Category Archives: Cloud Computing

The New Paradoxes of the Cloud Computing World – Forbes

Sometimes the greatest truths make no sense. Thats not just a paradox, its also the definition of one.

Finding the truth at the heart of certain contradictions may be the best way to move forward.

Here is a list of paradoxes about the modern world of technology and work. Besides providing work-type entertainment, this list is intended to make a larger point about contending with the great technological changes of our time: When youre in a landscape of technological novelty as dramatically different as ours is from even the recent past (Pocket computer smartphones! Cloud computing! Artificial intelligence!), locating the major landmarks can be a challenge. Some features are too novel to be well comprehended or applied. Language that described the previous world struggles to describe interactions of the new.

Finding the truth at the heart of certain contradictions may be the best way to move forward. Here are some attempts at new ways of seeing, via illuminating paradoxes:

1.The worlds biggest computer is also the most personal.

The big clouds are global computing systems with over a million servers apiece, cleverly networked to represent millions more computers. At any given time, millions and billions of people are diving in and out of these systems, enjoying their email, their version of the internet, their business experience, etc. No two users are the same, and a service like Google Cloud strives to anticipate particular business and personal needssome configured by the user, some utilize artificial intelligence agents that enable people to write and find documents more effectively.

By comparison, servers and PCs, sold individually by the millions, have traditionally deliveredimpersonal experiences. The more individualized experiences that we enjoy through these devices today derive largely from the connection of servers and PCs to the cloud, infusing what was limited and cold with unbounded potential for customization.

2.In a digital world of eternal storage, vanishing analog moments rule.

A couple of years back, I calculated that 100 years ago, it cost about $30 in todays money both to see the opera star Enrico Caruso and to buy one of his records. These days, recorded music is basically free on YouTube or other services, and the average price of a ticket for Springsteen on Broadway was almost $1,800 on the open market.

I believe that the reason for this, and the reason for the explosion of conferences and live business events, is that as the number of digital moments has exploded, authentic human moments have become relatively scarce. Adding to the irony, we are seeing smart ways companies are using digital technology to make the human experience more vivid, like when a sports company offers an app for a better experience navigating a sports stadium.

This observation brings me to the next paradox.

3.The jobs are going! Here come the jobs!

Theres significant concern that millions of people will have their lives turned upside down by robots and artificial intelligence (AI). Maybe so, though predictions are mixedthis well-researched McKinsey study projected both major job losses and major job gains.

While weve seen some robots doing relatively simple tasks, like moving things around warehouses, the impact on manual labor so far has been relatively smalland for good reason. Jobs like mowing a lawn or driving a truck turn out to require a lot of contextual judgement.

Meantime, the Bureau of Labor Statistics says there are now about 357,000 personal trainers in the U.S., and the category is expected to grow at 13% over the next decade, faster than the average job. There are 160,000 massage therapists, growing at 22%. And 55,000 marriage and family therapists, growing 22%. You get the picture: Were putting more money toward people who look at us, touch us, and listen to us the way machines dont.

And thats before we get to the jobs that didnt exist 15 years ago: drone pilot, mobile app developer, social media manager, machine learning specialistyou get the idea.

4.Specialize, especially by focusing on general relationships.

In our new data-centric world, software developers who are also experts in a companys core business are often highly valued. Thats because connected products, the digital expression of that core business, now collect information about the products performance in real time, and developers can build in adjustments based on user demands or changing market conditions.

As AI becomes more important, domain-specific data plays an increasingly critical role in how products are built and optimized. The most successful developers have not just the domain expertise of a specialist, but an understanding of what data around that domain matters most, how its collected, and how to keep it free of bias. Its the reason that big technology companies increasingly employ experts in healthcare or transportation or retail, for example, rather than simply hiring engineers with generalized skill sets. No data stands alone, and how things relate matters too.

5.Information is easy. Questions are hard.

A related point to the above: AI can move through unimaginable amounts of data, finding previously unknown patterns and insights. That doesnt mean the patterns are valuable, as this entertaining chart shows. If you take all of your companys data, petabytes of it, and only focus on demanding that it make you more money, youre likely to end up with garbage.

Ask specific questions, however, prioritized based on a companys core competitive advantages and the best-quality data, and youll likely get the most useful results. This can be difficult, but is critically important to deriving real value from data.

6.The only certainty is approximation.

