5G In India To Propel AI-Driven IoT And Cloud Computing, Heres How – Inc42 Media

5G increases the downloading and uploading speeds over the mobile network

IoT industry in India is expected to reach $9 Bn by 2020

A 2019 Ericsson report suggests that 5G will make inroads in India by 2022

With the Indian government planning to start 5G trials in the last quarter of the current fiscal, the talks regarding the new technology have become the new routine in the industry. Moreover, industry leaders have also started to believe that the early adoption of 5G will help India to become a global leader in cloud computing and internet-of-things (IoT).

Highlighting that 5G will bring revolutionary changes in tech enterprises, Balakrishnan Anantharaman, VP and MD of Sales, India and SAARC, Nutanix, told IANS that this new age technology will be the catalyst that will drive edge computing and IoT. As increased speed and bandwidth will reduce the gap between wifi and cellular devices, edge computing will come into a realm of its own, Anantharaman added.

5G or the fifth generation technology increases the downloading and uploading speeds over the mobile network. Moreover, by reducing latency, 5G offers a more stable network across connections.

According to a Nasscom report, the IoT industry in India is expected to reach $9 Bn by 2020. The applications of IoT are commonly found in telecom, health, automobiles, among other industries. Moreover, the report also predicts that the global IoT industry will touch the $300 Bn mark by 2020. While Indias share in this industry is very minuscule, the report suggested that India will have a 20% share of the IoT market in the next five years.

Sai Pratyush, additional vice president of product marketing-ICS at Tata Teleservices Limited (TTSL), said that the tech enterprise segment is turning to new-age technologies like IoT, artificial intelligence (AI), and cloud computing.

Focusing on the growth of IoT, Pratyush added that it is seen as a key driving force to improve operational efficiencies. AI coupled with ubiquitous connectivity is enabling exponential value being generated by IoT. AI is seeing large scale adoption by enterprises owing to its power to aid automation, speed and better decision making, Pratyush added.

With 5G becoming a reality, the technology is expected to push the innovation in other technologies as well. One of the use-cases of 5G which is expected to bring a substantial change in the IoT domain is AI-driven IoT technology.

According to Atish Gude, the chief strategy officer of NetApp, the advent of 5G is what AI-driven IoT has been waiting for. 2020 will see many players in the technology industry and business community invest in building edge-computing environments to support the reality of AI-driven IoT, Gude added.

In India, the road to 5G isnt clear yet. According to a 2019 Ericsson report, the 5G network will make inroads in India by 2022. However, to push the early adoption of 5G, the government has started to shift its focus to this new-age technology. Recently, IT minister Ravi Shankar Prasad in the Rajya Sabha said that the centre is finalising the framework for 5G technologies.

Moreover, the government has also reiterated its focus on 5G spectrum auctions, including 5G airwaves that are scheduled to be held by March 2020.

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5G In India To Propel AI-Driven IoT And Cloud Computing, Heres How - Inc42 Media

This Cloud Computing Stock Is Transforming the $1.2 Trillion Drug Industry – Money Morning

By Stephen Mack, Associate Editor, Money Morning December 24, 2019

Cloud computing is one of the most profitable niches in the tech industry.

It's the primary driver of earnings growth for both Amazon.com Inc. (NASDAQ: AMZN) and Microsoft Inc. (NASDAQ: MSFT). Those stocks are up 53% and 81% in the past two years, respectively.

Some pure-play cloud computing stocks have performed even better

First Trust Cloud Computing ETF (NASDAQ: SKYY), which includes a broad range of companies in the cloud computing segment, has grown 106% over the last five years. That's double the gain of the S&P 500 in that time.

And Gartner Group estimated that $111 billion in IT spending shifted to the cloud in 2016. And that figure is expected to be $216 billion by 2020. That's a 95% jump in four years.

In other words, even an average pick in this space is likely to give you strong returns.

But we can do a lot better than average.

The cloud computing stock we're bringing you today doesn't just benefit from tech. It also taps into the $1.2 trillion pharmaceutical industry.

This is an industry that can be enormously profitable. EvaluatePharma expects 10 drugs launched this year will reach billion-dollar annual sales.

But it's also hit-or-miss. Only about one in 10 drugs in development make it to market, according to Biotechnology Innovation Organization.

Getting a drug to market typically takes about 12 years and $1 billion.

When you factor in all the failures, though, the Tufts Center for the Study of Drug Development found that the cost balloons to $2.5 billion.

No wonder prescription drug costs are through the roof.

That's where our cloud computing stock comes in.

This company specializes in providing Software as a Service (SaaS) solutions to the pharmaceutical and life sciences industries.

The result is increased efficiency and faster development times. In some cases, drug makers have more than doubled their productivity through cloud-based products.

In other words, more drugs are making it to market quicker at a lower cost.

But you don't need to be a patient to benefit from this productivity. If you pick up this cloud computing stock today, Money Morning Defense and Tech Specialist Michael Robinson says you could double your money in three years or less.

And that's a conservative estimate, he stresses.

Join the conversation. Click here to jump to comments

About the Author

Stephen Mack has been writing about economics and finance since 2011. He contributed material for the best-selling books Aftershock and The Aftershock Investor. He lives in Baltimore, Maryland.

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Debunking the Myths Associated with Migrating to the Cloud & Cloud Visibility – Security Boulevard

Gartner lists cloud computing as one of the top technology investments for the next five years, and the global public cloud computing market is set to reach $258 billion in 2019. The ability to access data from anywhere is the top reason for cloud adoption, with about a third of companies IT budgets going to cloud services.

However, many enterprises transitioning to an only cloud or hybrid cloud environment are unnecessarily hitting roadblocks on issues of security and privacy. There is a common misconception that organizations can fit old security practices into the new cloud environments and when they fail to do so, the cloud environment is blamed. In fact, the cloud is inherently secure if you follow best practices to secure it. In this blog we separate myth from reality when it comes to cloud adoption.

This is one of the most persistent myths about cloud security that just wont die.

The notion that an on-premise data center and its security is more robust than cloud security is fundamentally flawed. On the contrary, the cloud can be more secure than on-prem. However, this requires following the best practices made for the cloud, and leaving behind the checks and balances we had in the pre-cloud world.

Since the cloud is made up of software, it is much more malleable than the physical infrastructure. It can be updated, audited, and secured in a more complete way than was possible with the physical nature of the pre-cloud environment.

This malleability however, is a double-edged sword. The main problems facing cloud security are still security misconfigurations and human errors. It is these glitches and configuration errors that lead to the notion of an inherent insecurity of cloud buckets.

In a recent survey of cloud professionals, nearly 22 percent of respondents linked a data breach to compromised credentials. That is why Identity and Access Management (IAM) policy for cloud apps is one key area that must be prioritized in cloud adoption strategies.

Cloud is inherently safer by design, but only when the best practices of cloud adoption are followed to a T. When set up and maintained correctly, the cloud can be much more secure than on-prem environments.

The cloud is made up of physical servers. While cooling, power, fire suppression, physical security, and server maintenance are someone elses headache, aka, the cloud service providers, the need for backups is still your responsibility.

Bugs, human errors, cyberattacks that corrupt or damage data etc, require the possibility to revert back to a previous known sound version. This is something that youre responsible for, and the cloud provider wont do it for you. Setting up backups is something that you need to handle.

A cloud service provider can support you in your efforts to be secure and compliant. Still, its up to you and your organization to do everything necessary to meet regulatory and compliance requirements. That is why it is crucial to deploy continuous monitoring of both technical and non-technical cloud compliance requirements.

Your cloud provider is responsible for the security of the cloud, while you, as a customer, are responsible for security in the cloud.

The cloud vendor is responsible for managing the host Operating System (OS), the virtualization layer, and the physical security of its facilities. But it is up to the customer to ensure security within a given cloud environment.

Dont forget about your share of responsibilities. You are responsible for configuring and managing the security controls for the guest OS and other apps (including timely updates and security patches), as well as, setting up the access control. Additionally, you are responsible for encrypting data in-transit and at-rest.

One of the most pervasive myths is that data cant be audited as effectively in the cloud as it could be on physical servers. This simply isnt the case. As the CTO of the U.S. Department of Veterans Affairs states with proper tooling, you can conduct much better audits in a cloud-based environment.

To power up your audits, you need to combine training with tools. Spend time with personnel who conduct audits to see how their work is carried out. Then walk them through your companys tool capabilities and how to utilize these to alleviate some of their pain points.

