Category Archives: Cloud Computing
How to apply serverless in front-end cloud computing – TechTarget
Instead of moving whole applications to the cloud, organizations have the option to build cloud front-end computing elements for existing applications. And they have options regarding the technology they use to execute this approach, including serverless computing and containers.
The use of web servers as front ends that provide online access to applications isn't a new idea. Neither is the tight integration of web pages with hosted processes -- the common gateway interface (CGI) has been in use for decades. However, front ends designed for cloud computing create a model where presentation or GUI features are hosted on cloud resources for scalability, resilience and performance improvements, whereas the application back end can reside anywhere.
An organization could still implement this hybrid model through the traditional web-server-and-CGI approach, but modern cloud technology offers better options. With the deployment of a cloud front end, reliant on serverless technologies and microservices, IT teams can reduce overhead and cut costs, while also adding flexibility and scalability to their applications.
Typical modern application front ends center on an API gateway or broker. This broker element presents a series of APIs that are invoked from either webpages or mobile applications. These APIs can either be connected to web servers or invoked directly from webpages via the programming language, such as JavaScript. Behind the APIs are the software components of the applications themselves, hosted in the cloud or in the data center.
Even though this front-end cloud computing model has only begun to take hold over the past two years, there's already modernization pressure. The leading edge in application front-end design uses microservices, which are small stateless components of logic that can scale or get replaced dynamically. Serverless is an architecture for applications that only consumes resources when it executes code, such as these microservices.
A microservice and serverless approach makes the front end fully scalable and resilient to failures. With this type of strategy there is no server management and the cloud client only pays for active hosting -- low activity levels don't cost as much as always-on cloud-hosted applications.
Microservice and serverless designs are about events, whereas other application designs are built around transactions. When designing cloud front ends for microservices and serverless, developers must think of transactions in relation to events.
In a typical application, users create a transaction through a multistep process. The steps of the transaction correspond to events. Each event must go into the transactional context somewhere. Microservices and serverless developers commonly dissect a transaction into events at the source -- meaning the mobile device or the web server.
Don't get trapped into doing the latest thing when it's not the best thing.
The API gateway model suits serverless implementation. The gateway can invoke the proper serverless code based on a call from the front-end web server or mobile app. The front end can also access an online database. This access then triggers a serverless workflow. Applications built on this model, for example, access a database for order creation, then trigger a serverless workflow to transfer the processed order to the back-end application for inventory management.
Some application front ends are rich, more like a distributed processing function than a simple event handler. In these designs, cloud developers can use workflow orchestration tools -- such as AWS Step Functions or Microsoft Azure's Durable Functions -- to build complex multiserverless-function workflows. These workflows resemble traditional application logic, except that they are decomposed into microservices to maximize cloud value.
The major cloud vendors offer a way to easily shift between a serverless deployment of microservices and an always-available container deployment. Microsoft focuses more directly on microservices deployments, though AWS and Google also enable it.
Application teams should aim to think in terms of microservices rather than serverless computing. A microservices architecture deals directly with one of the common issues surrounding serverless computing: Serverless is cost effective when it's used sparingly. Serverless customers pay for usage, so as usage increases, the cost of serverless activations can exceed the cost of dedicated, always-on container hosting of the same application code.
State control is an important consideration to build serverless applications, particularly if the application might switch to more conventional cloud-native hosting in containers. A microservice or serverless function is stateless. It can't store information between activations, which is what makes it suitable for on-demand activation, scaling and replacement. Thus, applications that involve multiple steps with context that must be remembered have to provide state control.
There are multiple ways to control state with the API gateway model of a cloud front end. The mobile device or web server accessing the application can provide state as part of the events it generates in the app. Everything a microservice or function needs is passed to it by that user-interface-connected state information. An API gateway can be implemented to remember context, making it the state source. Or, the microservice or function can obtain state information from a back-end database that maintains the context for each user transaction.
Orchestration is a method that maintains state in an internal process or workflow map. To use this approach, first research whether this map is available or usable from your chosen cloud provider for microservices that have been hosted in a container. If you're considering transitioning some serverless microservices into persistent containers, it's crucial to know how that is done before you commit to a specific cloud provider and orchestration model.