Im lifting this one from an observation by Jeff Dean, the head of Googles research and AI efforts. He notes that advanced AI, like deep learning, doesnt indicate decisions based on certainty, but on likelihood (what he terms gradient points in the direction of improvement). Moreover, given the many layers and sequences of a deep learning system, sometimes its hard to figure out exactly how the system came to its conclusion. Its a machine that isnt always good at explaining itself, unlike, say, a car engine, which can be observed and understood with a lot of certainty (a little bit of gasoline is ignited by a spark plug, causing a piston to move).

In a world increasingly dependent on statistical approximation, many of our existing legal and social rules, which are premised on an illusion of certainty, may be challenged.

7.In an uncertain new world thats full of cutting-edge technology, the best advice can be found in an 85-year-old religious poem.

T.S. Eliot nailed our situation in one of the choruses from The Rock: They constantly try to escape / From the darkness outside and within / By dreaming of systems so perfect that no one will need to be good.

In other words, no matter how much we understand and perfect the world, well all still have the hard work of trying to be good. Machines dont fix that.

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The New Paradoxes of the Cloud Computing World - Forbes

Andy Jassy’s 12 Boldest Remarks On The Future Of Cloud Computing – CRN: The Biggest Tech News For Partners And The IT Channel

Its still the very early days of cloud adoption, and Amazon Web Services CEO Andy Jassy says AWS channel partners should prioritize customers long-term success over any short-term gains for themselves to build sustainable businesses.

There is so much opportunity for all of us if we can make sure that we get deep in the cloud and in the services, that we give the right advice to customers, we make sure that we focus on what matters most to customers, Jassy told CRN. If you do right by customers over a long period of time, the business usually follows as well.

CRN sat down with Jassy in October for an exclusive interview at AWS headquarters in Seattle, where he shared his thoughts on the future of cloud computing, including whats driving public cloud adoption, the cloud cost equation, AWS customer base, the AWS Partner Network and AWS new channel chief. He also addressed where partners should be channeling their investments, AWS market-leading position and competition, the U.S. Department of Defenses Joint Enterprise Defense Infrastructure (JEDI) contract and Oracle among other topics.

We're still at what I think of is the early stages of the meat of enterprise and public sector adoption in the U.S., Jassy said. Outside of the U.S., they're about 12 to 36 months behind, depending on the industry or the country. We're still at the beginning of this titanic shift to the cloud.

Heres some more of what Jassy had to say.

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Andy Jassy's 12 Boldest Remarks On The Future Of Cloud Computing - CRN: The Biggest Tech News For Partners And The IT Channel

How cloud computing can help your small business thrive – http://smallbusiness.co.uk

Before the cloud ever existed and smartphones became popular, we saved our data on hard drives and servers and shared it via floppy disc, USB stick and email.

In recent years, cloud computing has become increasingly important for small and medium-sized businesses. From remote working and enhanced group collaboration, to increased security and faster disaster recovery processes, the cloud provides an overall better business performance.

For many SMEs, migrating to the cloud just makes sense, and many are transitioning.

In the UK, 88pc of firms have adopted cloud computing, because of its ability to minimise IT costs while enhancing efficiency, streamlining processes and increasing security.

Of course when making the decision to move to the cloud, the security of your data will be a of key concern. You need a trusted IT support partner to make sure that your systems and business data are secure.

1. Flexibility

Remote working is becoming increasingly important to firms of all sizes.

It could be for checking emails on-the-go, updating shared documents remotely or participating in a video conference from home; cloud-based technology enables your team to do their job even if they are away from the office.

Flexible working also gives employees more freedom and versatility in their working day, helping them achieve a healthier work-life balance. This flexibility can greatly improve an employees motivation and productivity.

Remote working means that you can also give your clients a better customer experience, because your employees can work outside traditional business hours.

Naturally, people need to be able to access business systems to do their job remotely. But youll also want to ensure that confidential information is protected when devices are used outside the office environment.

2. Security

The security of your business data is key when transitioning to a cloud-based system. Make sure you ask your IT support partner about virus and malware protection. In addition, integrated deployment is vital, and the right IT partner should be able to ensure that your business systems do not interfere with the introduction of a cloud system. Above all, a cloud solution should be part of a robust IT support strategy, which includes training staff in cyber security awareness, as well as minimising service interruptions and proactively fixing any problems.

With a cloud system all your data is stored securely in one place instead of on multiple devices which can easily get into the wrong hands protecting you against cyber threats.

