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Damon Stapleton: The chess player in Brick Lane and the joy of Cannes. – Campaign Brief

July 4, 2022 | Author: admin

July 4 2022, 2:09 pm | BY Ricki Green | No Comments A blog by Damon Stapleton, chief creative officer, The Monkeys New Zealand.

The French Riviera. A sunny place for shady people. Somerset Maughan

When it comes to Cannes and advertising, people often start with whats wrong with it. I dont want to do that after a million zoom calls over the last couple of years. I would rather write about the joy of Cannes. And the joy comes from those mad people you see fleetingly every five years or so. People.

So, if you dont mind, I would like to start in another place full of people. To be specific, Brick Lane in London.

In the middle of a mile-long market I found a beret-wearing cigar-smoking man who could have been from a variety of European countries, playing chess against all comers. He was doing it for free. He was doing it because it made him happy. He reminded me how important it is to do things simply because they are fun.

There was a small crowd that began to grow as he played a young woman who had evidently been there the weekend before. She had been practicing all week and in a beautiful twist she beat our possibly French hero. There was applause and laughter. There was clapping of hands. Grumpy Londoners were delighted to be there. There was joy.

Joy. For a few years we were trapped in our own worlds. And then we were all in the same one.

There is a beautiful line in the Lawrence Kasdan 1991 movie Grand Canyon which is, Never go to the Grand Canyon alone. Perhaps, this is what Cannes was about this year. The festival was great but being with all those crazy people you hadnt seen for years was really special. The tribe found itself. And then we carry on for another year.

Cannes is not perfect by any means. I have been going for more than a decade. It has made me very angry and very happy and probably everything else. There is work that wins that I believe shouldnt. There is work I have done that I think should have done better. And I am sure every creative in the world feels that way. With at least 30,000 entries that will never change.

Cannes has also become massive. It is now a festival that encompasses a multitude of industries and channels. I hear gaming will be introduced next year. So if you think its big now, hold onto your hats. This is of course the problem. If advertising is everything and everywhere, how do you have a finite festival for it? Where is the centre of creativity? Maybe a topic for another blog.

More than a few people have said to me its lost its centre or soul. People complain about the size of the boats, how much ros is consumed and the kind of work that wins. This kind of criticism has happened ever since I first landed on that scary runway in Nice 15 years ago. All of this may or may not be true depending on your point of view. The truth is, each time I go I either have a brilliant time or a terrible time. There is no in between. Over the years, I have come to the conclusion that it has far more to do with me and where I am at in my career than the place itself. Cannes is a strange mirror. It is always just what is happening right now. Good and bad.

So what did the mirror show me this time? It showed me that there is no substitute for being there. It showed me there is no substitute for seeing all those crazy people that make advertising fantastic. Something we should be way prouder of than we are. The people are the place.

Like that cheering crowd in Brick Lane watching chess. It didnt make sense but it made sense to us. Isnt that what living is? People were excited again. Just because we were there. It made us happy because it was fun.

I saw junior teams in Cannes who were there for the first time with wide eyes and wider smiles. They were inspired. They realised how big their universe truly was. You could see nothing was going to stop them. I dont think there is a value or price you can put on that feeling. Our industry should not take it for granted. Especially if you are trying to do difficult things.

Perhaps I, like many of us, have become a little jaded by the passing parade over the years. But this Cannes I remembered what it felt like the first time I went to the South of France. I loved the ideas. I loved the adventure of it all. I loved the people. I saw the potential.

I was a creative not a critic.

This year, after a two year winter the sun came out. I think we all needed this. It felt like normality again. It felt like life and living. The world felt open again. And that felt joyous.

My shady people had found their sunny place once again.

damonsbrain.com

Chess: Malta and national champion return to world scene – Times of Malta

July 4, 2022 | Author: admin

World Amateur Championships 2022 to be held in Malta

The details of the World Amateur Championships 2022 to be held in Malta have been announced by the World Chess Federation (FIDE).

This official world event will take place October 20 and 30 with six world championship titles in play: U2300, U2000 and U1700, each open and womens.

The top womens category offers particular potential as it allows entry ranked just below the worlds top 25 girls and roughly top 150 women. The event initially planned for April 2021 will have an increased prize fund of 15,000.

The event follows the European Small Nations Team Championship held at the end of last year, part of the official European calendar.

The last official world event to take place in Malta was the 1st World Youth U16 Olympiad in 1994, which included 12-year-old prodigies Ruslan Ponomariov and Francisco Vallejo Pons.

Before that, the 24th World Olympiad was held in the Great Ward of the then newly-inaugurated Mediterranean Conference Centre in 1980, at which event Garry Kasparov (see photo below) made his Olympiad debut as second reserve for the USSR (gold) at the record age of 17, and winning the bronze medal behind Yugoslavias Pedrag Nikoli and Maltas Andrew Borg.

Entries are strictly through the respective chess federations by September 5. More information is available on the FIDE website.