When set up and maintained properly, cloud can be more secure compared to pre-cloud environments.

It is tempting to sign off and just let your cloud service provider handle everything in the cloud. Providers bring with them powerful capabilities and also take on some parts of the security, such as updating the physical layers, and virtualization layers. But properly conceived security wont be provided straight out of the box, and it never will be.

Your developers and DevOps teams are ultimately the ones who build the cloud environment. If they run wild and you dont have visibility and necessary controls in place, you wont be secure. However, if you handle the cloud the way it should be handled you will be secure. Its as simple as that.

Due to the intertwined and complex nature of cloud environments, the basic foundation of securing a cloud environment is gaining full-stack visibility into all its assets. This entails a complete understanding of what is happening in the entire cloud environment across all of its layers: the cloud infrastructure level, operating systems, applications, and data.

Orcas Cloud Visibility Platform was built for the cloud. Not only does it provide you with full-stack visibility, but it also makes audits easier when compared to pre-cloud environments.

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Cloud Computing in Europe: Market Opportunity and Competitive Analysis – Market Research Sheets

Cloud Computingin Europe: Market Opportunity and Competitive Analysis, a new Telecom Insider Report by GlobalData, provides an executive-level overview of the cloud computing market in Europe. It delivers deep qualitative insight into the cloud market in the region, analyzing key trends on telcos cloud offers, business models to foster their position in the cloud space and case studies.

Driven by an increasing migration of enterprises to the hybrid cloud IaaS business model, and the growing adoption of IaaS solutions by small and medium businesses, the infrastructure-as-a-Service (IaaS) market in Europe will grow at a 27% CAGR from 2018 to 2023, reaching approximately $47bn by the end of the forecast period, outpacing the SaaS segment from 2021.

Get Sample Copy Of This Report athttp://www.orbisresearch.com/contacts/request-sample/2320189

It provides in-depth analysis of the following

Section 1: Taxonomy and market context; a look at the cloud computing definition and an adoption framework. This section details the cloud computing market context in Europe, the cloud portfolio of select telcos in the region. Section 2: Cloud computing market opportunity in Europe; an analysis on the cloud computing market sizing and forecast by type cloud segment and competitive analysis. Section 3: Case studies; two case studies of leading cloud computing service providers in Europe are presented in this section, showcasing their growth strategy in the region. Section 4: Key findings and recommendations; the Insider concludes with a number of key findings and a set of recommendations for telecom operators.

Major Companies Mentioned:

AWSIBMMicrosoftGoogleSalesforceBTT-SystemsOBSAlibabaOrange PolandVmware

Scope

The Infrastructure-as-a-Service (IaaS) segment is the fastest growing market in the region with a CAGR of 27% over 2018-2023. Platform-as-a-Service (PaaS) will be the second fastest growing market in the region with a CAGR of 26.6% over 2018-2023. With the growing adoption of IoT in mission critical business processes, the need to perform analysis of the data at the edge of the network is set to gain momentum. In 2018, the group of IBM, AWS, Microsoft, and Google will have a combined market share of 32%.

Reasons to buy

This Insider Report provides a five-year forecast of enterprise cloud computing services markets, developed using GlobalDatas rigorous bottom-up modeling methodologies, to enable executives to effectively position their companies for growth opportunities and emerging trends in demand for their products. Two case studies illustrate the findings of the report, providing insight into particular situations in the cloud computing market; this will help the reader understand both the challenges confronted in the real world and the strategies employed to overcome those challenges. The report discusses concrete opportunities in the cloud computing market, providing a number of actionable recommendations for telecom operators. The report is designed for an executive-level audience, to help to understand the cloud computing market, analyzing key trends on telcos cloud offers, business models to foster their position in the cloud space and case studies.

Make an Inquiry before[emailprotected]http://www.orbisresearch.com/contacts/enquiry-before-buying/2320189

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Orbis Research (orbisresearch.com) is a single point aid for all your market research requirements. We have vast database of reports from the leading publishers and authors across the globe. We specialize in delivering customized reports as per the requirements of our clients. We have complete information about our publishers and hence are sure about the accuracy of the industries and verticals of their specialization. This helps our clients to map their needs and we produce the perfect required market research study for our clients.

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Microsoft Stock Is Floating on a Cloud – Investorplace.com

If you look at a multiple-year chart of Microsoft (NASDAQ:MSFT) stock, youll see a very pretty geometric shape known as a parabola. More accurately, youll only see the part of the parabola that goes vertically upwards, as the other side of the parabola (the one that goes down) is completely missing.

Source: VDB Photos / Shutterstock.com

Thats all fine and good, but does it make sense to buy Microsoft stock at this lofty price? If you want reasons I can give them to you, but the most compelling reason might be Microsofts progress in cloud computing; this alone could justify ignoring the sky-high MSFT stock price and taking a position anyway.

If youre looking for a company that will pose a threat in the cloud race, you wont find anything much better than Microsoft. In the first fiscal quarter of 2020, Microsofts Intelligent Cloud revenue advanced by 27%, with the Azure division expanding by an astonishing 59%. Thats quite an achievement considering the companys fourth-quarter cloud segment growth was 19% and its fiscal year 2019 cloud division growth was 21%.

You can feast your eyes on those encouraging stats, but its more important to appreciate how pivotal cloud computing will be in the coming years. Just as Microsoft was a desktop-computing pioneer in the 1980s and 1990s, the companys reminding stakeholders than an old dog can do new tricks as it continues to rivalAmazon (NASDAQ:AMZN) in the cloud-computing space.

How big is Microsofts footprint in this market? Put it this way: the companys Azure platform is currently being used in 54 global regions, while Amazons AWS could-computing platform is only being used in 25. Again, investors only need to look at the numbers and the choice is crystal clear.

The characters in the mob filmThe Godfather talked about how youre supposed to separate your business from your personal matters, but Amazon founder Jeff Bezos might have forgotten that lesson. At least, he seems to be taking it personally that the Pentagon awarded Microsoft a coveted $10 billion cloud computing contract.

The fact is, the Pentagon needed a provider with hybrid-cloud experience, and Microsoft trumps Amazon in that respect. Microsofts Azure platform allows for on-premise servers as well as pure cloud computing; during the Pentagons contract negotiations, surely the government took into consideration that Microsoft has a sizable head start in the hybrid-cloud space.

This head start has clearly paid off, as 95% of Fortune 500 companies are currently using the Azure platform. The flexibility of the hybrid approach is indubitably the differentiator here: as one Fortune 500 client observed, Microsoft didnt ask us to bend to their vision of a cloud.

As you may have already heard, there have been suggestions that the Pentagons choosing Microsoft was politically motivated. Theres no need to explore that here, but we can say with confidence that the storys not likely over. I fully expect Jeff Bezos to strike back against the government, Microsoft, and any other perceived antagonist.

Whether Microsoft won the Pentagon contract fair and square is immaterial for the time being, though; what matters to investors is that the companys miles ahead and will likely stay that way for the foreseeable future.

Your best strategy as an investor is to avoid the flashy headlines and the accusations and just stick to the facts. In this case, the facts are evident: MSFT stock had a strong year and the cloud had something to do with that. I expect another exciting and prosperous year to await Microsoft shareholders the share price is high, but the cloud can take it even higher.

As of this writing, David Moadel did not hold a position in any of the aforementioned securities.

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Protect the cloud with essential security training – Android Authority

Cloud computing is already a huge industry, and its only going to become more essential in 2020 with new tech jobs being generated every day. If you want to ring in the New Year with some brand new tech skills, you can pick up the Essential Cloud Security Certification Bundle for just $39 with a new 2020 promo code.

You can dive into over 60 hours of content and pursue the area of cloud computing that most interests you. The whole learning kit is based on hands-on practice in cloud security, CCSP, CISSP, and AWS SysOps. The introduction to cybersecurity provides foundational knowledge to set up the rest of the modules, so its a perfect place to start.

The Essential Cloud Security Certification Bundle not only provides you with a certificate of completion, but it also helps you prepare for other certification exams in this industry. Youll gain experience deploying, managing, and operating scalable systems and master the skills to become a networksecurity professional.

The Essential Cloud Security Certification Bundle has a retail value of $2,000 but you can ring in the new year with massive savings. Use the promo code 20SAVE20 at the Tech Deals checkout to get all of the content for just $39.20.

This deal will only be around for a few more days so hit the widget below to check it out.

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Is this deal not quite right for you? To see all our hottest deals, head over to the DEALS HUB.