Rest assured that your data will remain secure against unauthorised usage if a device that is used to log onto the cloud network is lost or stolen. You can secure your data easily, by simply changing the password used to access the cloud network from the specific device and user.

3. Collaboration

Working with colleagues online in real time is easy with the cloud. You can view and edit the same files without any complications. Cloud computing provides teams with secure access to business data and files from any location and device.

Even though your employees may be scattered geographically or simply working remotely, productivity wont be affected as files can be securely accessed from anywhere.

As files are synced and stored in the cloud, team members are able to access and work on documents together, increasing co-operation and productivity. Moreover, its simple to send a document as a shared cloud link, removing the laborious process of sending large files via email or across other unsecured file transfer systems.

4. Reliability and availability

Unreliable IT support costs your business time and money, be it reduced productivity from IT downtime or a costly cyber attack. When your IT systems are managed remotely by experts in cloud computing, you will experience fewer IT issues and less downtime. Cloud computing services provide your business with security and backups to protect you against the risks of cyber attack and data theft.

Unlimited data storage with cloud computing works effectively, without overloading and crashing your server which reduces the risk of downtime.

Your cloud computing provider should also look after the monitoring, maintenance and upgrades of your system networks, detecting potential issues and proactively fixing them.

5. Connectivity

Cloud-based technology helps you to easily communicate and interact with employees and customers anywhere in the world. The more information and ideas you exchange, the more productive you become. With more efficient remote working, cloud computing can enable closer collaboration with international teams. Everyone will be able to access files no matter where they are, as long as they have a good WiFi connection.

Cloud computing allows you to adapt your IT systems to your companys growth, simplifying your business operations and increasing efficiency among teams.

If youre a small business owner, make sure you take advantage of the benefits of a cloud solution, which will give you more time to focus on the core areas of your business.

Controlling the cloud: How SMEs can get a handle on costs

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How cloud computing can help your small business thrive - http://smallbusiness.co.uk

The importance of Cloud Computing for the Utility Industry – Doxee

Switching to Cloud Computing means, first and foremost, exponentially increasing computing power and storage space. This is accompanied by a significant reduction in costs. The cloud is a decisive move to on-demand and pay-per-use, without the need for costly investment in hardware, software (which becomes available in an as-a-Service mode), or data centers.

Then there are the enormous benefits of flexibility and scalability, which are especially relevant in the current environment.These are just some of the advantages of cloud computing. To go deeper into this topic, check out our recent post.

No matter the sector, the cloud has had a major, like no other technology in the current landscape.

In this post, we will focus on the Utility Industry, a large sector that is important for the economy at large, but also for the individual customer, who is also experiencing a phase of unprecedented transformation in recent years.

The Utilities and Energy industry is in a period of unprecedented change.First of all, the market has opened up to new players, who have a smart approach that is increasingly attentive to all aspects and benefits of digital. This has influenced the processes and brand identities of even the most established companies in the sector.

In this sense, the new challenges involve marketing and customer care professionals, two areas that are now more related than ever, especially when it comes to services such as electricity, gas, water, Internet, and telephony that have a real impact on the lives of customers.

At the same time, there have also been great changes in the sensitivity of public opinion (and therefore in the audience of potential customers). Today, the focus is on energy efficiency and environmental sustainability. Individual customers are becoming more and more informed: they demand clarity, transparency, and ease of dialog with the companies.

In a recent Bain & Company analysis, it was found that winning a new customer costs between 6 and 7 times more than retaining one. The real driving force behind this paradigm shift has been (and will continue to be) digital transformation, which has made these changes possible. And if were talking about digital today, this also means (and in some ways above all) that were talking about Cloud Computing.

Think about the possibilities of personalization and one-to-one dialog; it is thanks to digital and to cloud-based data-driven optics that this approach, can be put on track even for endless audiences.

For this reason, a company like Doxee, which has personalization and cloud-based services at the center of its business, has been included by CIOReview in its list of the 20 most promising technologies for the world of Utilities in 2018.

We conclude this section by reporting a quote from Isabelle Kocher, CEO of Engie, one of the 10 most important companies in the global Utilities and Energy sector: The word transition falls short of the change that we are witnessing: we are facing a real revolution.

We have also seen it above: the challenges facing the Utilities sector are many and they are complex. In addition to the challenges of digital transformation, there are also the following:

Added to this are cutting-edge themes such as the internet of things (IoT) and blockchain technologies. All of these trends will increasingly rely on high performing and carefully designed Cloud Computing services.