CM Timothy Mifsud returns to First Saturday IM tournaments

The July 1, 2022 FIDE rating list published last week unveiled a new king atop Malta's active hill. Well, newish.

After a long hiatus, 18th Malta champion CM Timothy Mifsud returned to the board at the June edition of the famous First Saturday IM norm tournaments held in Budapest, Hungary.

Mifsud won the national championship six times (1993-98) and the national junior championship thrice (1992-94), and still holds the record of youngest ever champion (14 years).

Facing nine titled players with an average rating of 2248, Mifsud held his own performing only slightly below his last international rating, including wins against FMs Tibor Bodi and Mark Lyell, as well as draws against GM Tibor Fogarasi, IM Sandor Farago and WIM Isha Sharma.

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Chess: Malta and national champion return to world scene - Times of Malta

Bright future for libraries in the cloud – Research Information

July 4, 2022 | Author: admin

For Tom Shaw, associate director for digital innovation and open research at Lancaster University in the UK, the cloud is 'absolutely fundamental to the way we operate as a library and has been for a number of years'.

He said that, in addition to the collections hosted on vendor platforms, with most of the librarys systems and software, the university has taken a strategic decision to use a software as a service approach. This includes using Alma as the main library system, Primo as the discovery tool and other cloud-hosted services. Only a few, more bespoke library services are hosted at the university and even these are on central university servers, not in the library.

Such an approach has become increasingly common over the past decade or so, but why has the cloud become a key part of many libraries?

'We see real advantages in terms of reducing the resourcing implications, the technical overheads of running things ourselves in-house,' Shaw explained. 'With Alma, for instance, we pay Ex Libris to run that as a service on our behalf. If it falls over that's a phone call or a ticket we raise with them, which is a much more efficient way of looking at managing risk.

'We just don't have the luxury of large numbers of staff who can do the sorts of things that need doing in a non-cloud environment such as managing hardware and servers, installing patches, upgrading software, as well as doing innovative stuff and building new systems. Cloud has enabled us to free up staffing resource to do the things where we get real impact and real value. And it is also about trying to avoid reinventing the wheel; we can buy something in that usually is better than what we would have built in house.'

Beyond technical capacity and risk, there are benefits of scale with pooling resources, as Matt Hayes, managing director, technology from SAGE (Talis & Lean Library), observed: 'When we think about libraries in the cloud at Lean Library and Talis, we think less about the storage benefits and more about improved discovery of all the library has to offer, and the ability to provide added value on the open web, outside the librarys digital or physical infrastructure.'

One example that he shared is that Lean Library aggregates open access databases on behalf of libraries and provides libraries with tools to surface relevant content from these databases when their patrons encounter paywalls online. The tools also enable the library to provide added context to such content, to support their curation and discovery missions.

'Moving library systems to the cloud would allow for greater interoperability. In that respect, it makes it easier for libraries to deliver their services or resource on third-party websites and platforms essentially, wherever their users are,' Hayes added.

Gloria Gonzalez, senior agile product owner at Zepheira, part of EBSCO, had a similar observation: '[Our] Library.Link Network is a cloud-based service that is platform agnostic so it works with any catalogue that libraries use and it transforms their data into a format called BIBFRAME, which allows library data to become decentralised and helps libraries meet their users on the web where they're searching.'

BIBFRAME is a web native standard that allows libraries to publish structured data so that their data is more visible on the web. Gonzalez explained the benefits: 'Previously to this new format being available catalogues don't show up in library searches. They're not indexed by crawlers. In this new format all of that [library] data is open on the web. Indexers can crawl that information and provide access into their search engines. Having the same standards to describe their data makes it easier for libraries to work together to make their data better.'

She added that BIBFRAME data is syndicated directly to partners like Google: 'We launched a borrow option together in 2019 and now people searching in Google, in Australia, the United States and Canada can all find library books near them from the academic and public libraries and national libraries that surround them.' This can be extended to other countries, she continued, once a specific geographical area has enough libraries that are publishing data consistently.

Beyond Google, decentralising data on the web means libraries can be found anywhere they'd like to meet their community, whether it is faculty websites or community partner websites.

Of course, this openness can raise concerns for libraries when they are thinking about moving their services and systems to the cloud. 'Once you have your data available on the open web it can really be used for any purpose and so when libraries first approach us they ask about these solutions. They are curious to know very specific use cases because it can seem like there's too many options for what they can do,' observed Gonzalez.

Another concern that has sometimes been raised about moving to the cloud is about ensuring ongoing access to the librarys data.

'We address them through our data preservation and policy plans. So not only are we providing a host service, but we also on behalf of our customers take care of replicating that data and backing it up. So that if there ever were an issue, it could be restored,' Gonzalez noted.

Long-term sustainability of platforms is an issue that Shaw in Lancaster is also following. 'I'm conscious we might be buying something from a vendor who are cloud hosting it but it doesn't necessarily mean they own their own cloud infrastructure. Very likely they're using Amazon Web Services or something similar. It does raise some important questions about what would happen if the cloud provider fell over or decided on taking a very different approach. This is probably something that ought to be a bit more of a consideration as we kind of get deeper into the cloud environment.'