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2020 vision: Y-Soft print industry predictions – Gigabit Magazine – Technology News, Magazine and Website

2019 has been a year of profound change as organisations across the globe have recognised the importance of digital transformation. As a result, more businesses have started experimenting and deploying new smart tools and workflow solutions which in return have enabled rapid information sharing, increased productivity and automation of some of the more mundane tasks. According to Y Soft Corporation, companies have recognised how Cloud has become a crucial part of their companys print IT strategy and this transformation is set to go even further with the advent of Edge computing disrupting the print sector.

In light of this transformation, Ross Penman, Head of Global Delivery Management at Y Soft, notes the following key predictions for the year ahead:

1. Cloud and Edge computing

While cloud adoption has been around for several years now, plenty of companies still struggle to move into the cloud completely because of old legacy technology and hardware. However, in a world of increased remote and flexible working, cloud adoption will not only help companies to improve their overall productivity, but it can also help companies to improve costs and risk management.

In the next 12 months more companies will see a cloud approach as a crucial part of their business strategy. By prioritising models such as Software-as-a-Service and Platform-as-a-Service companies can begin to consume applications without having to invest in skills to build solutions themselves from the ground up. Following on from this, more companies will also begin exploring Edge computing as part of the print setup to solve issues that Cloud can introduce, such as latency and bandwidth costs, which can, in turn, impact productivity and efficiency.

2. Green credentials

Sustainable lifestyles have become increasingly important not only for individuals but for organisations no matter how large or small they might be. Green movements such as Extinction Rebellion have created a huge political movement that has made climate change more imperative. As a result, individuals hold organisations more accountable than ever before, not only for their consumption but also for their contribution to the environment. Organisations are expected to improve their green credentials and do more to achieve energy efficiency goals. For most companies, print IT will play a huge role in this and organisations are expected to report on elements such as how many trees are used to print as well as report on their water and energy consumption. As a result, more companies will adopt automated scan workflows, which transform paper-based work processes into digital workflows, helping companies to keep track of their consumption and be more productive, while focusing on their core everyday tasks.

3. Security and identity

While security has always played a crucial role for IT staff, the huge amount of high-profile data breaches in recent years have made businesses more security-conscious than ever before. As companies continue to adopt smarter and integrated workflow solutions, the security of the entire system must be considered as a whole. Unfortunately, too often the security of the print IT is overlooked. However, print hacks such as the PiewDiePie incident showed that organisations can never play it safe.

SEE ALSO:

Therefore, better collaboration between an enterprise solution provider, the MFD service provider and an organisations IT department is crucial. In addition, companies that adopt a good identity management will not only improve their overall security but will also simplify the complexity of managing multiple sets of credentials. This is especially important as more people within organisations adopt flexible and remote working.

4. Reseller and customer agility

Customers have recognised that having one integrated supplier across all their hardware and software solutions will not only reduce overall costs but also provide a smoother and much more integrated experience. It is important that resellers should look to make software that supports this demand and integrate with key manufacturers in the tech space. In addition, resellers should harness new technologies to refurbish old legacy technology rather than try to completely replace them.

5. Artificial intelligence

While many predicted at the beginning of 2019 that artificial intelligence and robotics would eliminate a huge number of jobs by 2020, there is now a consensus that the increased efficiencies delivered through these technologies could actually result in more jobs. In the next 12 months, more companies will experiment with AI and robotics to run security and quality assurance tests on software and hardware solutions. This in return will help companies to detect security attacks, programme mistakes, and viruses much more quickly in addition to providing higher quality products and services.

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Can Google Ever Catch Amazon And Microsoft In The Cloud? – Benzinga

Can Alphabet Inc.'s (NASDAQ: GOOGL) Google Cloud compete with the two industry giants? And if it cant, will it shift its focus elsewhere?

A report in The Information suggested Google is pushing to have its cloud computing services unit beat at least one of the big two in the space, Amazon.com Inc.'s (NASDAQ: AMZN)Amazon Web Services and Microsoft Corporation's(NASDAQ: MSFT)Azure cloud computing services, by 2023.

If it doesnt, the division could lose funding, the article, based on an unnamed sources account of a 2018 meeting, suggests. It's a suggestion Google denies.

"Reports of these conversations from 2018 are simply not accurate, Google said in a statement it sent to The Information after the piece ran.

Cloud services where businesses and organizations essentially rent the hosting company's computing infrastructure capacity rather than investing in their own is becoming huge business in a world increasingly reliant on enormous amounts of data, and where systems that are becoming increasingly interconnected.

Observers and analysts tend to think that while Google has been willing to kill off some services (remember Google Plus?), it seems unlikely it would move away from the increasingly essential and potentially very lucrative cloud services business, especially as the world transitions to 5G.

The worldwide cloud services market grew by nearly 40% in the third quarter of 2019.

"They will need to be in cloud," said Tigress Financial analyst Ivan Feinseth. "I dont think they get out of the cloud hosting business theyre doing very well in it."

Google has been touting the growth in its cloud business for several months, with Google executives noting, for example, on a July earnings call that the Google Cloud platform is one of Alphabet's fastest-growing businessesand the third-largest revenue driver for the company.

Data tracking firm Canalys reported in October that Amazon remains the dominant player in the space even as it is seeing its cloud growth slow a bit.

AWS has about 32% of the market share in cloud, while Microsoft's Azure is at about 17%. Google is a distant third at 7%.

But Google's cloud growth was about 70% in the September quarter to just under $2 billion, according to Canalys, edging it into the list of companies legitimately vying for front-runner status.

Google is investing heavily in that growth, which doesn't signal that it may be considering eventually pulling the plug, Feinseth said.

The analyst said in a November note to investors that cloud infrastructure and machine learning are likely to be the future drivers of the company's growth.

"Google continues to invest in the buildout of data centers, along with the hiring of salespeople and engineers, to support its cloud services platform," he said.

Canalys said that in addition to building new cloud data centers, Google's made "major investment in internal sales and partner resources."

The huge promise of, and need for, the cloud computing sector was highlighted most recently in a story that didn't involve Google, as Amazon lost out to Microsoft on a $10-billion, 10-year contract to runcloud computing for the Pentagon, a contract known as Jedi.

While Amazon's AWS, an early pioneer in cloud, has been the industry leader, Microsoft's win on the Pentagon contract instantly put it in the same category.

Amazondisagrees, alleging in a formal protest that the government gave the contract to Microsoft because President Donald Trump wanted "to screw Amazon" because he doesn't like CEO Jeff Bezos. Amazon's still the sales leader in the space.

Related Links:

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View More Analyst Ratings for GOOG View the Latest Analyst Ratings

2019 Benzinga.com. Benzinga does not provide investment advice. All rights reserved.

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Can Google Ever Catch Amazon And Microsoft In The Cloud? - Benzinga

Amazon’s second act, Microsoft’s revival and red-hot IPOs highlighted the decade of the cloud – CNBC

Microsoft CEO Satya Nadella and Salesforce CEO Marc Benioff in 2014.

Source: Microsoft

The 2010s were the decade where companies got serious about moving everything to the cloud.

Dropbox and Slack became household names, Salesforce gained enterprise ubiquity, and Microsoft and Adobe revitalized their businesses by shifting from packaged software to cloud-based subscriptions, lifting their stock prices to record highs.

Formerly a side project, Amazon Web Services now generates $35 billion in annual revenue by allowing clients to offload their storage and computing needs to a third party, while ServiceNow, whose technology helps IT managers improve productivity, joined the S&P 500 last month after its market cap topped $50 billion.

In the past, companies, schools and government agencies operated their own data centers and bought expensive licenses to use software on their equipment, adding in hefty maintenance and update fees. The cloud changed all that, switching the applications that employees use every day as well as all the underlying databases, servers and communications equipment into services that can be delivered remotely to a host of devices over powerful networks. Customer service was upgraded, with a focus on user feedback, to keep clients from quitting their subscriptions and moving to rivals.

For investors, the paradigm shift presented an opportunity to put money into older companies positioned to make the transition, as well as a whole new crop of start-ups poised to take market share from the legacy providers. Slack, Twilio, Zoom and Okta were all founded in 2008 or later and are each now valued at over $10 billion on the public market. A bunch more are in the $5 billion range, and more still are filling up the IPO pipeline for 2020 and beyond.

Brad Gerstner, founder of Altimeter Capital, counts Salesforce as one of his top holdings and was a venture investor in Okta and Twilio. In a TV interview this month alongside Okta co-founder Frederic Kerrest, Gerstner told CNBC that the big bet has paid off.