But we dont have to look too far into the future. According to the most updated estimates, the Utilities sector, as a whole, will invest about $4 billion in public cloud services in 2019 alone. And when there are such large investments, companies see even greater possible benefits. This is a certainty.

Now we will take a closer look at these advantages, which we will summarize in five points.

Cloud services are based on on-demand and pay-per-use optics. The consequence is that, by exploiting them, utility companies can contain both Capital Expenditures (CAPEX) and Operating Expenditures (OPEX).Moreover, this reduction is accompanied by an improvement in performance.

Another consequence of the move to Cloud Computing systems is the exponential increase in flexibility and scalability. This means lower investments, with less risk with the possibility to increase or decrease computing power or storage capacity when you need. To get the most out of this flexibility, the most suitable solutions could be Multi-Cloud or Hybrid Cloud.

GTM Research has estimated that, for Utilities companies data analysis investments will grow from $700 million in 2012 to about $3 billion in 2020, an expected increase of more than 400%. Again, these are large investments driven by even greater possibilities for economic return.

Analyzing a large amount of data means knowing as much as possible about your audience of users, segmenting them into clusters, to increase engagement and loyalty with targeted and tailored actions (lowering the churn rate, which we will return to in the next point). Collecting such an impressive amount of data, from an omnichannel point of view, Cloud Computing systems are essential.

Today, moreover, it is possible to go beyond segmentation and aim at individuals, thanks to personalization. This is a strategy that some of the most important companies in the sector, such as Enel or Engie, have already put on track, relying on the specialized services of a company like Doxee.

The effectiveness of addressing each person in a different way, based on their characteristics, is something that can be easily understood. Take this data into consideration:

In the previous point, we discussed the importance of collecting and analyzing big data, right up to the frontier of customization. We can push the limits a little further and put in place strategies for the analysis of data in real-time: this is what we mean beyond the technicalities with real-time reporting.

Real-time reporting, based on an efficient Cloud Computing architecture, will be one of the most powerful weapons for companies to get to know their users even better, to interact with them in the right time and in the right way, and to reduce the churn rate, or the rate of abandonment. This is one of the main problems of the sector, which has become more urgent than ever in the current open market.

According to the Customer Experience Impact Report, 89% of the users have turned to a competitor due to problems in the customer experience.

Thanks to Cloud Computing, the power of computing, analysis, storage, and collection of valuable data increases significantly. The natural consequence is a parallel surge in the importance of security systems. With the introduction of GDPR (General Data Protection Regulation), these aspects have become even more urgent.

Cloud system providers are well aware of this, which is why they are unbeatable, even in this respect. In fact, they have a capacity for updating and attention to threats on all possible fronts of both internal and local systems.

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The importance of Cloud Computing for the Utility Industry - Doxee

Animal Logic promotes cloud computing as democratizing the future of animation – Mash Viral

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Animal Logic technology director Darin Grant has detailed the speed with which animation creatives can expect to produce in the future, noting that leveraging the cloud does not mean that a movie can end faster or a date is presented launch, but that is the advantage. Give it to the team.

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The key advantage of the cloud for animators, Grant said, is flexibility in scale.

"A few years ago, when the company analyzed the resources in the cloud, we felt that the economy made no sense locally in the region but now when we have a single-digit latency in the data center, the region is now just an obvious one, "he said.

"This idea of flow engineering flow or artistic flow in the past, before there were cloud services, we had to buy fixed assets for our render farm and as an animator, you would animate a shot with Peter Rabbit on and press a button and you would wait and look at your watch, you would go for coffee, and then you would get it back and you could interact after that, that could be five, 10, 30 minutes.

"Imagine if you could reduce that waiting time so people could stay in the flow."

He said that is what the cloud has allowed Animal Logic to do.

"We can climb horizontally very quickly. In a microscale, it allows people to remain in the creative zone," he said.

"In a large-scale movie (for) animated films, you can delay creative decisions as much as possible. Some may feel that it is inefficient that is true if you are absolutely certain that this is the movie you want to make. In our industry, there are big bets on these hugely successful films on a large scale; studios want to make sure they can evaluate and see them and get results, swing and change.

"Since we are animated movies and everything is computer generated, we have the flexibility to bring some of those creative options to the end."

Animal Logic is an animation and visual effects firm based in Sydney with a feature film curriculum, ranging from Babe to The Great Gatsby, animated penguins dancing in Happy Feet and The Lego Movie franchise.