However, he added a counterpoint: 'The other thing is weighing it against the alternative. If we've got IT ourselves on premises, on our servers, you can go and look at racks with spinning disks in and say they're in this room that we've got locked but it doesn't necessarily they can't be hacked and aren't vulnerable in some way.'

Another aspect of cloud services that has come under increased scrutiny recently is environmental impact.

'Sometimes there is a tendency to think digital means we're not cutting down trees to make print books therefore it's greener. The reality is far more complicated and the carbon impact of the cloud can be quite considerable. It's not just power generation involved in the devices that people are using. There is huge amounts of power generation involved in running cloud data servers and networks. Then there is the question of where that energy comes from, what carbon footprint does it have, how sustainable or renewable are any of the sources powering those,' observed Shaw.

'Lancaster University has declared a climate emergency and across the university we're really being pushed in terms of how we're going to respond and to make that a meaningful statement. It's really pushing us to think more deeply about the impact of things like the cloud. We're going to be engaging more with our vendors and making it a much more usual part of the process to ask questions about how they power their data centres, what work they have done to understand the environmental impacts of cloud for them, and what is their roadmap for reducing the environmental impact of their activities. I'd also like to work with our procurement team to look at how that can become a much larger part of the procurement process.'

Gonzalez agreed about the challenge: 'Especially during the early adoption of cloud-based services, the environmental impact of cloud services was an issue, and it continues to be an issue. We specifically seek out data centres that are on average about three times more efficient than average data centres in the US. Our cloud provider partner is on a path to 100 using 100% renewable energy by 2025.' She added that ESBSCO also has an initiative, EBSCO Solar, which provides grants to public libraries so that they can set up solar power for their buildings.

Despite the widespread enthusiasm for cloud-based library services, adoption of them is not evenly distributed around the world. Gashaw Kebede, a freelance consultant in information, communication and knowledge management and previously an assistant professor at Addis Ababa University, highlighted the situation in his own country: 'There are no cloud-based library services implemented by the local academic and research libraries in [Ethiopia] (although some of the international organisations located in the country may have some cloud-based library services). And, to my knowledge, there is no concrete plan or public discussions to introduce a cloud-based library services and management by the institutions usually charged with coordinating such a task in the country (e.g., the Ministry of Education of Ethiopia).

'However, moving to a cloud-based library service is obviously among the top priority in the wish list of every academic library in the country. There is an increasing awareness regarding the specific advantages that moving to the cloud-based library services could bring particularly to the improvement of the services and capacity of the ever-increasing academic libraries located in the public universities of the country.'

There are several factors that he sees in this low adoption: 'In my view, moving to cloud-based library services will not be an easy option to consider by the local academic and research libraries at the moment primarily because of: (a) the poor network infrastructure on the ground to connect to the cloud, and (b) the limited digital resources and services owned by the libraries to justify moving to cloud (less than 100,000 e-books exist among the country's 50+ academic libraries). The majority of the academic and research libraries lack sufficient network connections on the ground even to participate fully in the national research and education network (introduced by the government under the name EthERNet in 2000). Adding to this is the perennial financial constraints that the libraries have to give priority to [over] moving to the cloud.'

Kebede believes that, before rolling out many cloud-based services in his country, there is still work to do in strengthening local digital libraries. 'Of course, achieving these will make it easier to move to cloud-based services and other models of service provisions and resource building in the long run,' he observed.

So, what can vendors of library tools do to help address such challenges, particularly where internet access is less reliable? Gonzalez of EBSCO shared an example of one approach her company has taken with a project in a prison, where access to the wider internet is prohibited: 'We created a local version of our EBSCO Discovery service, so that people who are not connected to the Internet can access their items locally. It is important that we meet all readers, even those who don't have continuous access to the Internet.'

She also acknowledged inequality in the adoption of BIBFRAME. She noted: 'EBSCO helps that issue by making it as easy as possible for people to use this standard. The library sends us their catalogue data and we do the entire transformation and publication for them. Their staff doesn't have to learn the ins and outs of the standard before they get access.'

Observing that language can be a barrier too, she added that EBSCO is working to translate the standard documentation into other languages, working, for example, with libraries in South America and the National Library of Qatar, to translate standard documentation to Spanish and Arabic. She continued: 'Our transformation pipeline that we use to publish this data is completely script and language agnostic; if the data is in a certain language, then we preserve that when we publish the data.'

In addition, there is a need to recognise that standards have evolved differently around the world. 'The MARC standard has many different flavours around the world and so we're also expanding our services to work with all versions.'

So what does the future hold for libraries in the cloud? 'In five or 10 years time I see library catalogues and catalogue data as being completely decentralised.Libraries won't be sharing data based on record systems, but instead they will be able to share more granular pieces of data, for example descriptions of a particular person or publisher or topic. That will enable libraries to expand the power of their data sharing, to understand what they have in common and what is unique to their collections,' said Gonzalez.