Watch serverless workflows carefully. Cloud providers must load and run serverless components on demand -- these components are inactive otherwise -- so there is a delay associated with execution. Too many serverless elements in a workflow can add up to noticeable increases in response time. This problem wouldn't occur if the same components were deployed in conventional containers.
Microservices and stateless execution define the architecture of a cloud front end, not serverless. The serverless hosting model is suitable for many applications, but many applications are more cost-effective, and even perform better, when they're executed another way. If you map out workflows in advance, you can spot applications where the cost and performance could be affected by serverless hosting. Don't get trapped into doing the latest thing when it's not the best thing.
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How to apply serverless in front-end cloud computing - TechTarget
Meet the people keeping the cloud up and running in the middle of lockdown – ZDNet
During the 12 years that he spent with the Royal Navy, Chris Cousins couldn't have guessed that some of the skills he was using at sea would one day prove useful to keeping cloud-computing infrastructure up and running in the middle of a global pandemic.
Now back in civil life, Cousins works as a Network Operations Centre (NOC) manager for UKCloud, which provides cloud-computing services for customers, including a number in the UK's public sector. Along with his team of 26 engineers, he oversees the cloud-computing infrastructure for 40 hospital trusts, 34 mental health trusts, and hundreds of GP surgeries.
"Luckily, I'm used to being isolated for months," says Cousins, with reference to his previous career, "and to still have to come up with new methods to enable collaboration and communication."
SEE:Kubernetes security guide (free PDF)
Given the critical nature of the data he deals with, working from home hasn't been an option for Cousins. While the rest of the country has been getting to grips with Zoom calls and Slack, the NOC manager has kept commuting to a semi-deserted office.
From the start, ensuring that staff felt safe and comfortable was key to the smooth running of the NOC's operations.
Like any other organization, the speed at which the pandemic shut down the country took Cousins and his team by surprise. "But my experience in the Navy means that I'm used to working on the spot and in the moment," he says.
The team uses a booking system to make sure no more than three workers come into the same office at one time; and on top of extra hand sanitizers and anti-bacterial wipes, two-metre cordons have been deployed throughout the office to separate working spaces. Cousins' team has also set up a sanitization area outside their workspace to disinfect equipment before and after use.
Meanwhile UKCloud made other changes likere-allocating capacity for on-demand servicesto ensure that its cloud services were ready to help the public sector deal with the effects of the crisis.
The pandemic has meant the team had to deal with a big increase in workload, especially as not all clients had prepared or had contingencies in place to enable their staff to work from home.
Cousins works as a Network Operations Centre (NOC) manager for UKCloud, which provides cloud computing services for the country's public sector.
"Our work patterns have changed," says Cousins. "We are seeing longer hours, a reduced number of breaks, due to the sheer volume of work and the demand for data hosting."
The pandemic took many GP practices and hospital trusts by surprise, and in many cases healthcare services have had to switch to remote working overnight. Early on, the NHS recommended that all practices move to the remote management of patients as soon as possible to reduce the risk of infection.
But according to Cousins, many NHS trusts weren't ready to work remotely, and didn't have the cloud capacity to start tele-consulting.
"We had requests from a bunch of customers to help them change their environments to work more effectively," says Cousins, "and to allow the sheer volume of work to be processed smoothly. We need to keep on top of that to enable the trusts to deliver on the front end."
With little preparation for digital working, it's been a steep learning curve for healthcare organizations across the country.
Moving into the cloud, however, means increasing cloud capacity; and although cloud capacity may sound abstract, it comes in the form of very tangible server racks in data centers. And providing sufficient physical infrastructure in response to a sudden surge in demand from every client, all in the context of a pandemic, is no easy task.
Cousins has been doing a lot of planning and forecasting in the past few months to allocate and repurpose equipment based on the new storage needs of his clients. Luckily, he says, there is already a bunch of capacity waiting to be used; but racks still need to be physically moved around the data halls and repositioned as necessary.
SEE: Where is the 'edge' in edge computing? And who gets to decide?
The process, dubbed "racking and stacking", is typically carried out by a couple of high-level engineers, made more complicated by the need for social distancing.