The company has existed for 28 years, initially focusing on visual effects.

Speaking to ZDNet during Amazon Web Services (AWS) re: Invent in Las Vegas on Tuesday, Grant said the cloud has democratized the animation industry a bit.

"From the perspective of the product, it allows us flexibility: just as a movie like Matrix for Hollywood was needed to present itself to the talent group that was in Australia, there are talent groups available in all parts of the world and to allow those talents in Any place to be able to work on the same great movies we are working on in New South Wales right now is a key reason why the cloud exists, "Grant said.

"You see some opportunities that have happened, Amazon in particular bought a company called Nimble Collective and has the idea of building a pipe, an animation studio in the cloud and when you see that, and you see that it allows people without the giant workforce that we have and years and years of infrastructure and development that we have had to achieve a certain level of automation, that is quite exciting. "

Recently, the company decided to adopt AWS as its cloud provider for visual effects and animation rendering. He has been working with the company for about 12 months, Grant said.

Specifically, the studio is using AWS to support the delivery of the hybrid live action and animation feature, Peter Rabbit 2, which will be released on April 3, 2020.

Through the use of specific instances of AWS Elastic Compute Cloud (EC2), Grant said Animal Logic can quickly scale capacity both up and down as its demand changes.

Animal Logic built a fully automatic and elastic rendering farm, a high-performance processing system that offers computer-generated images and videos on AWS.

It works together with the internal Render Pipeline Manager of the studio to dynamically respond to changes in production requirements, resulting in 50% faster rendering performance than your current local kit.

Animal Logic also uses a combination of AWS EC2 Spot Instances and AWS Direct Connect, which is a service that provides the studio with a dedicated network connection from its Sydney studio to AWS.

"The often unpredictable nature of movie production means that we cannot always plan what IT resources we will need," Grant said.

Asha Barbaschow traveled to re: Invent as an AWS guest.

How Animal Logic rebuilt its storage for the production of & # 39; The Lego Movie & # 39;

The animation and visual effects firm turned to Dell EMC to manage the large amount of data created during the making of The Lego Movie, a film that reached a maximum of 345 terabytes.

Animal Logic begins content backup with Alibaba Cloud

Alibaba Cloud will now support Animal Logic backup requirements, especially during peak periods where 150 TB of data is generated in a 24-hour period.

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Animal Logic promotes cloud computing as democratizing the future of animation - Mash Viral

Cloud Computing in Education Market: Competitive Landscape and Recent Industry Development Analysis 2017 – 2025 – Weekly Spy

Global Cloud Computing in Education Market Analysis

The recent report published by TMRR on the global Cloud Computing in Education market is an in-depth analysis of the overall prospects of the Cloud Computing in Education market in the upcoming years. The data collected from credible primary and secondary sources is accurately represented in the report backed up by relevant figures, graphs, and tables. The report includes a quantitative and qualitative analysis of the various aspects of the market by collecting data from the key participants in the Cloud Computing in Education market value chain.

The report reveals that the global Cloud Computing in Education market is set to grow at a CAGR of ~XX% over the forecast period (2019-2029) and surpass the value of ~US$XX by the end of 2029. The presented study also includes a thorough analysis of the micro and macroeconomic factors, regulatory framework, and current trends that are expected to influence the growth of the Cloud Computing in Education market during the assessment period.

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Cloud Computing in Education Market Segmentation

The market study put forward by TMRR segments the global Cloud Computing in Education market to offer a microscopic understanding of the various aspects of the Cloud Computing in Education market. The Cloud Computing in Education market is segmented on the basis of region, product type, end-user, and more.

The study offers a Y-o-Y growth projection of each market segment and sub-segment over the stipulated timeframe of the study.

segmentation pattern which introduces classification criteria such as deployment model, service model, and end user.

The global cloud computing in education market report is a crucial guide for businesses wanting to ensure a visible progress in the industry. With customizations procured as per the needs of the interested parties, the publication holds the potential to rightly direct the existing as well as budding players to penetrate the global market.

Global Cloud Computing in Education Market: Trends and Opportunities

Across the world, the cloud computing in education market is anticipated to gain a strong impetus due to the elevating adoption of the technology in higher education and K-12. For the forecast period, higher education is predicted to mark a larger share in the global market amongst other end users. The domination of this possible end user segment could continue until the end of the forecast period.