The continued move to the cloud in libraries is inevitable, concluded Shaw. 'We're seeing both our university and the wider sector moving far more towards cloud. Even if we in the library said this is not the direction that we want to go in it feels like we'd just be trying to run against the tide. You can either try and turn against it or you can get involved in a way where you try to steer it in the right direction like with the environmental considerations. Embracing cloud has enabled us to think more strategically about how it best fits with the type of library we are the type of university we are and where we where we want to go.'

BranchCache – What It Is and How It Can Help Optimize Your Organization’s Bandwidth Consumption. – TechGenix

July 4, 2022 | Author: admin

Cache on PCB

Organizations across the globe are growing in scale and branching out to serve more people in different geographical areas. Due to this, a need has come up to optimize the request-response cycles in the Wide Area Network (WAN). BranchCache can help with that!

Microsofts BranchCache is one of these enabling technologies meant to optimize organizational bandwidth utilization. In this article, youll learn more about BranchCache and its importance. Ill also talk about its different modes of operation, and show you an installation and configuration guide later on in the article. Finally, Ill discuss its association with the cloud.

For now, lets start with what BranchCache actually is in the first place!

Microsofts BranchCache is a technology that enables remote or local branch offices to cache data or information from central data sources. This allows you to distribute the load and network traffic across your organizations network.

BranchCache also helps in optimizing the WAN as it reduces hotspots surrounding the central data stores. It also helps in avoiding the need of dealing with repeated or duplicated requests to the central servers or principal data centers. After all, these duplicate requests can quickly eat up valuable bandwidth. BranchCache caches portions of data from central data stores into the remote servers or endpoints of the branch offices. In turn, this enables faster data access for the users from these remote sites.

Now that you understand what BranchCache is, lets learn more about its importance and why you need it.

When remote employees try to access corporate data, their productivity gets affected due to network bandwidth limitations and delays in the application or server response times. BranchCache can help you in this regard.

BranchCache helps you improve your bandwidth utilization while reducing the latency and increasing the responsiveness of applications and servers. It facilitates quick access to the file systems stored in a central location by caching data in remote branch offices located at a distance.

It also enables a WAN to behave and function like a LAN. This is because you can process requests locally without having to hit the central servers or data centers for every request.

When someone requests a file from a branch office for the first time, the connection gets redirected to the central data store or server which then serves the request. However, with BranchCache enabled in the background, this request gets cached. In turn, the branch office receives a copy of the accessed file.

In subsequent requests, BranchCache checks the access rights and permissions of the user accessing the resource, ensures that the accessed file/data is still valid, and processes the requests. These requests are then processed locally, resulting in a much faster request-response cycle with lower latency and efficient bandwidth utilization.

Lets now look at the different modes in which BranchCache operates.

You can set up and operate BranchCache in two different modes to better suit your branch office requirements. Choosing a mode depends on various factors such as your infrastructure capabilities, use cases, the clientele, and the mode of operation. Below is a detailed explanation of each of these modes.

The distributed cache mode allows you to distribute the content cache at a branch or a remote office among different client systems. In this mode, every client system hosts and maintains its own cache data. Whenever a new system joins the branch, it can request the data by sending a broadcast over the local branch network.

The hosted cache mode allows you to leverage the server systems in your branch office by hosting the content cache of the whole branch in them. If a new client joins the branch office, every request made gets redirected to the local server hosting the content cache.

Its important to note that you can only choose one of the two BranchCache modes per location. This means that if you have multiple branch offices or sites, you can deploy either the distributed cache mode or the hosted cache mode in each of these sites. You can also choose to deploy two modes in two different locations, allowing you to choose the mode depending on the available resources and requirements at each of your branches.

Next, lets look at how you can install and enable BranchCache in your Windows environment.

The Server Manager in Windows Server allows you to install either the BranchCache feature or BranchCache for Network Files role services depending on the system functionality and the location. For instance, you can install the BranchCache feature in the content servers (web and application servers) located in your main office or cloud data center. On the other hand, you can install the BranchCache for Network Files role services for a file server located in the main office or cloud data center. Alternatively, you can choose to install the BranchCache feature using its hosted cache server mode for the cache servers in the branch office.

You have many ways of implementing BranchCache, so choose the one that best suits your needs.

That said, heres a step-by-step guide on installing BranchCache:

After the installation procedure, youre going to want to know how to configure BranchCache. The next section will tell you how to do just that.

To configure BranchCache, you can use either a Configuration Manager or WSUS to configure clients as well as servers. Ill first talk about how you can configure clients.

You need to configure each client that has BranchCache installed. Typically, Microsoft allows you to make group policies to set up configurations for multiple clients together. Follow the steps below to enable BranchCache on client computers:

Next up, Ill briefly talk about how you can configure servers in BranchCache.