"It really comes down to something that we talked about nearly a decade ago," said Gerstner, whose firm oversees more than $5 billion in assets, referring to his initial conversations with Okta. "We have a once in probably our lifetime rearchitecture of the entire enterprise stack into the cloud."

According to Synergy Research, 2019 revenue from enterprise software-as-a-service (SaaS) will exceed $100 billion, up from less than $4 billion in 2009. Adding up all layers of the stack, from the underlying infrastructure to the applications, IT service firm Gartner says cloud revenue will end the year at $214.3 billion, jumping to $331.2 billion by 2022.

In a $3.7 trillion global IT market with low single-digit expansion, annual cloud growth of greater than 15% is leading investors to bid up the cloud standouts in both the public and private markets.

If you're looking for the poster child of the cloud evolution, you may find it on the outskirts of Seattle.

In 2014, facing sluggish growth and disappointing investor returns, Microsoft turned to Satya Nadella to succeed Steve Ballmer as CEO, the first change at the top in 14 years. Nadella, who had previously run Microsoft's cloud and enterprise group, told employees on day one of his tenure, "Our job is to ensure that Microsoft thrives in a mobile and cloud-first world."

Weeks later Nadella announced that Office apps were coming to Apple iPads, giving customers more flexibility and showing that it was a new day at Microsoft. Office 365, the cloud version of Microsoft's flagship product, was launched in 2011, but the Apple integration was critical in bringing Word, Excel, PowerPoint and SharePoint to people who were choosing a competitor's hardware.

By 2017, commercial revenue for Office 365 had exceeded Office license revenue.

"I think the biggest event of the decade was Microsoft launching Office 365," said Todd McKinnon, CEO and co-founder of Okta who previously spent five years at Salesforce. "It was very clear that the largest software company in the world is saying, 'Cloud is good, Cloud will work, Cloud is sanctioned.' It changed the mindset of the IT industry."

Okta Conference hosts Facebook VP of Platform Partnerships Sean Ryan, Slack VP of Product April Underwood, Okta CEO Todd McKinnon, Box CEO Aaron Levie Zoom, and CEO Eric Yuan and moderator Brad Stone

Source: Harriet Taylor

McKinnon saw the movement firsthand. His company provides identity management software so businesses can securely control all of the cloud applications that employees are using.

"Companies of every size and every industry that we'd been having conversations with for years came back to us and said, 'This is real, this is happening, we need a real identity story,'" McKinnon said.

Meanwhile, Microsoft was also building Azure, its cloud infrastructure service that would eventually become the clear No. 2 to AWS, attracting as customers large retailers, health-care providers, banks and the U.S. Department of Defense along the way. Microsoft doesn't disclose Azure revenue, but it does report growth, which reached 59% in the third quarter.

Since the end of 2009, Microsoft's stock has jumped 417%, beating the S&P 500's 189% gain. This year it became the third company to reach a $1 trillion market capitalization.

Amazon isn't far behind at $889 billion, as of Monday's close. Much of Amazon's 1,233% stock surge over the last decade can be attributed to AWS, which in the latest quarter accounted for 71% of its parent company's operating income and 13% of revenue. Analysts at Jefferies said in a November report that AWS could be worth about 40% of the company's market cap, and the unit has gotten so big that it's now reportedly attracting antitrust scrutiny.

Salesforce, the company most synonymous with SaaS, has also taken advantage of investments made by the infrastructure players. In 2016, Salesforce said it would use AWS to expand its Sales Cloud and Service Cloud internationally and has since announced plans to use some services from Google and Microsoft's cloud.

While Salesforce is the biggest company that was born in the cloud, Adobe is the largest software maker to transition the majority of its business to the new model. Investors have rewarded the company, pushing the stock up ninefold since the beginning of the decade.

In 2009, subscriptions represented 3% of revenue. Two years later, Adobe introduced Creative Cloud, ushering in monthly and annual plans for access to apps like PhotoShop, along with cloud storage. Now, subscriptions account for about 90% of sales, and the company is growing at rates not seen since 1991.

"What we were able to do in terms of moving to this new way of delivering software was unshackle our product teams from the burdens of delivering products every 12 or 18 months and they could deliver at the pace at which they could innovate," CEO Shantanu Narayen said at Adobe's financial analyst meeting in November. "We were able to attract new customers to the platform, we were able to price these products globally differently."

Autodesk was founded in 1982, just like Adobe. It's undertaken a similar endeavor, moving its popular design and architecture software to the cloud. Carl Bass, Autodesk's CEO from 2006 to 2017, said in 2013 that the company "can get pretty close to subscriptions being the vast majority of our business."

He was proven right. In the most recent quarter, subscriptions accounted for 85% of sales, pushing total revenue up 28% from a year earlier. The stock has gained 620% since the end of 2009.

As Microsoft, Adobe and Autodesk were revamping their businesses, new venture-backed SaaS vendors were popping up by the month, unbundling the old software suites with targeted applications and solutions. The attrition rate has been high, but there are notable successes.

Videoconferencing company Zoom, which went public this year, reported revenue growth of 85% in the most recent quarter to $166.6 million. Twilio, a provider of communications infrastructure that went public in 2016, generated growth of 75% to $295.1 million in the third quarter. Newly public companies Elastic, Smartsheet and Coupa each reported growth in excess of 50%.

They're among the top performers in the BVP Nasdaq Emerging Cloud Index, a group of public companies that get most of their revenue from cloud products and services. Venture capital firm Bessemer Venture Partners launched the index in 2013 to bring more attention to cloud companies and provide metrics so private cloud companies could better understand public markets.

The index has risen 458% since it was formed, topping the Nasdaq's 146% jump over that stretch. In September, asset manager WisdomTree launched the WisdomTree Cloud Computing Fund, making it possible for people to bet on the group.

"We'd get tweets every week of, 'How can I trade this? How can I trade this?'" said Byron Deeter, who invests in cloud at Bessemer and sits on Twilio's board.

Rob Bernshteyn, CEO of Coupa, has been tracking cloud software since its infancy. While working at Siebel Systems in the early 2000s, he met Salesforce co-founder Marc Benioff and was skeptical of whether the company could provide cloud-based technology for many different purposes without extensive customization, even though Salesforce was already winning deals against Siebel.

"It wasn't really definitively clear to me that it could really work," Bernshteyn said in an interview at Coupa's Silicon Valley headquarters, where the server closets are filled with beanbags that employees use as chairs.

Over time, Bernshteyn said Salesforce fixed its technical issues. He considered joining the company but went to a younger cloud software provider called SuccessFactors, which was later acquired by SAP.

Bernshteyn left in 2009, in the middle of the financial crisis, and joined a small start-up that was helping companies track their spending to make sure they weren't being fleeced by vendors. That company, Coupa, is now worth over $9 billion and generating revenue of over $100 million a quarter.

But not all cloud stocks have delivered for investors.

Dropbox is 15% below its IPO price from 2018. Growth at the one-time venture darling has slowed amid competition from Google and Microsoft in the cloud storage and collaboration market.

Business intelligence software company Domo is up just 10% from its IPO in mid-2018 and way below where it was valued in the private markets before the offering. Yext, whose service helps businesses keep information like their addresses and hours up to date on Google and Amazon Alexa, is up 32% since its debut in 2017, underperforming the major indexes.

At 22% and 30% sales growth, respectively, Domo and Yext are expanding at a slower pace than many of their cloud counterparts, while still racking up big losses. It's a tough recipe for investors.

Yext CEO Howard Lerman is bullish on the broader sector. "Obviously at some point over the next decade, spending on cloud software will surpass licensed software," he said.

For venture investors, there's also plenty of money still to be made, assuming the public markets are on board. Deeter of Bessmer Ventures said there are 66 private cloud companies worth more than $1 billion.

"That's your future IPO pipeline," he said. "You're going to see this cloud index explode."

WATCH: Coupa CEO says there is a $50 billion addressable market in cloud expense management

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Amazon's second act, Microsoft's revival and red-hot IPOs highlighted the decade of the cloud - CNBC

Extending the Circle of Trust with Confidential Computing – Infosecurity Magazine

The benefits of operational efficiency and flexibility delivered by public cloud resources have encouraged todays organizations to migrate applications and data to external computing platforms located outside the perceived security of on-premises infrastructures. Many businesses are now adopting a cloud-first design approach that emphasizes elastic scalability and cost reduction above ownership and management, and, in some cases, security.