Since most end users prefer the services offered by platform as a service (PaaS) providers, this service model market is expected to gain traction over markets in the category. The important change in the cloud ecosystem is principally attributed to the implementation of PaaS. However, software as a service (SaaS) is foreseen to hold a significant percentage of share in the global cloud computing in education market.

Owing to the amplified number of security features offered at a reasonable price, the community cloud as a probable deployment type segment is foretold to grasp a marked share in the world cloud computing in education market.

Global Cloud Computing in Education Market: Regional Outlook

Specifically in the developed countries of Canada and the U.S., the demand for cloud computing in education is prognosticated to move levels higher as they look to ride on the elevating focus on production innovations. Most innovations in this field are judged to receive a strong push from the rigorous research and development activities performed in the cloud computing sector. As a result, North America is expected to leave no doubts in the minds of the research analysts for coming forth as a larger revenue holder in the global cloud computing in education market.

The Asia Pacific market is forecasted to be propelled by the shift toward cloud solutions for sophisticated services such as tracking, sharing, and collaborating sundry variants of a document. Much of this demand is expected to birth from end users such as universities and schools.

There could be a few challenges that the top regions of the cloud computing in education market could face, i.e. rigidly designed cloud-based systems and account management and data protection risks. Nevertheless, such constraints are estimated to lose their effect eventually with the advent of momentous opportunities such as developing potential markets, employment of adaptive cloud services, and application of cloud-based enterprise resource planning (ERP) systems.

Global Cloud Computing in Education Market: Companies Mentioned

Among others, the sovereign brands operating in the worldwide cloud computing in education market could be Ellucian, Amazon Web Services, NetApp Inc., NEC Corporation, Microsoft Corporation, VMware Inc., IBM Corporation, Cisco System Inc., and Adobe System Inc. With the intention of popularizing their offerings at a global platform, the major vendors in the market are envisaged to take advantage of acquisitions and mergers and inauguration of novel products.

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Cloud Computing in Education Market: Competitive Landscape and Recent Industry Development Analysis 2017 - 2025 - Weekly Spy

Why cloud computing is requiring us to rethink resiliency at the Edge – IT PRO

The continued growth of Internet of Things (IoT), the rising volume of digital traffic, and the increasing adoption of cloud-based applications are key technology trends that are changing the landscape of data centres.

A greater dependence on cloud-based applications means that businesses must rethink the level of redundancy of the physical infrastructure equipment remaining on-premise, at the Edge.

This whitepaper describes and critiques the common physical infrastructure practices seen today, proposes a method of analysing the resiliency needed, and discusses the best practices that will ensure employees remain connected to their business critical applications.

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Why cloud computing is requiring us to rethink resiliency at the Edge - IT PRO

Breaking Down Amazon’s Storage-Related AWS News Announcements – ITPro Today

As AWS re:invent gets into full swing, its a good time to examine some of the announcements Amazon made ahead of the conference. Not surprisingly, many of these announcements were related to the evolution of storage offerings on the AWS platform. Here's what it all means.

The most significant of Amazons storage-related announcements were tied to its AWS Storage Gateway, which allows you to provide your on-premises resources with access to storage in the AWS cloud. Many organizations use the AWS Storage Gateway in conjunction with their backup and disaster recovery efforts, thereby allowing backups to be saved in the cloud.

The AWS Storage Gateway exists in the form of an on-premises virtual machine or physical appliance. The gateway acts as a proxy, redirecting storage requests to the Amazon cloud. The gateway supports three different roles, including Tape Gateway, File Gateway and Volume Gateway.

Amazon has also recently announced high availability for gateways that are hosted on VMware hosts. While VMware has long offered high availability for virtual machines, Amazon is augmenting that capability with session-level high availability. If a service interruption should occur, the gateway is designed to recover in less than 60 seconds. During this time, sessions will remain connected, and applications that depend on those sessions should continue to function normally, aside from a brief pause during the outage.

Another welcome announcement is that Amazon has improved its Cloud Storage Gateways read performance. While there is no word yet on just how much of a performance boost can be expected, Amazon says that virtual tape library read performance will improve, and that file gateway performance will also improve for read operations and directory query operations.

Amazon is also introducing additional maintenance options for its Storage Gateway, particularly with regard to the way that updates are applied. Administrators will finally have the ability to schedule the installation of feature updates in a way that meets their needs. Mandatory security updates will still be applied automatically, as they become available.