You have three different types of content servers on which you can deploy and install BranchCache. This includes a web-based content server, BITS (Background Intelligence Transfer Service) based application servers, and file server-based content servers. You can configure all three of these servers using WSUS and a configuration manager. If you want to find out the different requirements and configuration options for each of these servers, you can do so here.

Overall, BranchCache is an enabling technology that helps your organization scale-out. On the other hand, cloud computing is also helping companies leverage virtual resources to help them scale. Lets now look at how BranchCache affects the cloud.

Cloud computing is already revolutionizing the IT landscape with ease of setup along with reduced costs. Its also moving large workloads away from businesses, causing strong network dependencies and latency issues.

A majority of the isolated branches or remote offices use cloud technology to stay connected with the central office. They leverage cloud-based connectivity services, data access mechanisms, or even cloud-hosted virtual machines for their operations.

Implementing BranchCache can help all these companies improve their productivity and speed due to the possibility of caching the instances from central data centers locally.

Moreover, BranchCache neither requires any changes in the network topology of the enterprise nor needs any new set of installed hardware for its functioning. It enables the users of remote or branch offices to access resources in an efficient and performant manner through bandwidth optimization and reliable connectivity.

BranchCache really is great, isnt it? Lets have a quick recap.

With companies leveraging cloud technology for branching out and decentralizing the data centers and workloads, network bandwidth consumption, latency, and usability of users are taking a hit. Technologies such as BranchCache can not only reduce network consumption but can help you configure your branch offices in different modes to meet your different needs. In this article, Ive explained what BranchCache is, its importance, and two different modes that you can choose for your branch or remote offices. Ive also detailed installation and configuration guides along with BranchCaches association with the cloud that can help it grow.

Do you have any more questions about BranchCache? Check out the FAQ and Resources sections below!

A Group Policy Object is a virtual collection of multiple policies that you can use to configure one or more clients using different rules and access privileges. A Group Policy Object also serves as a centralized and easy-to-manage configuration system for devices, operating systems, applications, and users in an Active Directory Environment.

A cache server is a dedicated network server capable of acting as a server and providing cached web pages or information to the users. Cache servers can also help speed up the request-response cycle and reduce the load on the central servers. Furthermore, they can assist in dissipating requests among themselves without needing to request information from the server.

BranchCache allows client computers to access content using LAN rather than relying on and using the slower WAN connections. Moreover, it helps reduce the WAN traffic and hotspots around the central systems and provides an easy and fast means of data access to the users.

BranchCache helps your remote devices or branch offices serve as dedicated cache servers when a user makes a request. If these requests get processed without having to hit the primary or centralized servers located in some distant location, the overall request-response cycle gets shortened. This can result in reduced network latency.

A data center is a facility that centralizes an organizations shared IT operations and resources to act as a single source of truth. A data center typically consists of a group of computers along with other associated hardware systems grouped together to store, process, and transmit the data as needed.

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Read more about how to install and configure BranchCache in Hosted Mode.

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BranchCache - What It Is and How It Can Help Optimize Your Organization's Bandwidth Consumption. - TechGenix

Hybrid Cloud Computing Market 2022 Report, Analysis from Perspective of Segmentation, New Technology and Forecast till 2030 Designer Women – Designer…

July 4, 2022 | Author: admin

Report Ocean published the latest research report on theHybrid Cloud Computingmarket. In order to comprehend a market holistically, a variety of factors must be evaluated, including demographics, business cycles, and microeconomic requirements that pertain precisely to the market under study. In addition, theHybrid Cloud Computingmarket study demonstrates a detailed examination of the business state, which represents creative ways for company growth, financial factors such as production value, key regions, and growth rate.

Worldwide Hybrid Cloud Computing Market is expected to grow at a CAGR of 34.3% during the forecast period 2016-2022.

The digital economy affects the worlds trajectory and the societal well-being of common citizens. In addition, it influences everything from resource assignment to income allocation and economic growth. The adoption of the Internet of Things is pushing significant market growth. Additionally, in 5-10 years, the latest technologies such as robotics, AI, and augmented reality can illustrate around 27% of ICT spending. Consumer demand for access to content and products at any time and from any location is propelling the ICT market forward. The ICT sector is lucrative for vendors since it has about 7 billion mobile subscribers and 3 billion Internet, users.

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Key Players Covered in the ReportDell Inc.Amazon Web Services Inc.VMware Inc.Rackspace Hosting Inc.RightScale Inc.Cisco Systems Inc.EMC CorporationComputer Sciences CorporationAT&T Inc.Equinix Inc.Citrix Systems Inc.Oracle CorporationMicrosoft CorporationInternational Business Machines CorporationGreen House DataAtlantic.NetVelostrata

Market Overview

Globally enterprises are opting for hybrid cloud technologies to leverage cost savings and technical expertise to focus on its core business. Organizations can easily shift their non-critical data and applications from private to the public cloud to reduce the web traffic. The next five years will see an explosion in the use of hybrid cloud as it helps organizations to save cost on infrastructure and application support. Nearly 82% of the enterprises have hybrid cloud strategy for 2018. Hybrid cloud provides a single solution to organizations involved in multiple verticals. It can be applied to any industries including power media & entertainment complex computing healthcare government education analytics and much more. More than 60% of the large enterprises are planning to implement hybrid clouds by 2020.