Analyzing global trends in public cloud services, Gartner has predicted that spending on these resources will increase from $182.4B in 2018 to $331.2B in 2022, with 30 percent of all new software investments being cloud native by the end of 2019.

Trusting Someone Else to Guard Your Secrets

The benefits of third-party infrastructure and applications, however, come with risks. Deploying sensitive applications and data on computing platforms that are outside of an organizations owned and managed infrastructure requires trust in the service providers hardware and software used to process, and ultimately protect, that data.

Trusting a cloud provider can be disastrous for an organization financially and reputation-wise if they are the subject of a successful cyber-attack. In its Ninth Annual Cost of Cybercrime Study, Accenture reported that in 2018 the average cost of cyber-attacks involving either a malicious insider or the execution of malicious code was $3M per year, according to participants.

Confidential Computing

One response to the problem of the trustworthiness of the cloud when it comes to data protection has been the emergence of the Trusted Execution Environment (TEE), which has led to the concept of confidential computing. Industry leaders joined together to form the Confidential Computing Consortium (CCC) in October.

The Confidential Computing Consortium looks to address the security issues around data in use, enabling encrypted data to be processed in memory without exposing it to the rest of the system. This is the first industry-wide initiative by industry leaders to address data in use, since todays encryption security approaches mostly focus on data at rest or data in transit. The work of the Confidential Computing Consortium is especially important as companies move more workloads to multiple environments, including on premises, public cloud, hybrid, and edge environments.

Secure Enclaves

One of the most important technologies for addressing the problem of protecting data in use can be found in the form of secure enclaves, such as the protected memory regions established by Intel Software Guard Extensions (SGX). Secure enclaves allow applications to execute securely and be enforced at the hardware level by the CPU itself. All data is encrypted in memory and decrypted only while being used inside the CPU: the data remains completely protected, even if the operating system, hypervisor or root user is compromised. With secure enclaves, data can be fully protected across its entire lifecycle at rest, in motion and in use for the first time.

Secure enclaves can offer further security benefits using a process called attestation to verify that the CPU is genuine, and that the deployed application is the correct one and hasnt been altered.

Operating in secure enclaves with attestation gives users complete confidence that code is running as intended and that data is completely protected during processing. This approach is gaining traction, for example it enables sensitive applications, including data analytics, Machine Learning, and Artificial Intelligence, to run safely in the cloud with regulatory compliance.

Runtime Encryption

Encryption is a proven approach for effective data security, particularly when protecting data at rest and data in motion. However, as discussed above, a key requirement for confidential computing, and the focus of the Confidential Computing Consortium, is protecting data in use. When an application starts to run, its data is vulnerable to a variety of attacks, including malicious insiders, root users, credential compromise, OS zero-day, and network intruders.

Runtime encryption provides deterministic security with hardware-aided memory encryption for applications to protect data in use. Through optimization of the Trusted Computing Base (TCB), it enables encrypted data to be processed in memory without exposing it to the rest of the system.

This reduces the risks to sensitive data and provides greater control and transparency for users. Runtime encryption provides complete cryptographic protection for applications by running them securely inside a TEE and defending them even from root users and physical access to the server.

Expanding the Circle of Trust

The number one concern cited by enterprises in their move to the cloud continues to be security. Confidential computing and protecting data in use gives sensitive applications a safe place that protects them from todays infrastructure attacks.

Confidential computing is critical for protecting cloud data, and it is fundamentally helping establish and expand the circle of trust in cloud computing. It creates isolated runtime environments that allow execution of sensitive applications in a protected state, keeping cloud apps and data completely secure when in use.

With secure enclaves and runtime encryption supporting confidential computing, customers know that, no matter what happens, their data remains cryptographically protected. No amount of zero-day attacks, infrastructure compromises, and even government subpoenas can compromise the data. Confidential computing expands the deterministic security needed for the most sensitive cloud applications, at the performance level demanded by modern Internet-scale applications.

A Secure Cloud Future

As Gartner has reported, businesses are migrating their sensitive data and applications to public cloud services, a practice that saves them from ownership and maintenance of infrastructure that will inevitably be obsolete in the future.

Leading technology providers have recognized that confidential computing provides a security model ready to address the problems of untrusted hardware and software that have hampered this transition to the cloud.

With a growing number of use cases, and interest and deployments surging, confidential computing environments will be relied on to protect data in growing areas such as industry 4.0, digital health, the Internet of Things (IoT), and federated machine learning systems.

As the Confidential Computing Consortium continues its work, individuals and businesses may at some point expect a confidential computing architecture as a prerequisite for the exchange and processing of our private data.

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Extending the Circle of Trust with Confidential Computing - Infosecurity Magazine

Cloud Computing Service Market Structure, Industry Inspection, and Forecast 2025 – Info Street Wire

The research study provided by UpMarketResearch on Global Cloud Computing Service Industry offers strategic assessment of the Cloud Computing Service market. The industry report focuses on the growth opportunities, which will help the market to expand operations in the existing markets.Next, in this report, you will find the competitive scenario of the major market players focusing on their sales revenue, customer demands, company profile, import/export scenario, business strategies that will help the emerging market segments in making major business decisions. The Global Cloud Computing Service Market contains the ability to become one of the most lucrative industries as factors related to this market such as raw material affluence, financial stability, technological development, trading policies, and increasing demand are boosting the market growth. Therefore, the market is expected to see higher growth in the near future and greater CAGR during the forecast period from 2019 to 2026.

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Major Players included in this report are as follows AmazonSalesforce.comVMwareSavvisRackspaceIBMDellCiscoDell EMCOracleNetSuiteMicrosoft

Cloud Computing Service Market can be segmented into Product Types as Software-as-a-ServicePlatform-as-a-ServiceInfrastructure-as-a-Service

Cloud Computing Service Market can be segmented into Applications as Private CloudsPublic CloudsHybrid Clouds

Cloud Computing Service Market: Regional analysis includes:Asia-Pacific (Vietnam, China, Malaysia, Japan, Philippines, Korea, Thailand, India, Indonesia, and Australia)Europe (Turkey, Germany, Russia UK, Italy, France, etc.)North America (United States, Mexico, and Canada.)South America (Brazil etc.)The Middle East and Africa (GCC Countries and Egypt.)

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Cloud Computing Service Market Structure, Industry Inspection, and Forecast 2025 - Info Street Wire

The true value of cloud-based AI isnt what you think – InfoWorld

Artificial intelligence is one of those concepts that was hot in the 80s, kind of went away, and now is red hot. Most point to AIs new features and functions to explain its growing popularity, but its actually because public cloud computing has made it affordable. For a few hundred bucks a month you can have some pretty heavy-duty AI systems in place that would have cost millions 10 to 15 years ago.

However, integrating AI with applications, such as banking, medical, manufacturing, and other systems, is actually not where were finding the value of cloud-based AI. Its perhaps the most misunderstood aspect of the value of AInow, as well as in the future.

Im talking about AI engines integrated with cloud-based and cloud-oriented management, monitoring, and self-healing services that now take advantage of AI and machine learning.

Those who sell AIops tools these days, especially where AI powers cloudops systems, understand this. Those who buy cloud-based technology, and currently are transferring core systems to public clouds, often dont. Thus, the end-state cloudops systems and processes are not as valuable as they could be. Whats missing is AI and machine learning.

The points of value are clear to me, including:

The capability of self-healing. AI-based cloudops are capable of learning how things are fixed through matching problem patterns with solution patterns over time. After a while, they can do so automatically and better than humans can. This type of automation removes people from having to fix ongoing minor and major issues and increases reliability. As the cloudops knowledge engines become more experienced they get much better over time.

Better defense of cloud-based data and applications. Security and AI have long been two concepts related to each other in theory, but often not understood by either AI or security experts. Indeed, AI can allow secops systems to become proactive and learn as they go what constitutes a breach attempt, and how to defend against it.

Opportunities for sharing knowledge. An operationally oriented AI system has a great deal of value but has to learn things over time, which is fundamental to cognitive computing. What if knowledge could be shared in real time? In essence youd have a smart ops system from day one, benefiting from collective learning and knowledge. This is going to be a larger push in the near future.

The reality is that AI is one of those things that we tend to glamorize. Although we think of science fiction depictions of AI systems, their daily value is more pragmatic and less dramatic.

