring of IT infrastructure.

Often, we saw IT operations across the globe managing this monumental lift through moving additional workloads to the cloud and adopting a hybrid cloud environment model. In many cases, these digital transformations were already occurring and the COVID-19 pandemic accelerated plans which were already in place. Plans were set in motion by teams who increasingly see the value of hybrid cloud environments and the benefits that can be found.

One thing 2020 has taught us is to expect the unexpected and whilst we do not know what 2021 has in store, several trends have emerged that enable us to make some predictions for what this year might hold for the world of hybrid cloud.

New technology was required in more ways than ever last year, with a number of changes related to growing hybrid cloud use emerging including:

In 2021, we predict businesses will address the above changes and drive them further in ways that will apply new resources and strategies to drive business outcomes as the world around us advances in cloud and AI research. Our predictions are as follows:

Companies are already in the process of decentralising IT operations to hybrid cloud environments and we predict that in the year ahead, this will continue at rapid speed with even businesses in the most regulated industries partaking. This is due to the availability of security measures that will improve isolation, ensure system and data integrity and implement Zero Trust strategies whilst remaining compliant with data privacy regulations worldwide (which become increasingly more tough as security threats evolve). These security technologies such as Confidential Computing, quantum-safe, and fully homomorphic encryption will become more mainstream than they have ever been before.

We have already seen the power of AI in technologies such as natural language processing (NLP), graph-based techniques and explainable AI in tools such as voice recognition and language translation apps. In 2021, we predict that the same AI will be applied to machines code which will in turn significantly accelerate the moving of applications to the cloud and aid their management. This AI will teach machines to reason, offering explanations for an applications behaviour and its structure to recommend and automate the generation of identified microservice candidates.

Crunching a large dataset from your laptop may require using 100,000 containers and the knowledge of how to re-code applications for the hybrid cloud. Developers and data scientists without years of experience with containerisation, parallelisation and container orchestration tools currently find it very hard to programme in hybrid cloud environments.

Throughout 2021, open-source tools will help integrate many clouds and on-premise systems into a single, seamless hybrid platform by shortening the learning curve for programmers and non-programmers for that matter. This application deployment model will be easier for those without lots of hybrid cloud expertise to programme and use freeing up programmers with more experience to work on higher-value projects.

This year, we expect to see huge breakthroughs in AI hardware used to build and deploy AI models. Paired with 5G advances, sustainable AI computing at the edge could remove even more borders between cloud and edge, offering a key technological upgrade for hybrid cloud infrastructures, and a major advancement for privacy and security of AI models by keeping more data at the edge. 5G cellular architecture is also expected to be a catalyst trigger wide-spread adoption of edge computing.

Much of the change we expect to see in 2021 will be focused on the improvements in AIs power and efficiency, so it can help businesses meet a number of challenges to securely deploy and manage hybrid cloud environments for a larger number of users to meet the challenges of last year.

Whilst we dont know exactly how 2021 will play out, we expect hybrid cloud technologies to continue to play a large role in breaking down barriers for the enterprise.

Read more: IBM spins off infrastructure unit to focus on hybrid cloud and AI strategy (October)

Photo by Cody Schroeder on Unsplash

Interested in hearing industry leaders discuss subjects like this and sharing their experiences and use-cases? Attend theCyber Security & Cloud Expo World Serieswith upcoming events in Silicon Valley, London and Amsterdam to learn more.

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What to expect from hybrid cloud in 2021 - following a year of change - Cloud Tech

WASHINGTON The Department of Defense will reassess its cloud-computing options if a federal court does not dismiss allegations of improper influence in the contract process for the project worth billions, a new DoD memo said.

The Joint Enterprise Defense Infrastructure cloud, awarded to Microsoft in October 2019, would provide a department-wide platform needed to develop artificial intelligence and computing capabilities for war fighters at the tactical edge. But if the U.S Court of Federal Claims clears the way for Amazon Web Services interference allegations against former President Donald Trump over the JEDI project, the Pentagon warned that the prospect of such a lengthy litigation process might bring the future of the JEDI cloud procurement into question, according to the memo from the DoD CIO office to Congress.

Under this scenario, the DoD CIO would reassess the strategy going forward, the memo read.

AWS has stated that it wants to collect sworn statements from Trump and other current and past senior officials, including former Defense Secretary Jim Mattis. Evidence AWS cites against Trump includes public and private statements about his dislike for Amazon founder Jeff Bezos.

These motions will be complex and elongate the timeline significantly, the memo said.

Building the JEDI cloud infrastructure has been delayed since the Pentagon awarded the contract, valued up to $10 billion over a decade,. Shortly after the award, AWS filed a lawsuit to block the department from working to build the enterprise cloud environment, alleging political interference and technical evaluation errors by the department during the selection process.

Regardless of the JEDI cloud litigation outcome, the department continues to have an urgent, unmet requirement, the DoD memo said. Specifically, the departments need for an enterprise-wide, commercial cloud services for all three classification levels, extending from the homefront to the tactical edge, at scale. We remain fully committed to meeting this requirement we hope through JEDI but this requirement transcends any one procurement, and we will be prepared to ensure it is met one way or another.