"It's a fine line," says Cousins. "You have to apply social-distancing rules where you can, and minimize the time you spend doing the racking and stacking. You have to apply common sense."
As a manager, on top of supervising unprecedented amounts of work, Cousins has had to keep the team spirit going. This has meant daily calls and the occasional virtual cup of tea, but the NOC manager finds that one general rule should always be applied: never ask someone to do something you wouldn't be prepared to do yourself.
His tip to other leaders? Invest in your team by communicating and showing empathy. The amount you give to your employees, says Cousins, will inevitably show in what they give back to their work. "In the individuals I work with directly, especially as of late, the close engagement and mentorship is really showing," he says.
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Meet the people keeping the cloud up and running in the middle of lockdown - ZDNet
An Executives View Of The COVID-19 Crisis: Cloud Computing Is Proving Itself – Forbes
Photo: Joe McKendrick
The recent COVID-19 crisis has spurred increased more cloud spending, according to a survey of 750 executives from Flexera. More than half, 59 percent, said their cloud usage will be higher than planned before the pandemic hit. If anything, cloud is seen as a lifesaver for businesses through a period of uncertainty, with employees suddenly scattered across a corporate diaspora. All of a sudden, all doubts about the cloud model especially with security and hidden costs evaporated.
Thats because cloud is providing great certainty in a time of great uncertainty. The past three months with businesses being forced to shutter their physical locations, supply chains collapsing, and three-year strategic plans being thrown out the window brought more uncertainty than anyone has ever seen. Most IT executives havent thought their way through something this widespread with the impact that it's having in all aspects of commerce, their organization, their employees, and their customers. says Jay Ferro, CIO of Quikrete. In a recent chat with CXOTalks Michael Krigsman, Ferro referred to cloud as a burning platform, that it has enabled his company as well as many others to continue relatively unscathed through the recent COVID crisis. The public cloud has protected a lot of us during this situation, he relates. It has allowed us to continue, he says. It's allowed business continuity to happen more smoothly.
That burning platform has enabled Ferro and the many fellow executives he has talked with to put in more automation, faster and more remote access to data, more decision-making at the edge, he says. In the process, the crisis brought a tremendous amount of visibility to IT. All eyes are on technology. How do we access our information; how do we conduct business?
Cloud has provided the foundation for such unprecedented adaptability, Ferro continues. Whether it's a Microsoft 365 implementation, Azure, AWS, or anything similar, it has allowed CIOs a greater degree of flexibility, because their compute is no longer on-prem, and they're not bound by physically accessing a data center. I've talked to companies that have nearly 100 percent of their employees working remotely. They are grateful that they have access to that information in a platform-agnostic way, whether it's on their laptop or their mobile device, that they're able to continue to do business.
This is certainly one of those eras in which leaders are born in trial by fire, and this is a time for CIOs to step up, Ferro adds. This is the time for leaders to show that they understand not just disaster recovery, business continuity, but also understand how their company works day-to-day, and have a grasp of the company's operations. I'm hoping a lot of lights go on in those CFOs' heads and those heads of operations. I think it's going to open some eyes for the CIO that takes advantage of the opportunity.
Hardened attitudes toward cloud computing have also softened. I have heard so many business executives, non-IT folks, who have gone from anti-cloud, now saying Why don't we have everything in the cloud?
This has also been a time for forward-looking executives to demonstrate how their efforts to digitize operations and channels in recent years have shone in a time of great adversity. During the good times, the leaders lead from behind, Ferro explains. Our job during a crisis is to lead from the front as CIOs in these tough times. I want to deflect heat and all of those things away from my team so that they can focus on serving our customers and serving our staff, who are doing the hard work of keeping a company going.
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An Executives View Of The COVID-19 Crisis: Cloud Computing Is Proving Itself - Forbes
2020 Cloud Computing in Healthcare Market research details shared in the report – WhaTech Technology and Markets News
This report provides statistics on the market situation, size, regions and growth factors. Cloud Computing in Healthcare Market report contains emerging players analyze data including competitive situations, sales, revenue and market share of top manufacturers.
The research reports onCloud Computing in Healthcare Marketreport gives detailed overview of factors that affect global business scope. Cloud Computing in Healthcare Market report shows the latest market insights with upcoming trends and breakdowns of products and services.