Finally, Amazon is linking its AWS Storage Gateway to Amazon CloudWatch. This will give administrators access to cache performance data and other metrics.

There were, of course, many other storage-related announcements that are not directly related to the AWS Storage Gateway. For instance, Amazon has announced that it is introducing a Fast Snapshot Restore feature for its Elastic Block Store. This will allow for almost instant recovery of Elastic Block Store volumes.

In addition, Amazon has made some major announcements pertaining to its FSx file systems. Amazon FSx is a service that is designed to bring fully managed, third-party file systems to the cloud. Amazon FSx comes in two different flavors: Amazon FSx for Windows File Server and Amazon FSx for Lustre (which is used for compute intensive workloads).

The recent FSx announcements pertain to FSx for Windows File Server. Amazon FSx for Windows File Server is built on top of Windows Server, and is designed to provide file storage for applications that need SMB storage and an NTFS file system. The platform also provides Active Directory integration and fully supports Microsofts Distributed File System (DFS).

Although Amazon FSx for Windows File Server is already a very capable platform, Amazon is enhancing it in several ways. Among other improvements, Amazon is adding support for user storage quotas. It is also introducing data deduplication capabilities. Although specific information is not yet available, Amazon is also going to allow users to create smaller SSD file systems than were previously allowed.

Amazon has also announced that it is introducing a task scheduling feature for AWS DataSync. This new feature will allow changes to the data to be asynchronously copied from the data source to a destination in another region on a scheduled basis. Amazon customers will be able to run such tasks on an hourly, daily or weekly basis, or they can create their own custom schedules.

Finally, Amazon made a number of smaller announcements related to its various storage-related services. For example, Amazon is going to be providing a service level agreement (SLA) for S3 (the companys object storage platform) replication. There will also be a way for customers to monitor the replication process.

Another minor announcement is that Amazon is going to be launching a free training course for AWS Snowball Edge.

Stay tuned to ITPro Today for more AWS-related announcements--and what they mean--as re:invent continues through Dec. 6.

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Breaking Down Amazon's Storage-Related AWS News Announcements - ITPro Today

Cloud Computing Market Poised for Steady Growth in the Future 2019 – 2028 – Weekly Spy

The Cloud Computing market intelligence report from TMR is a valuable tool that enables vendors to identify growth avenues, and strategize for launch of products and services. These findings help businesses pave way in a crowded business landscape, and make way into the future with confidence. The Cloud Computing market report depicts the current & future growth trends of this business and outlines geographies that are a part of the regional landscape of the market.

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The Cloud Computing market report analyzes the historical data from 2014-2019 as well as the present performance of the market and forecast 2019-2024 to make predictions on the future status of the market on the basis of analysis. The report further illuminates details regarding the supply and demand analysis, market share, growth statistics and contributions by leading industry players. While citing a brief analysis of the Cloud Computing market, this study report has presented the current scenario of this business space along with a specialized concentration on the industry.

About The Cloud Computing Market:

The market research report on Cloud Computing also offers valuable insights into key business strategies employed by established players, along with impact of these strategies on future business landscape.

The intelligent research study contains numerical data related to services and products. In addition, the report presents a detailed outline of the marketplace and alongside the numerous developments prevailing across the industry. The Cloud Computing market can be divided based on product types and their sub-type, key applications, and major regions. The research study will give the answer to questions about the present performance of the Cloud Computing market and the competitive scope, opportunity, challenges, cost and more.

Market segments and sub-segments

The regional analysis covers:

The report has been compiled through extensive primary research (through interviews, surveys, and observations of seasoned analysts) and secondary research (which entails reputable paid sources, trade journals, and industry body databases). The report also features a complete qualitative and quantitative assessment by analyzing data gathered from industry analysts and market participants across key points in the industrys value chain.

A separate analysis of prevailing trends in the parent market, macro- and micro-economic indicators, and regulations and mandates is included under the purview of the study. By doing so, the report projects the attractiveness of each major segment over the forecast period.

Highlights of the report:

Note: Although care has been taken to maintain the highest levels of accuracy in TMRs reports, recent market/vendor-specific changes may take time to reflect in the analysis.

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The regional analysis covers in the Cloud Computing Market Report:

Key Questions Answered in the Cloud Computing Market Report

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Moreover, the research study clarifies the estimates of the market chain with respect to substantial parameters like the Cloud Computing market chain structure alongside details related to the downstream industry. The report contains a detailed synopsis of this business space in accordance with the macroeconomic environment analysis as well as macroeconomic environment development trends globally.