A rapid increase in the private cloud adoption is driving the hybrid cloud market with nearly 82% of the enterprises planning to have a hybrid cloud strategy by 2017. The pay per use model is useful and affordable to the enterprises across all the verticals and regions. Cloud governance has witnessed a rapid growth with nearly 30% of the enterprises having established approval policies and by 2018 more than 50% will have approved cloud policies. According to Reportocean research the Worldwide Hybrid Cloud Computing Market is expected to grow at a CAGR of 34.3% during the forecast period 2016-2022.

The hybrid cloud computing market is analyzed based on four segments: solutions service model verticals and regions. The solutions segment includes application architecture network integration and management systems. Application architecture segment is expected to have a major role in the hybrid cloud computing market.

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Banking & financial services consumer goods & retail healthcare manufacturing media & entertainment energy & utilities government telecommunication and IT transportation & logistics and others. The manufacturing industry is set to be the leading vertical for hybrid cloud computing market and telecommunication and IT industry is set to be the emerging vertical for the market growth. The regions covered are North America Latin America Western Europe Central Eastern Europe Asia Pacific Latin America and the Middle East & Africa. North America is expected to outperform in the market growth along with Asia Pacific which is expected to provide huge opportunities in hybrid cloud computing market space.

The report provides a complete picture (vertical market opportunity regional market opportunity challenges current market trends future market trends evolution technology roadmap etc.) of the hybrid cloud computing market.

The key players covered in this report are Equinix Computer Science Corporation AT&T Oracle IBM Microsoft VMware Rackspace Hosting EMC etc.

The study covers and analyzes the Worldwide Hybrid Cloud Computing market. Bringing out the complete key insights of the industry the report aims to provide an opportunity for players to understand the latest trends current market scenario and technologies related to the market. In addition helps the venture capitalist in understanding the companies better and take informed decisions.

Region/Country Cover in the Report

RegionsNorth America (US Canada)Western Europe (UK Germany France Italy Spain)Asia Pacific (Japan South Korea China India)Central Eastern Europe (Poland Russia Turkey)Latin America (Brazil Mexico Argentina)Middle East & Africa (GCC Africa)

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The main objective of this study is to understand the world hybrid cloud market. The focus is on different hybrid cloud services and applications available in the market with a keen focus on Application Architecture Network Integration and Management Systems. The report explains in detail about the industry structure of the hybrid cloud penetration across the various industry sectors the total market size of the world hybrid cloud industry and its segments. One of the important aspects of the report is the future outlook which gives a fair idea of how the industry is going to perform in the coming years. In addition the report also discusses the key players in the market how hybrid cloud technology supports organisations to shift data and applications from private to the public cloud to reduce the web traffic.

The world hybrid cloud market estimate in 2016 is $41.15 billion and the estimated market for 2022 is $241.13 billion driven by all segments of the industry. The high growth is mainly from Manufacturing and Telecommunication & IT industries. The Software as a Service (SaaS) sector is expected to grow at a fast pace in the next five years with the expected compound annual growth rate (CAGR) of 34.1% by 2022.

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Table of Content:

What is the goal of the report?

The market report presents the estimated size of the Industrial automation market at the end of the forecast period. The report also examines historical and current market sizes. During the forecast period, the report analyzes the growth rate, market size, and market valuation. The report presents current trends in the industry and the future potential of the North America, Asia Pacific, Europe, Latin America, and the Middle East and Africa markets. The report offers a comprehensive view of the market based on geographic scope, market segmentation, and key player financial performance.

Available CustomizationThe following customization options are available for this report:> Trends for other verticals including retail travel and hospitality> Country-specific trends and market analysis> Rest of the World (RoW) Region-specific market analysis> Additional company profilesApart from the existing market analysis Reportocean can also offer a wide array of custom-tailored studies as per the companys specific needs.

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Hybrid Cloud Computing Market 2022 Report, Analysis from Perspective of Segmentation, New Technology and Forecast till 2030 Designer Women - Designer...

The Global Edge Analytics Market size is expected to reach $28.3 billion by 2028, rising at a market growth of 24.8% CAGR during the forecast period -…

July 4, 2022 | Author: admin

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Edge analytics, a type of big data analytics, allows for real-time analysis of data created at the edge of network devices that is unstructured. Instead of transmitting data back to a centralized data storage or server, edge analytics performs real-time analytical computations on acquired data.

New York, July 04, 2022 (GLOBE NEWSWIRE) -- Reportlinker.com announces the release of the report "Global Edge Analytics Market Size, Share & Industry Trends Analysis Report By Component, By Type, By Organization Size, By Vertical, By Regional Outlook and Forecast, 2022 2028" - https://www.reportlinker.com/p06289238/?utm_source=GNW Edge analytics is growing at a rapid pace around the world, owing to continuous developments in workplace performance enhancements and increased usage of the internet of things (IoT), all of which are propelling the edge analytics market forward. Additionally, its unique qualities, such as cost optimization and scalability, are propelling the industry forward.