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Avizia
Biop Medical
Doctome
Medtronic
Merck
Novartis
Stanley Healthcare
Verge Health
Cloud computing (including IaaS, PaaS, SaaS, private, and hybrid cloud services, managed cloud services and cloud management platforms) accounted for 7.6% of a global information and communications technology (ICT) market that was worth $3 trillion in 2017. While the global ICT market is forecast to grow at a compound annual growth rate (CAGR) of 10.1% between 2018 and 2022, cloud computing revenues, which passed $233B in 2017, are growing at more than 25%.
In theory, the entire IT market could shift to the cloud, so the disruption yet to be unleashed onto the global software and IT services sector is likely to be substantial.
In recent years, investing in cloud computing technology has become an increased priority for healthcare organizations and networks. However, there is still inertia to overcome due to data security and privacy concerns, infrastructure availability, regulatory compliance worries, and a lack of the staff skills required to manage and maintain the technology.
Understanding and adopting a cloud-based model can be beneficial for healthcare, as cloud solutions offer flexibility, scalability, back-up options, and remote access to services and information. They also make sure crucial structures are still running in case of a single-point failure, and they make system recovery a lot easier and faster.
Key Highlights-- Develop and design your corporate strategies through an in-house expert analysis of the key cloud computing technologies impacting the healthcare industry.- Develop business strategies by understanding the key cloud computing technologies being used in the healthcare industry.- Stay up to date on the industrys big players in the cloud computing industry and where they sit in the value chain.- Identify emerging industry trends in cloud computing technologies to gain a competitive advantage.
Scope of this Report-- This report provides in-house analyst expertise on the applications of cloud computing in healthcare and identifies the winners in cloud professional services. Components of the report include -- Key Players: identify the big players in the cloud computing industry and where they sit in the value chain.- Trends in the Cloud Computing Industry: key trends driving the cloud computing industry classified by tech trends and healthcare trends.- Industry Analysis: analysis of the impact of cloud computing in the healthcare industry.- Impact of Cloud Computing in Healthcare: identify key cloud computing applications in the healthcare industry including case studies demonstrating how healthcare companies are using cloud computing for improved outcomes.- Value Chain: identify the three key cloud computing applications driving growth in the cloud computing industry, highlighting the leaders in each category.
Reasons to accessthis Report-- Develop and design your corporate strategies through an in-house expert analysis of the key cloud computing technologies impacting the healthcare industry.- Develop business strategies by understanding the key cloud computing technologies being used in the healthcare industry.- Stay up to date on the industrys big players in the cloud computing industry and where they sit in the value chain.- Identify emerging industry trends in cloud computing technologies to gain a competitive advantage.
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Table of Contents in this Report-1 Table of Contents 31.1 List of Tables 51.2 List of Figures 52 Players 63 Trends 73.1 Tech trends 73.2 Healthcare Trends 104 Value chain 124.1 Cloud Model (IaaS and PaaS) 134.1.1 Winners 134.1.2 Losers 134.2 Cloud model (SaaS) 144.2.1 Winners 144.2.2 Losers 154.3 Cloud professional services model 174.3.1 Winners 174.3.2 Losers 175 Industry Analysis 195.1 The industry backdrop 195.2 Cloud is the fourth computing wave 205.3 Despite Cloud Computings Rapid Growth, It Remains a Fraction of Global IT Spending 205.4 Market size and growth forecasts 215.4.1 Strategically, IaaS Is the Best Place to Be in the Cloud Computing Stack 225.4.2 SaaS Is the Largest Segment of the Cloud 235.4.3 The Hybrid Cloud Is Growing Fast 235.4.4 And So Is the Open-source Cloud 245.5 What Does the Future of the Cloud