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The true value of cloud-based AI isnt what you think - InfoWorld

NSF Awards Grant to Research Team to Develop Next-Generation Cloud Computing Testbed – HPCwire

RALEIGH, N.C., Dec. 19, 2019 Red Hat, Inc., the worlds leading provider of open source solutions, today announced that the National Science Foundation (NSF) Division of Computer and Network Systems hasawarded a grantto a research team from Boston University, Northeastern University and the University of Massachusetts Amherst (UMass) to help fund the development of a national cloud testbed for research and development of new cloud computing platforms.

By providing capabilities that currently are only available to researchers within a few large commercial cloud providers, the new testbed will allow diverse communities to exploit these technologies, thus democratizing cloud-computing research and allowing increased collaboration between the research and open-source communities, said Michael Zink, Associate Professor, Electrical and Computer Engineering, University of Massachusetts Amherst.

The testbed, known as the Open Cloud Testbed, will integrate capabilities previously developed for the CloudLab testbed into the Massachusetts Open Cloud (MOC), a production cloud developed collaboratively by academia, government, and industry through a partnership anchored at Boston Universitys Hariri Institute for Computing. As a founding industry partner andlong-time collaboratoron the MOC project, Red Hat will work with Northeastern University and UMass, as well as other government and industry collaborators, to build the national testbed on Red Hats open hybrid cloud technologies.

Testbeds such as the one being constructed by the research team, are critical for enabling new cloud technologies and making the services they provide more efficient and accessible to a wider range of scientists focusing on research in computer systems and other sciences.

By combining open source technologies and a production cloud enhanced with programmable hardware through field-programmable gate arrays (FPGAs), the project aims to close a gap in computing capabilities currently available to researchers. As a result, the testbed is expected to help accelerate innovation by enabling greater scale and increased collaboration between research teams and open source communities. Red Hat researchers plan to contribute to active research in the testbed, including a wide range of projects on FPGA hardware tools, middleware, operating systems and security.

Beyond this, the project also aims to identify, attract, educate and retain the next generation of researchers in this field and accelerate technology transfer from academic research to practical use via collaboration with industry partners such as Red Hat.

Since its launch in 2014, Red Hat has served as a core partner of the MOC, which brings together talent and technologies from various academic, government, non-profit, and industry organizations to collaboratively create an open, production-grade public cloud suitable for cutting-edge research and development. The MOCs open cloud stack is based on Red Hat Enterprise Linux, Red Hat OpenStack Platform and Red Hat OpenShift.

Beyond creating the national testbed, the grant will alsoextend Red Hats collaboration with Boston University researchersto develop self-service capabilities for the MOCs cloud resources. For example, via contributions to the OpenStack bare metal provisioning program (Ironic), the collaboration aims to produce production quality Elastic Secure Infrastructure (ESI) software, a key piece to enabling more flexible and secure resource sharing between different datacenter clusters. And by sharing new developments that enable moving resources between bare metal machines and Red Hat OpenStack or Kubernetes clusters in open source communities such as Ironic or Ansible, Red Hat and the MOCs researchers are helping to advance technology well beyond the Open Cloud Testbed.

This testbed will help accelerate innovation in cloud technologies, technologies affecting almost all of computing today, said Michael Zink, associate professor, Electrical and Computer Engineering (ECE), University of Massachusetts Amherst. By providing capabilities that currently are only available to researchers within a few large commercial cloud providers, the new testbed will allow diverse communities to exploit these technologies, thus democratizing cloud-computing research and allowing increased collaboration between the research and open-source communities. We look forward to continuing the collaboration in MOC to see what we can accomplish with the testbed.

About Red Hat

Red Hatis the worlds leading provider of enterprise open source software solutions, using a community-powered approach to deliver reliable and high-performing Linux, hybrid cloud, container, and Kubernetes technologies. Red Hat helps customers integrate new and existing IT applications, develop cloud-native applications, standardize on our industry-leading operating system, and automate, secure, and manage complex environments.Award-winningsupport, training, and consulting services make Red Hat atrusted adviser to the Fortune 500. As a strategic partner to cloud providers, system integrators, application vendors, customers, and open source communities, Red Hat can help organizations prepare for the digital future.

Source: Red Hat

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NSF Awards Grant to Research Team to Develop Next-Generation Cloud Computing Testbed - HPCwire

The rise of cloud computing is having an impact on data center efficiency and it’s not great – CIO Dive

Dive Brief:

Uptime Institute's 2019 survey found data centers averaged a PUE of 1.67, versus a PUE of 1.8 in 2011, meaning more of the energy that data centers consume is used for computing processes. That's a significant improvement, but the industry may be losing ground.

The rise of cloud computing is putting downward pressure on data center PUEas fewer computers are now doing the actual work, according to the Uptime Institute, an advisory group focused on business infrastructure. This follows years of improvement.

"Improvements in data center facility energy efficiency have flattened out and even deteriorated slightly in the past two years," according to the firm's annual survey, conducted online in March and April with 1,600 respondents.

Larger and more efficient data centers that power the cloud are doing more of the work now, with efficiency improvements slowing at smaller centers as the computing migrates.

"It's not overall efficiency that is stalled out it's infrastructure efficiency," Matt Stansberry, the institute's VP of North American operations, told Utility Dive. "For a long time, data centers were highly inefficient so, for every unit of energy used to run IT equipment doing productive work, there was a giant amount of overhead."

The PUE ratio "went down over the last 10 years as people started paying attention and making improvements," Stansberry said. Primarily, those improvements were to cooling systems. But with the rise of cloud computing, companies are using fewer computers and instead are relying on cloud-based systems.

"But [data center]buildings don't shift in real-time" to adjust the infrastructure supporting those computers, Stansberry said.

As more computing is done via the cloud, fewer computers mean these data centers may be over-built and less efficient. For utilities, they likely wont see significant load changes in the near term, though older data centers could close and growth in new additions could slow.

Further improvements to data center efficiency "will require significant investment and effort, with increasingly diminishing returns," Uptime Institute said. "While managers and operators should remain vigilant and seek to maintain high facility efficiency levels, higher gains may be found by focusing on IT efficiency."

That doesn't mean there isn't room for more traditional efficiency, according to Jim Kozlowski, VP of global capacity planning and data center operations at Ensono, an IT services provider.

"Utilities help drive data center efficiency," Kozlowski told Utility Dive in an email. "By driving incentives or better economics, data center users will install more energy efficient infrastructure in the long term."

Many companies are in the process of modernizing their data centers, Kozlowski said. "So as they upgrade equipment and building management systems to meet certain standards, energy efficiency is improving."

The federal government has been keeping an eye on the sector as well. In 2016, the U.S. Department of Energy's Advanced Research Projects Agency-Energy offered $25 million for projects and technologies focused on increasing the energy efficiency of data centers.

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The rise of cloud computing is having an impact on data center efficiency and it's not great - CIO Dive

Cloud computing in 2020: Predictions about security, AI, Kubernetes, more – TechRepublic

Find out what Jack Wallen predicts for the cloud and cloud-adjacent technology in 2020 and why he encourages you to dream big.

Image: Getty Images/iStockphoto

The cloud is a technology that shattered the ceiling long ago and keeps rising. Ten years ago, we never dreamed that consumers and businesses would claim such a deep dependence on the cloud. Yet, here we are, so let's dream big for cloud in 2020.

SEE: Cheat sheet: The most important cloud advances of the decade (free PDF) (TechRepublic)

This coming year will see more businesses of all sizes turning to hybrid cloud. Many will find using a private cloud that can fail over to a public cloud--as demand dictates--will be the ideal way to leverage the cloud.

One type of hybrid cloud I believe will make serious gain is the on-premises cloud solution (such as Nextcloud) that will fail over to third-party solutions (such as AWS and Google Cloud Platform). When companies realize the cost savings with this model, it will become the most widely-used option.

Nextcloud has been slowly growing in popularity over the years and is already the most widely deployed on-premises cloud solution. I predict 2020 will be a very good year for this open source solution. A number of enterprise companies in the US will adopt this solution as part of their hybrid approach; this will serve as a domino for other large companies following suit. These companies will help drive innovation with the Nextcloud solution, leading the cloud software to finally have features such as a built-in backup and an integrated office suite solution instead of just the ability to connect to a third-party option.

SEE:Tech Predictions For 2020: More must-read coverage (TechRepublic on Flipboard)

Google is one of the biggest innovators in artificial intelligence (AI), and much of this innovation is geared toward the Android platform. I believe 2020 will see Google focusing more of that AI-centric development toward tools such as Google Drive. How will this play out? My guess is Google will develop an AI system that will make file and directory organization superior to anything that mortal minds can achieve.