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Cloud Computing Market Poised for Steady Growth in the Future 2019 - 2028 - Weekly Spy

AWS and Verizon partner on 5G edge cloud computing – Data Economy

Countless presentations, articles and research papers propose use cases for edge computing today.

The authors of these propose everything from supporting billions of smart devices to reshaping the very plumbing of the internet itself, and many of these ideas and concepts hold significant promise for the future. However, use cases that can be put into practice today are extremely important, as they help advance the economic and technical elements driving the adoption of edge computing, ensuring the infrastructure needed to support other uses is created.

Luckily, there is no shortage of interestingand valuable use cases that are being readily explored today at the edge. As isdescribed below, these uses cases range from what could be referred to asinfrastructure transformation, where edge computing is used to augment orreimagine the underlying systems upon which many edge use cases may be built,to more specific activities such as supporting the use of autonomous drones andother low-latency devices that require new edge resources.

There are many different types of edgecomputing. However, this article focuses on what is known as infrastructure edge computing, asdefined in the Open Glossary of Edge Computing. This modelpositions elastic, cloud-like compute, storage and network resources as closeas possible to their users on the operator side of the last mile network, whetherthat network itself is wireless or wired, to provide scalable low-latencyoperation for a range of use cases.

The three use cases described below representsome of the most promising edge deployments of today. They are being activelydeployed at the edge by a range of companies, both large and small, establishedand emerging. What they all have in common is their reliance on robust edgecomputing infrastructure to make them a true reality:

For any vehicle, whether operating on land, inthe air or at sea, rapid decision-making ensures safe and reliable operation.Machines are capable of many things, but their ability to interpret potentialissues in the real world is far more limited than our own. In the case of fullyautonomous drones operating Beyond Visual Line of Sight (BVLOS), the targetlatency between the drone and its control applications is under 10 ms. Becausea drone has serious weight constraints, the most robust autonomous controlsnecessitate the use of infrastructure edge computing, where decision-supportapplications such as telemetry, collaborative processing and radar can bedelivered within this tight latency limit. The alternatives are unsafe,inefficient or manual operation.

In many cases, in todays legacy environments,the traffic that a device sends to the internet may take a long andcircuitous path, adding unnecessarytransport costs and latency. For example, data communication between two devices in the same city may, infact, traverse long distances, often spanning multiple states in the UnitedStates, before it reaches its destination. This is due to the way telecomsnetworks have been built, utilizingcomparatively few points of centralized aggregation that are able to exchangedata between networks. These Internet Exchange (IX) points are vital to theoperation of the internet, but in many emerginguse cases require a new and complementary entity, the Edge Exchange (EX).The EX augments the capabilities of the IX by allowing traffic which would staywithin a city to be exchanged much closer to its intended users, allowing theirlatency limitations to be met, while continuing to pass on Internet-boundtraffic to the traditional IX, as is already done today.

To allow greater flexibility, reduce costs andimprove performance, the Virtualized Radio Access Network (VRAN) and networksupgrades to 5G are hot topics for many wireless network operators, includingmany of the large, household name cellular carriers in the United States. Whenthe RAN is virtualized and many of the key radio functions can bedisaggregated, the result is a simpler and more flexible network However, these virtualized network functionsneed to perform complex processing in close proximity to the cell tower orradio head, under strict latency constraints. Infrastructure edge computingsites provide an ideal environment in which to run these functions, offeringthe dense compute, storage and network resources required to support these newcapabilities across many wireless network sites in the area.

Edge computing uses cases like those describedhere can add great value to almost any aspect of the wider technologylandscape. Many of these use cases are being deployed today at infrastructureedge computing sites, and those experiences are being presented to a wideraudience by leading companies in the edge computing ecosystem today.

Join Edgecon Austin, afternoon of 5thNovember, and Edge Congress 6th November, the premier event seriesto get up to speed on the latest happenings at the Edge.

http://www.edgecongress.com

Edgecon November 5th, 2019, 14:30 20:30 PMG

7CO 1501 E 7th St, Austin, TX 78702

Edge Congress November 6th 2019,09:00 20:30 PMG

Fair Market, 1100 E 5th St, Austin, TX 78702

Join the worlds top edge computing executivesat the Edge Global Congress. Industry players will be talking real deployments,solutions, and applications at the edge during this exclusive event.

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AWS and Verizon partner on 5G edge cloud computing - Data Economy