Look Like? 255.5.1 Cloud 2.0 255.6 The Future of Healthcare 265.7 Mergers and Acquisitions 275.7.1 All the big tech giants have made significant cloud acquisitions 275.7.2 Timeline 285.8 Additional Mergers and Acquisitions in Healthcare Cloud Computing 295.9 Strategic Alliances in Healthcare Cloud Computing 306 Impact of cloud computing on healthcare 326.1 Healthcare case studies 326.2 Clinical Trials Management 326.3 Drug Development 336.4 Hospital Management/Clinical Information Systems 336.5 Telemedicine 346.6 Medical Imaging 356.7 Medical Devices 366.8 Other Domains 376.9 Key Recommendations for Healthcare Organizations and Networks 386.10 Key Recommendations for Drug Developers 386.11 Key Recommendations for IT Vendors 397 Companies 407.1 Public tech companies 407.2 Healthcare companies 428 Technology Briefing 438.1 Defining cloud computing 438.2 The public cloud computing stack 438.3 Business Benefits of Cloud Computing 448.4 User benefits of cloud computing 458.5 Deployment Models 458.5.1 Public Cloud? 458.5.2 Private Cloud 468.5.3 Community Cloud 468.5.4 Hybrid cloud 468.6 Cloud Professional Services 468.6.1 Cloud Brokerage 468.6.2 Cloud Integration 468.6.3 Managed Cloud Services 479 Glossary 4810 Appendix: Our Thematic research methodology 5010.1 Traditional thematic research does a poor job of picking winners and losers 5010.2 Introducing GlobalDatas thematic engine 5010.3 This is how it works 5010.4 How our research reports fit into our overall research methodology 51
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2020 Cloud Computing in Healthcare Market research details shared in the report - WhaTech Technology and Markets News
The Public Cloud – Global Market Insights and Forecast to 2023 – PRNewswire
DUBLIN, June 4, 2020 /PRNewswire/ -- The "Global Public Cloud Market Outlook 2023" report has been added to ResearchAndMarkets.com's offering.
The global public cloud market is anticipated to record a CAGR of around 23% over the forecast period, i.e. 2017-2023.
Factors such as rising adoption of internet of things (IoT), growing advancements in the IT industry along with the large number of benefits associated with the public cloud platforms are anticipated to contribute towards the growth of the global public cloud market. Moreover, increasing need amongst businesses to lower down their operation costs and raise their work efficiency and service quality are some of the factors anticipated to drive the growth of the global public cloud market.
Public cloud platforms help businesses to operate their work processes on a cloud infrastructure instead of deploying equipment on-premises, thereby helping businesses gain profits as the cost of equipment is saved and that there are no worries for timely maintenance of the infrastructure. Additionally, rising concepts of internet of things (IoT), machine learning, artificial intelligence and others along with the advent in IT technologies worldwide are some of the factors that are helping to expand the growth of the public cloud market.
The global public cloud market consists of various segments that are segmented by cloud computing type, service type, size of organization, end user and by region. The software as a service (SaaS) segment, which is a sub-segment of the service type segment is anticipated to grow with a healthy CAGR and reach a value of around USD 530 billion in the year 2023. The global public cloud market is also segmented by size of organization into small & medium enterprises and large enterprises, out of which large enterprises segment is anticipated to hold the major share and attain a CAGR of around 22% during the forecast period.
Based on region, the global public cloud market is segmented into North America, Europe, Asia-Pacific, Latin America and Middle East & Africa. The market in Asia-Pacific is anticipated to grow with a CAGR of around 26% throughout the forecast period and reach a value of around USD 150 billion by the end of 2023, primarily driven by nations such as China and India.
Some of the affluent industry leaders in the global public cloud market are IBM Corporation, Microsoft Corporation, Amazon.com, Inc., Alphabet Inc., Hewlett Packard Enterprise Development LP, Oracle Corporation, VMware, Inc., Cisco Systems, Inc., Salesforce.com, Inc. and Fujitsu Limited.