We could also see an improvement with the Google Docs spelling and grammar check and predictive formatting within documents. I wouldn't be surprised if Google tested a possible AI option that would make comments and use track changes as you write. Google could also throw in an AI-powered chatbot to serve as a collaborative system within the G Suite--think of the Explore feature, only this would be useful.

As I said, dream big.

SEE: Google Cloud Platform: An insider's guide (free PDF) (TechRepublic)

I made this prediction about Kubernetesin my data center predictions for 2020 article, but it bears repeating.

I'm fairly confident someone will develop a tool that makes the deployment and management of Kubernetes clusters so simple that anyone can handle the task. I'm not talking the likes of AWS or Google Cloud Platform but a third-party client that makes it easy for businesses to deploy such things within their own data center.

Yes, AWS and Google Cloud Platform already have incredible tools that make it possible to deploy Kubernetes clusters, but beyond that, you're mostly back to writing YAML files for the reliable deployment of your containers. That changes in 2020 with an open source tool that will make point-and-click container deployment easier and will be a game changer. Mark my words.

SEE: What is Kubernetes? (free PDF) (TechRepublic)

Speaking of Kubernetes, I believe we are finally going to see a tool--such as Harbor--that will not only scan container images for vulnerabilities but will fix them when possible. Think about it: You have a Harbor/Clair instance that can scan your images for vulnerabilities, report any that are found, and Harbor could then automatically update the images to patch the vulnerabilities.

With software such as Ansible, this could be possible. Yes, it will take development effort, but imagine the extra security with such a tool. It could--and should--happen.

I don't want to make this prediction, but the writing is on the wall. In 2020, there will be a cloud breach to make all other breaches look elementary in execution and miniscule in outcome. This breach will see billions of users' data at risk and will force companies with stock in the cloud to take an inventory of their security offerings. We'll see a shift in focus with these companies, which will result in how they approach security.

Companies like Google may begin using strict password policies to force users into creating stronger passwords. There could be either an improvement in two-factor authentication or a rise in popularity of three-factor-authentication (also known as multi-factor authentication), which requires software and hardware keys.

SEE: Secure your data with two-factor authentication (free PDF) (TechRepublic)

This is an easy win for predictions. Open source will continue to dominate the cloud; however, I'm going one step further to say that, by the end of 2020, the cloud will be run completely by open source software. Although there may be fragments of closed source software within cloud technology at the beginning of the year, by year's end that will not be the case. In order for any software solution to make headway within the cloud, it must be open. Period.

There you have it: A few "gimmee" predictions and some that I dare to dream big. With technology like the cloud, it's hard to make predictions without falling on your face every now and then. I could be off the mark on some--or will I?

Dream big, my friends. Dream as big as you can in 2020.

Your go-to knowledge base for the latest about AWS, Microsoft Azure, Google Cloud Platform, Docker, SaaS, IaaS, cloud security, containers, the public cloud, the hybrid cloud, the industry cloud, and much more. Delivered Mondays

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Cloud computing in 2020: Predictions about security, AI, Kubernetes, more - TechRepublic

Data security is the biggest worry in cloud computing – ITProPortal

Despite understanding the advantages that cloud computing brings to the business world, many are still fearful of the technology, a new report by Savoystewart.co.uk argues.

The company polled 6,000 professionals from the UK, US, Germany, France, Italy and Spain to better understand the sentiment towards cloud solutions and concluded that the respondents mostly fear data leaks or unauthorised access to customers stored data.

It also claims that those working in non-tech sectors are most fearful: financial, insurance and healthcare sectors.

Overall, the financial sector is fairly pessimistic when it comes to cloud computing implementation, with the Italians and the Americans being most distrustful.

Those who work in hospitality are mostly in favour of cloud computing, which the reports authors see as good news for an industry which could stand to cut energy, hardware and operational costs through the cloud.

Receiving direct bookings from clients through cloud technology would mean cutting booking agency commission, and increasing profit margins for hotel owners, it argues.

Looking at the UK specifically, it was unveiled that the countrys tech and hospitality sectors are mostly concerned about the availability of cloud computing services. As no company can offer 100 per cent uptime, this represents a problem for businesses which could lose clients during maintenance.

Organisations are fearful of data breaches as they could result in significant losses, loss of business and customer trust, remediation costs and necessary upgrades, as well as penalties and fines by communications watchdogs and other government agencies.

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Data security is the biggest worry in cloud computing - ITProPortal

Google reportedly set a goal of being a top-two cloud player by 2023 – CNBC

Google CEO Sundar Pichai

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In early 2018, top executives at Alphabet debated whether the company should leave the public cloud business, but eventually set a goal of becoming a top-two player by 2023, according to a report from The Information on Tuesday.

If the company fails to achieve this goal, some staffers reportedly believe that Alphabet could withdraw from the market completely.

After the report was published, a Google spokesperson told CNBC the article was "not accurate," and disputed that the company debated leaving the cloud market in 2018.

While Alphabet subsidiary Google is dominant in web search and advertising, the company is still a small player in cloud computing, which involves renting out computing and storage resources to other companies, schools and governments. In 2018 the company lagged Amazon, Microsoft and Alibaba in that market, according to industry research firm Gartner.

Alphabet doesn't break out revenue for the Google cloud business but said in July that it had reached $8 billion in annualized revenue. Amazon Web Services, the market leader, generated $9 billion in revenue during the third quarter alone. Microsoft doesn't specify revenue from its Azure cloud, but Griffin Securities analyst Jay Vleeschhouwer estimated that Azure delivered $4.3 billion in revenue in the third quarter.

Google co-founder Larry Page, who was Alphabet's CEO at the time, reportedly thought being a distant third-place in cloud was not acceptable. But eventually he, CFO Ruth Porat, and then-Google CEO Sundar Pichai decided that Alphabet should remain in the cloud business, according to the report. The company set a five-year budget for capital expenditures of $20 billion, in part to reach that cloud goal.

The company replaced VMware co-founder Diane Greene, who had been leading the cloud business, with Oracle executive Thomas Kurian at the start of 2019. Pichai replaced Page as Alphabet's CEO earlier this month.

Read the full Information article here.

Update: This article has been updated to reflect that on Tuesday afternoon, a Google spokesperson told CNBC the report was "not accurate" and denied the company debated leaving the cloud market in 2018.

WATCH: Google Cloud VP of Retail Carrie Tharp: Cyber Monday is 'make or break'

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Google reportedly set a goal of being a top-two cloud player by 2023 - CNBC

Didi Chuxing Teams with NVIDIA for Autonomous Driving and Cloud Computing – HPCwire

Dec. 17, 2019 NVIDIA and Didi Chuxing (DiDi), the worlds leading mobile transportation platform, today announced that DiDi will leverage NVIDIA GPUs and AI technology to develop autonomous driving and cloud computing solutions.

DiDi will use NVIDIA GPUs in the data center for training machine learning algorithms and NVIDIA DRIVE for inference on its Level 4 autonomous driving vehicles. In August, DiDi upgraded its autonomous driving unit into an independent company and began a wide range of collaborations with industry partners.

As part of the centralized AI processing of DiDis autonomous vehicles, NVIDIA DRIVE enables data to be fused from all types of sensors (cameras, lidar, radar, etc.) using numerous deep neural networks (DNNs) to understand the 360-degree environment surrounding the car and plan a safe path forward.

Developing safe autonomous vehicles requires end-to-end AI, in the cloud and in the car, said Rishi Dhall, vice president of Autonomous Vehicles at NVIDIA. NVIDIA AI will enable DiDi to develop safer, more efficient transportation systems and deliver a broad range of cloud services.

To train these DNNs, DiDi will use NVIDIA GPU data center servers. For cloud computing, DiDi will also build an AI infrastructure and launch virtual GPU (vGPU) cloud servers for computing, rendering and gaming.

DiDi Cloud will adopt a new vGPU license mode to provide users with better experiences, richer application scenarios and more efficient, flexible GPU cloud computing services. Currently, DiDi Cloud is collaborating with industry partners including NVIDIA to provide services in transportation, AI, graphics rendering, video games and education.

Delivering 10 billion passenger trips per year, DiDi is working toward the safe, large-scale application of autonomous driving technology, leveraging its own technology capacities, data resources and open collaboration with tech leaders and OEM partners.