Edge analytics is a method of data collecting and analysis in which an automated analytical calculation is done on data at the edge of a node, network switch, or any other network endpoint instead of waiting for data to be sent back to a centralized data repository. The edge analytics market is estimated to grow rapidly in the next few years, owing to increased internet and cloud penetration. Furthermore, increased demand for automation will have a positive impact on market growth. Increased network node efficiency is expected to provide lucrative prospects for the growth of the edge analytics market.

Edge analytics uses advanced analytics and machine learning at the site of data collection to help firms get more advanced data faster. It also increases yields, increases throughput, decreases downtime and improves efficiency. Because of the development and rapid spread of the Internet of Things (IoT) and the rapid growth in the availability of data through linked devices and real-time intelligence, it is becoming increasingly popular.

COVID-19 Impact Analysis

COVID-19 has put a lot of pressure on governments across the world. The virus has had drastic effects on the health of the populace and has led to millions of deaths. The lockdowns issued by the government to curb the spread of the virus led to industries being closed down and supply chain troubles. Since edge analytics are widely deployed in the retail sector and this was among the most heavily affected sectors due to the lockdowns, the edge analytics market was severely affected.

Market Growth Factors

Adoption Of Connected Devices And Surge In Demand For Prescriptive Analysis

Through the effective integration of data received from connected devices and networking equipment for increased real-time event analysis, organizations all over the world have focused on enhancing productivity and decreasing the maintenance of analytics systems. The market for data edge analytics solutions is expected to expand at a healthy rate throughout the forecast period, due to an increase in demand for real-time monitoring and prescriptive analytical modeling. This contributes to the growth of the edge analytics industry.

Edge Analytics Leads To Lowest Possible Latency

Edge analytics main benefit is that it reduces latency and, as a result, improves overall system performance. Furthermore, it enables users to respond to certain data points more quickly, such as shutting down an overheating jet engine, without needing to check in with a central procedure. Since data is calculated at the edge, it allows application developers to make use of local compute cycles, without incurring network latency. This allows developers to access data in real-time, rather than waiting for it to be uploaded to the cloud, for applications like predictive maintenance, machine learning, and OT management.

Market Restraining Factors

Loss Of Raw Data

The increased efficiency comes provided by edge analytics comes at a price. Only a small portion of the data will be processed and evaluated, with the results being sent via the internet. This essentially implies that raw data is eliminated, which means that some insights that could have been gained are lost. Its important to think about the sort of device and how the data will be used. A retailer may determine that improving data efficiency is more important than sacrificing theoretical data insights, but an aircraft cannot make the same decision. Even if it is more inconvenient, collecting all raw data and analyzing it off-site is still the preferred strategy when safety is a concern.

Component Outlook

Based on components, the edge analytics market is divided into Solution and Service. The services segment garnered a significant revenue share in the edge analytics market in 2021. The edge analytics services enable users to manage their edge computing facilities remotely using Cloud Pak for Data. With Edge Analytics, business applications may be brought closer to data sources like IoT devices or local edge servers, resulting in faster insights, faster response times, and more bandwidth availability.

Type Outlook

Based on Type, the market is segmented into Descriptive, Predictive, and Prescriptive. The descriptive analytics segment acquired the largest revenue share in the edge analytics market in 2021. Descriptive analytics is concerned with what happened. It is the practice of identifying trends and relationships using current and historical data. Since it describes associations and trends but does not delve deeper, it is sometimes referred to as the simplest kind of data analysis.

Organization Size Outlook

Based on organization size, the edge analytics market is bifurcated into large enterprises and small and medium enterprises. The small and medium enterprises segment procured a substantial revenue share in the edge analytics market in 2021. Edge analytics adaptability and versatility make it incredibly flexible and thus make it apt for small and medium enterprises. Business initiatives can now quickly settle on appropriate markets without needing to invest in costly infrastructure development by collaborating and associating with local edge data centers. Edge data centers enable them to provide competent service to end users with little latency.

Verticals Outlook

Based on verticals, the edge analytics market is classified into Retail, E-Commerce and Consumer Electronics, Energy and Utilities, Healthcare & Life Sciences, Transportation and Logistics, IT and Telecom, Manufacturing, and Others. The IT & telecom segment acquired the largest revenue share in the edge analytics market in 2021. In telecom, edge analytics provides execution resources (compute and storage) for applications with networking close to end-users, often within or at the edge of operator networks. The cloud architecture is well-suited to the needs of todays IT environment. Edge analytics has evolved as a modern, more viable, and crucial architecture, given the profusion of physical devices employed in todays IT world. Rather than storing all data in the cloud, edge analytics allows storage capacity to be deployed closer to the devices actual location.