Key Topics Covered
1 Executive Summary1.1 Prologue
2 Market Introduction2.1 Definition2.2 Scope of the Study2.3 List of Assumptions2.4 Market Structure2.5 Key Takeaways
3 Market Insights
4 Research Methodology4.1 Research Process4.2 Primary Research4.3 Secondary Research4.4 Market Size Estimation4.5 Forecast Model
5 Market Dynamics5.1 Introduction5.2 Drivers5.2.1 Increasing penetration of cloud services among SMEs5.2.2 The rate of IT spending for cloud computing is growing tremendously5.2.3 Increasing Demand for AI, Machine Learning, and the Internet of Things5.2.4 Drivers Impact Analysis5.3 Restraints5.3.1 Data Security and Data Compliance Issues5.3.2 Complexities associated with data residency5.4 Restraints Impact Analysis5.5 Opportunities5.5.1 Increasing adoption of internet-of-things
6 Market Factor Analysis6.1 Value Chain Analysis6.1.1 Network Connectivity and Hardware6.1.2 Infrastructure & Hosting6.1.3 Platform & Application Services6.1.4 SaaS Providers & Integrators6.1.5 System Integrators6.1.6 End-Users6.2 Porter's Five Forces Model6.2.1 Threat of New Entrants6.2.2 Bargaining Power of Suppliers6.2.3 Bargaining Power of Buyers6.2.4 Threat of Substitutes6.2.5 Intensity of Rivalry
7 Global Public Cloud Market, By Cloud Computing7.1 Overview7.1.1 Cloud Billing7.1.2 Cloud Communication Platform7.1.3 Cloud Access Security7.1.4 Cloud High Performance Computing7.1.5 Cloud Infrastructure
8 Global Public Cloud Market, By Service8.1 Overview8.1.1 SaaS8.1.2 PaaS8.1.3 IaaS
9 Global Public cloud Market, By Organization Size9.1 Overview9.1.1 Large Enterprises9.1.2 Small& Medium Size Enterprises
10 Global Public Cloud Market, By Industry10.1 Overview10.1.1 Manufacturing10.1.2 BFSI10.1.3 Healthcare10.1.4 Retail10.1.5 Government10.1.6 Aerospace & Defense10.1.7 IT & Telecommunication10.1.8 Others
11 Public Cloud Market, By Region11.1 Introduction11.1.1. U.S.11.1.2 Canada11.1.3 Mexico11.2 Europe11.2.1 U. K.11.2.2 Germany11.2.3 France11.2.4 Spain11.2.5 Italy11.2.6 The Netherlands11.2.7 Rest of Europe11.3 Asia-Pacific11.3.1 China11.3.2 Japan11.3.3 India11.3.4 South Korea11.3.5 Rest of Asia-Pacific11.4 Rest of the World11.4.1 The Middle East & Africa11.4.2 Latin America
12 Competitive Landscape12.1 Competitive Landscape
13 Company Profiles13.1 International Business Machines Corporation13.1.1 Company Overview13.1.2 Financial Overview13.1.3 Product Offerings13.1.4 Key Developments13.1.5 SWOT Analysis13.1.6 Strategy13.2 Amazon.com, Inc.13.3 Microsoft Corporation13.4 Google Inc13.5 Hewlett-Packard Enterprise13.6 Oracle Corporation13.7 VMware, Inc.13.8 Cisco Systems, Inc.13.9 Salesforce.com13.10 Fujitsu Limited
For more information about this report visit https://www.researchandmarkets.com/r/a96wu1
Research and Markets also offers Custom Research services providing focused, comprehensive and tailored research.
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The Public Cloud - Global Market Insights and Forecast to 2023 - PRNewswire
64% of the Indian Organizations Expect to Increase Demand for Cloud Computing – EE Times India
Article By : IDC
As a result of the spread of the COVID-19 pandemic, 64% of the organizations in India are expected to increase demand for cloud computing while 56% for cloud software to support the new normal...
The India cloud market will witness a visible impact in the probable and pessimistic scenario in terms of heightened adoption with public cloud leading the forefront of all infra-related investments. According to IDCs COVID-19 Impact on IT spending Survey, May 2020, as a result of the spread of the pandemic 64% of the organizations in India are expected to increase demand for cloud computing while 56% for cloud software to support the new normal.
The need to work remotely is bolstering the demand for SaaS-based collaborative apps, to ensure on and off-site presence at all the times and zero-disruption to business. This will also increase the need for remote support services both human professional services and of the cloud software especially security/identity. VPNs, collaboration suites, end-point encryption, and cloud tools will witness an uptake.
The digitally determined organizations are likely to sustain their digital plans and would be better positioned to address the situation by leveraging technologies like collaboration and cloud, for maintaining continuity. Industries like media, education, and IT/ITeS are likely to see an increased uptick primarily because of online entertainment, virtual classrooms, and increased need for collaboration as a result of increased remote working.