About Didi Chuxing

Didi Chuxing (DiDi) is the worlds leading mobile transportation platform. The company offers a full range of app-based transportation services for 550 million users across Asia, Latin America and Australia, including Taxi, Express, Premier, Luxe, Bus, Designated Driving, Enterprise Solutions, Bike Sharing, E-bike Sharing, Automobile Solutions and Food Delivery. Tens of millions of drivers who find flexible work opportunities on the DiDi platform provide 10 billion passenger trips a year.

About NVIDIA

NVIDIAs invention of the GPU in 1999 sparked the growth of the PC gaming market, redefined modern computer graphics and revolutionized parallel computing. More recently, GPU deep learning ignited modern AI the next era of computing with the GPU acting as the brain of computers, robots and self-driving cars that can perceive and understand the world. More information at http://nvidianews.nvidia.com/.

Source: NVIDIA

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Didi Chuxing Teams with NVIDIA for Autonomous Driving and Cloud Computing - HPCwire

Amazon used Bluetooth beacons to track attendees at its massive AWS cloud computing conference – Business Insider UK

Amazon CEO Jeff Bezos is an engineer at heart and built a company that gathers data on everything it can. "People think of Amazon as very data-oriented and I always tell them, look, if you can make the decision with data, make the decision with data," Bezos once said in 2018

So it should not be surprising that when 60,000 people descended on Las Vegas earlier this month to attend Amazon Web Services re:Invent, the cloud platform's biggest annual customer conference, Amazon wanted data on what these attendees did and where they went during the show.

Specifically, the lanyards for the conference badges that Amazon issued this year included a Bluetooth beacon from a company called TurnoutNow, AWS confirmed to Motherboard's Joseph Cox.

Not everyone was aware that the badge included such tracking information, sources told Motherboard. But many were. On Twitter, people were discussing signs that AWS placed around the registration area alerting people to the tracker.

Per posts on social media, the signs said:

"Notice that object on your lanyard? It's an anonymous beacon that lets us count the number of attendees at certain event locations, so we can facilitate foot traffic, improve transportation, and help plan future events. Your beacon is not associated with your name or any other personal information about you, and it will only send anonymous data to us about our meeting space and other central gathering locations for this event. If you'd rather have a lanyard without the beacon, please visit the help desk."

Amazon also told Business Insider that attendees were free to opt out, and that accepting the lanyard was not a requirement for admittance.

Even still, given this was a conference for IT professionals, many of whom are computer security experts, a few people complained about the tracking device on Twitter, including security pro Jerry Gamblin.

Gamblin pointed out in a tweet that if some hacker figured out how to match the lanyard tracker with the name on the badge, they would no longer be anonymous. "The beacon has a unique ID so it is not anonymous and at best is pseudonymous. It would only take matching of name to the unique ID for full tracking," he tweeted.

And attendee Rachel Dines dissected hers and posted a picture on Twitter. "Did anyone else take apart the beacon on their #reinvent lanyard? I see a battery, an antennae and some unknown chips. Also, as soon as you remove the beacon from your lanyard, the QR code starts to fade #creepy"

The beacon was the subject of other jokes and banter, from opting out with a hammer to swapping lanyards with other attendees.

Interestingly, such conference attendee tracking devices are hardly a new idea. They've been used by conference organizers for well over a decade.

And it's a bit ironic that Amazon, of all companies, wouldn't use one of the cutting edge technologies it develops and sells to solve this problem, like machine learning/AI, computer vision, or even something more mundane, like the location data from its conference mobile app.

As one attendee on Twitter put it, "2008 wants their conference badges back."

Are you an insider with insight to share? Contact Julie Bort on encrypted chat app Signal at (970) 430-6112 using a non-work phone (no PR inquiries, please), or email at jbort@businessinsider.com. Open DMs on Twitter @Julie188.

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Amazon used Bluetooth beacons to track attendees at its massive AWS cloud computing conference - Business Insider UK

National Science Foundation Awards Grant to Develop Next-Generation Cloud Computing Testbed Powered by Red Hat – Business Wire

RALEIGH, N.C.--(BUSINESS WIRE)--Red Hat, Inc., the world's leading provider of open source solutions, today announced that the National Science Foundation (NSF) Division of Computer and Network Systems has awarded a grant to a research team from Boston University, Northeastern University and the University of Massachusetts Amherst (UMass) to help fund the development of a national cloud testbed for research and development of new cloud computing platforms.

The testbed, known as the Open Cloud Testbed, will integrate capabilities previously developed for the CloudLab testbed into the Massachusetts Open Cloud (MOC), a production cloud developed collaboratively by academia, government, and industry through a partnership anchored at Boston Universitys Hariri Institute for Computing. As a founding industry partner and long-time collaborator on the MOC project, Red Hat will work with Northeastern University and UMass, as well as other government and industry collaborators, to build the national testbed on Red Hats open hybrid cloud technologies.

Testbeds such as the one being constructed by the research team, are critical for enabling new cloud technologies and making the services they provide more efficient and accessible to a wider range of scientists focusing on research in computer systems and other sciences.

By combining open source technologies and a production cloud enhanced with programmable hardware through field-programmable gate arrays (FPGAs), the project aims to close a gap in computing capabilities currently available to researchers. As a result, the testbed is expected to help accelerate innovation by enabling greater scale and increased collaboration between research teams and open source communities. Red Hat researchers plan to contribute to active research in the testbed, including a wide range of projects on FPGA hardware tools, middleware, operating systems and security.

Beyond this, the project also aims to identify, attract, educate and retain the next generation of researchers in this field and accelerate technology transfer from academic research to practical use via collaboration with industry partners such as Red Hat.

Since its launch in 2014, Red Hat has served as a core partner of the MOC, which brings together talent and technologies from various academic, government, non-profit, and industry organizations to collaboratively create an open, production-grade public cloud suitable for cutting-edge research and development. The MOCs open cloud stack is based on Red Hat Enterprise Linux, Red Hat OpenStack Platform and Red Hat OpenShift.

Beyond creating the national testbed, the grant will also extend Red Hats collaboration with Boston University researchers to develop self-service capabilities for the MOCs cloud resources. For example, via contributions to the OpenStack bare metal provisioning program (Ironic), the collaboration aims to produce production quality Elastic Secure Infrastructure (ESI) software, a key piece to enabling more flexible and secure resource sharing between different datacenter clusters. And by sharing new developments that enable moving resources between bare metal machines and Red Hat OpenStack or Kubernetes clusters in open source communities such as Ironic or Ansible, Red Hat and the MOCs researchers are helping to advance technology well beyond the Open Cloud Testbed.

Supporting Quotes

Michael Zink, associate professor, Electrical and Computer Engineering (ECE), University of Massachusetts AmherstThis testbed will help accelerate innovation in cloud technologies, technologies affecting almost all of computing today. By providing capabilities that currently are only available to researchers within a few large commercial cloud providers, the new testbed will allow diverse communities to exploit these technologies, thus democratizing cloud-computing research and allowing increased collaboration between the research and open-source communities. We look forward to continuing the collaboration in MOC to see what we can accomplish with the testbed.

Orran Krieger, professor of Electrical and Computer Engineering, Boston University; co-director, Red Hat Collaboratory; PI, Massachusetts Open CloudAn important part of the MOC has always been to enable cloud computing research by the academic community. This project dramatically expands our ability to support researchers both by providing much richer capabilities and by expanding from a regional to a national community of researchers.

Chris Wright, senior vice president and chief technology officer, Red HatThis grant and the work being done by the MOC show how open source solutions can positively impact real-world challenges outside of enterprise data centers. Red Hat is no stranger to pioneering new ways in which open source software can be used for innovative research, and we are pleased to help drive this initiative in bringing open cloud technologies to a wider range of disciplines, from social sciences to physics, while also continuing our commitment to the next generation of open source practitioners.

Additional Resource

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About Red Hat, Inc.

Red Hat is the worlds leading provider of enterprise open source software solutions, using a community-powered approach to deliver reliable and high-performing Linux, hybrid cloud, container, and Kubernetes technologies. Red Hat helps customers integrate new and existing IT applications, develop cloud-native applications, standardize on our industry-leading operating system, and automate, secure, and manage complex environments. Award-winning support, training, and consulting services make Red Hat a trusted adviser to the Fortune 500. As a strategic partner to cloud providers, system integrators, application vendors, customers, and open source communities, Red Hat can help organizations prepare for the digital future.

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National Science Foundation Awards Grant to Develop Next-Generation Cloud Computing Testbed Powered by Red Hat - Business Wire