The allegations of interference by Trump add uncertainty to the JEDI cloud project under President Joe Bidens Department of Defense. Meanwhile, some industry experts have challenged the construct of the JEDI cloud, arguing that the contract shouldnt be a single award and instead should involve several vendors.

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If the court dismisses the improper influence allegations, then the department believes that the litigation of the remaining three counts would likely take four to five months, the memo stated.

Work on JEDI cloud would continue to be paused until the litigation process is complete, and DISA/CCPO [Defense Information Systems Agency/Cloud Computing Program Office] remains ready to resume management of the JEDI cloud work if/when the entire set of litigation is resolved in the governments favor.

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Pentagon could reassess future of JEDI cloud, depending on court action - C4ISRNet

PHILADELPHIA, Jan. 28, 2021 (GLOBE NEWSWIRE) -- Anexinet Corporation, a leading provider of digital business transformation solutions, today announced its Disaster Recovery Kickstart program has received a 2020 Cloud Computing Backup and Disaster Recovery Award from TMCs Cloud Computing Magazine. Anexinets program was honored for its 6-step process to ensure the protection of business-critical applications and data following a disaster.

The Cloud Computing Backup and Disaster Recovery Award recognizes technologies and vendors that provide cloud solutions to minimize lost business opportunities by empowering businesses large and small to remain active and productive under even the most challenging conditions.

Recognizing excellence in the advancement of cloud-computing technologies, Cloud Computing magazine is proud to announce the Disaster Recovery Kickstart program as a recipient of the Cloud Computing Backup and Disaster Recovery Award, said TMC CEO, Rich Tehrani. Anexinet is being honored for their achievement in bringing innovation to the market while leveraging the latest technology trends.

Anexinets new Disaster Recovery Kickstart addresses preparedness with a 6-step process that includes:

Many companies are under the false impression that their disaster recovery plans are up-to-date and sufficient to recover lost data quickly, said Tim Malfara, VP, Hybrid IT and Cloud Services, Anexinet. In reality, they have outdated test plans and untrained staff members that make Recovery Time and Point Objectives (RTO & RPO) a big challenge. Were proud Cloud Computing Magazine has recognized Anexinets unique program that takes the guesswork out of disaster recovery and provides organizations with a pragmatic roadmap to protect digital assets.

For more information, please see Anexinets Disaster Recovery Kickstart.

Follow Anexinet on Twitter, LinkedIn, Facebook, or via the Anexinet Insights Blog.

About Anexinet

From intelligent, full-stack engagement strategies and solutions to modern, secure infrastructure products and services, Anexinet focuses on technology-enabled business transformation that drives value. For over two decades, Anexinet has helped companies worldwide solve their most complex challengesfrom engaging front-end interactions to dependable back-end solutions. Anexinets record of client success springs from a culture rooted in thought leadership and delivery excellence. For more information, please visit http://www.anexinet.com or follow Anexinet on Twitter or LinkedIn.

For more information, contact:Betsey RogersPublic RelationsBridgeView Marketing603-821-0809betsey@bridgeviewmarketing.com

Continued here:

Anexinet Receives 2020 Backup and Disaster Recovery Award From Cloud Computing Magazine - GlobeNewswire

FILE PHOTO: Saudi Crown Prince Mohammed Bin Salman announces a zero-carbon city called "The Line" to be built at NEOM in northwestern Saudi Arabia, January 10, 2021. Bandar Algaloud/Courtesy of Saudi Royal Court/Handout via REUTERS

DUBAI (Reuters) - Saudi Arabias futuristic city project NEOM is in talks with companies to pick a lead partner for its first cloud computing deal that will lay the foundation for hi-tech services in its flagship $500 billion business zone, a senior executive said.

The talks with local and international tech firms come after a subsidiary of oil giant Saudi Aramco recently partnered with Google to bring its cloud services to the kingdom, and Saudi Telecom Co. struck a similar deal with Alibaba Cloud.

From a compute perspective, were seeing lots of opportunities for partnerships with large, hyper-scale providers, Joseph Bradley, head of technology and digital at NEOM, told Reuters.

Were in final stages of negotiations with several.

Last year NEOM, which is backed by the $400 billion Saudi sovereign fund PIF, announced a deal with Saudi firm stc group to establish a 5G network for its planned cognitive cities.

NEOMs flagship project is a carbon-free zone called The Line. Its construction will begin this year and the first phase will be completed by 2025, Bradley, a former CISCO Systems executive, said.

The plan, unveiled by Crown Prince Mohammed bin Salman on Jan. 10, is the first major construction project aimed at diversifying the economy of the worlds largest oil exporter.

NEOM also plans to build a city-wide operating system based on artificial intelligence in the business zone to better utilise data for its inhabitants.

Reporting by Saeed Azhar. Editing by Mark Potter

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Saudi Arabia's futuristic city project in talks over cloud computing deal - Reuters