We expect an accelerated adoption of cloud, as organizations explore testing of many new initiatives natively on cloud. As industries move away from infrastructure of ownership, pay-per-use models are likely to see an accelerated demand. Public cloud services will be among the few technologies that are positively impacted by the COVID-19, saidRishu Sharma, Principal Analyst, Cloud and Artificial Intelligence, IDC India.
While the impact of COVID-19 will be clearer in the coming quarters, cloud has been a savior during the crisis. Cloud-based VDI and collaboration tools helped enterprises to stay in touch with their employees, clients, and partners. Cloud-based solutions continued to run and enable seamless business operations during the crisis and this has increased the confidence of enterprises in embracing cloud, saidSharath Srinivasamurthy, Research Director, Enterprise Solutions & ICT Practices, IDC India.
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64% of the Indian Organizations Expect to Increase Demand for Cloud Computing - EE Times India
Global Cloud Computing in Automotive Market 2020: Product Development, International Statistics, Demand Analysis, Trends and Business Opportunities…
Adroit Market Research presents an updated and Latest Study on Cloud Computing in Automotive Market 2020-2025. The report contains market predictions related to market size, revenue, production, CAGR, Consumption, gross margin, price, and other substantial factors. While emphasizing the key driving and restraining forces for this market, the report also offers a complete study of the future trends and developments of the market. The report further elaborates on the micro and macroeconomic aspects including the socio-political landscape that is anticipated to shape the demand of the Cloud Computing in Automotive market during the forecast period (2020-2025).
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The report on the global Cloud Computing in Automotive market also includes an in-depth analysis of the competitive landscape. It analyses key marketing and promotional strategies that are being adopted by key companies in the market. It also takes into account the existing development, historical events, and latest trends to provide the readers with a detailed understanding of the strategies adopted by leading companies. The market report mentions all factors and events impacting the growth of the market, such as mergers, acquisitions, joint ventures, strategic alliances, takeovers, and others. It also studies the overall intensity of the competition prevailing in the global Cloud Computing in Automotive market.
Top Leading Key Players are:
Amazon Web Services, Microsoft Azure, and Google Cloud Platform
Read complete report with TOC at: https://www.adroitmarketresearch.com/industry-reports/cloud-computing-in-automotive-market
Cloud Computing in Automotive industry report also presents detailed insights into the regulatory framework of the global market. The Cloud Computing in Automotive market report presents details regarding the key rules, regulations, plans, and policies in the market, which can influence several decisions and can have a significant impact on markets future growth prospects. It provides overview with growth analysis and historical & futuristic cost, revenue and demand. The research analysts provide an elaborate description of the value chain and its distributor analysis. The study meticulously unveils the market and contains substantial details about the projections with respect to industry, remuneration forecast, sales graph, and growth prospects over the forecast timeline.
Global Cloud Computing in Automotive market is geographically segmented into Asia Pacific, the Middle East and Africa, Europe, Latin America, and North America. Amongst these, North America is anticipated to procure maximum share in the global Cloud Computing in Automotive market revenue during the forecast period. This is because of the increasing adoption of Cloud Computing in Automotive in several countries in the region. Asia Pacific, on the other hand, is likely to witness the highest market growth in the coming years. Persistent investments by public and private vendors for enhancing technologies of the market are expected to cause this growth.
Global Cloud Computing in Automotive Market research report, besides ample understanding shared in the previous sections, the report also presents this comprehensive research report gauges for decisive conclusions concerning growth factors and determinants, eventually influencing holistic growth and lucrative business models in Global Cloud Computing in Automotive Market. The report on this target market is a judicious compilation of in-depth and professional marketing cues that are crucially vital in delegating profit driven business decisions. Apart from these elaborate market specific information suggesting current market scenario, this market intelligence report also includes veritable insights on growth stimulating factors as well as cut throat competition amongst market players, based on which report readers can orchestrate growth specific decisions to harbor incremental growth in the target Global Cloud Computing in Automotive Market.
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Webinar – The Future of Cloud Computing in Capital Markets – Finextra
An increase in regulatory, client service and margin pressures has prompted a growing number of firms to seek a move to Cloud-based, shared service solutions in order to remain competitive.
Yet despite the end-state benefits increased operational agility, enhanced security, scale and resiliency to name but a few - the switch from legacy to Cloud-enabled technology can nonetheless be a daunting prospect.
To be effective, migrating to the Cloud requires a clear roadmap to avoid a cumbersome and excessively complex process. But what are the practical options? A firms Cloud journey doesnt have to be a binary choice of traditional vs. fully-native; there can be a continuum that allows for incremental development and adoption, with tangible business benefits gained at each stage.
With specific focus on Global Asset Servicing, a use case solving end-to-end corporate actions complexities running on Amazon Web Services (AWS), this webinar will share first-hand insights from a significant transformation project.
Participate in this Finextra webinar, in association with Amazon Web Services (AWS) and Broadridge Financial Services, and join the discussion on the future of Cloud computing for capital markets, covering:
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Webinar - The Future of Cloud Computing in Capital Markets - Finextra
Sales CRM Pipedrive to strengthen its position in South Korea – PRNewswire
According to Arho Anttila, Pipedrive's General Manager for Asia and Africa, Pipedrive sees great potential in South Korea as it is the fourth-largest economy in Asia and a digital frontrunner in the area. As Pipedrive's master reseller Hashnap was selected for the government's Cloud Acceleration Program, they can offer Pipedrive to Korean customers with an up to 70% discount. "This is an important step for us in strengthening Pipedrive's position in South Korea. We are very excited about this development and eager to support Korean sales and marketing professionals with our generous suite of smart marketing and sales management tools that are reasonably priced and easy to use."
South Korea's national Cloud Acceleration Program promotes the adoption of cloud-based solutions in small and medium-sized enterprises. Every cloud-based software that is chosen for the Cloud Acceleration Program will be eligible to be listed in the directory run by the National IT Industry Promotion Agency (NIPA). "Being listed in the NIPA directory gives Pipedrive a mark of authenticity and credibility in the South Korean market, which increases Pipedrive's competitiveness and helps to attract new Korean customers," said Daniel Lee, the CEO of Pipedrive's master reseller Hashsnap. Besides Pipedrive, the NIPA directory contains several well-known cloud-based software such as Dropbox, Zapier, and Google Cloud Computing.
According to Lee, although South Korea is one of the best-connected countries in the world with almost 96% of the population using the internet, the country has a long way to go in cloud computing, especially for SMEs. "Many SMEs continue to shun the technological progress towards cloud computing. As 90% of the companies in South Korea are SMEs, a vast majority of employees are still far from cloud computing and miss out on its benefits, such as reduced costs, easy setup, and reliability."
Pipedrive is fully localized into the Korean language at https://www.pipedrive.com/ko.
Today, Pipedrive is already helping more than 90,000 companies worldwide to get more qualified leads into their pipelines and take quicker action on the most promising deals. Pipedrive has been recognized as easiest to use CRM by Motley Fool, and ranked #1by Software Reviews. A third-party analysis shows Pipedrive is also rated as one of the most popular CRMs with its users.
About Pipedrive Inc.Founded in 2010, Pipedrive is the firstCRMplatform developed from the salesperson's point of view. Today, Pipedrive is used by sales teams at more than 90,000 companies worldwide.Pipedrive, the top-rated CRM, is headquartered in New York, and has offices in London, Lisbon, Prague, Riga, Dublin, Tallinn, Tartu, and St. Petersburg, Florida. Learn more at http://www.pipedrive.com.
About HashsnapHashsnap is a South Korean software company that has been providing social media marketing services since 2017. As a Facebook Media Solution Partner, it has been working with more than 300 brands and agencies around the world. Hashsnap has been diversifying its business by becoming Pipedrive's master reseller in South Korea. Learn more at https://hashsnap.net.
SOURCE Pipedrive
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Sales CRM Pipedrive to strengthen its position in South Korea - PRNewswire
LIVE Event: Migrating HPC Workloads to the Cloud – HPCwire
Supercomputer Modeling Tests How COVID-19 Spreads in Grocery Stores
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LIVE Event: Migrating HPC Workloads to the Cloud - HPCwire