Regional Outlook

Region-wise, the edge analytics market is analyzed across North America, Europe, Asia Pacific, and LAMEA. North America acquired the largest revenue share in the edge analytics market in 2021. The demand for prescriptive analytics is growing, and the adoption of edge analytics solutions is increasing. Many American like Amazon Web Services, Intel, Microsoft, Oracle, etc., offer edge analytics solutions. Major companies like Apple have acquired companies that provide edge analytics solutions.

The major strategies followed by the market participants are Partnerships. Based on the Analysis presented in the Cardinal matrix; Microsoft Corporation are the forerunners in the Edge Analytics Market. Companies such as Cisco Systems, Inc., IBM Corporation, Intel Corporation are some of the key innovators in Edge Analytics Market.

The market research report covers the analysis of key stake holders of the market. Key companies profiled in the report include IBM Corporation, Cisco Systems, Inc., Intel Corporation, Oracle Corporation, Microsoft Corporation, Dell Technologies, Inc., Hewlett-Packard Enterprise Company, Equinix, Inc., Greenwave Systems, Inc., and Iguazio Ltd.

Recent Strategies Deployed in Edge Analytics Market

Partnerships, Collaborations, and Agreements

Jan-2022: Equinix formed a partnership with Nasdaq, an American stock exchange based in New York City. Under the multi-year partnership, both companies aimed to scale the Equinix NY11 data center in Carteret, New Jersey to enable the build-out of Nasdaqs cloud infrastructure. The partnership was intended to take Nasdaq closer to shifting its markets to the cloud. Equinox would help Nasdaq meet existing and future infrastructure requirements, while accelerating its cloud transformation at a global scale.

Apr-2022: Hewlett Packard Enterprise teamed up with Maxis, one of Malaysias largest telecom providers. Through the collaboration, both companies aimed to create the countrys first multi-access edge computing (MEC) solution for enterprises. This will make MEC solutions especially attractive to businesses operating time-critical edge applications such as data analytics, artificial intelligence, automation, and machine learning. MEC can minimize connectivity problems and reduce data storage costs by enhancing efficiency and accuracy in real-time.

Apr-2022: Cisco formed a partnership with NetApp, a global, cloud-led, data-centric software company. NetApp partnered with Cisco to launch with FlexPod XCS, the evolution of FlexPod providing one automated platform for modern applications, data and hybrid cloud services. FlexPod XCS fueled by Cisco Intersight provides important new capabilities for the customers like automation, visibility, and hybrid cloud operations into a single unified platform for modern apps, data, and hybrid cloud services.

Oct-2021: IBM teamed up with Boston Dynamics, a USA-based engineering and robotics design multinational company. Under the collaboration, both companies focused on providing data analysis at the edge to assist industrial companies to enhance the safety of workers, optimize field operations, and push maintenance productivity in environments like power plants, manufacturing facilities, warehouses, and more.

Aug-2021: Equinix entered into a partnership with IBM, an IT technology and consulting firm providing computer hardware, software, infrastructure, and hosting services. Under the collaboration, both companies aimed to assist with the merger of multiple cloud solutions in hybrid cloud environments. After the partnership, customers could then access IBM Cloud services from their digital infrastructures on Platform Equinix worldwide via direct and secure interconnection of hybrid IT infrastructures.

Jul-2021: IBM joined hands with Scale Computing, a dominant player in the edge computing, virtualization, and hyperconverged solutions market. Under the collaboration, both companies helped organizations embrace an edge computing strategy developed to empower them to move data and applications smoothly across hybrid cloud environments, from private data centers to the edge.

Jul-2021: Microsoft entered into a partnership with Lanner Electronics, a global leader in the development and manufacturing of intelligent edge computing appliances. Under the partnership, Microsoft Azure and Lanner Electronics launched Edge-to-Cloud AI Solution, integrating Lanner AI accelerated intelligent edge appliance with Azure IoT edge module, runtime, and cloud interface. Lanner Edge AI appliances utilized the Azure IoT edge capability to execute the AI inference model. Lanner Edge AI appliances simplify AI deployments at the edge, decreasing communications latency and improving workload optimization.

Mar-2021: Oracle, formed a partnership with Red Bull Racing an American computer technology company. The partnership made Oracle Red Bull Racings official cloud infrastructure partner. Red Bull leveraged the machine learning and data analytics capabilities of Oracle Cloud Infrastructure (OCI) to optimize the way data is used across its business; from on-track activities to putting more information in the hands of the Teams global fan base.

Oct-2020: IBM entered into a partnership with ClearBlade, an edge computing Software Company that enables enterprises to rapidly engineer and run secure, real-time, scalable IoT applications. Under the partnership, both companies aimed to provide autonomous edge computing and IoT solutions. The partnership was developed to enable businesses to rapidly deploy, process, store, and analyze data at the edge, unlocking their full potential to digitally transform.

Jul-2020: IBM teamed up with Verizon Business, a company that provides technology, information, communications, and entertainment products. Under the collaboration, both companies cooperated on 5G and edge computing innovation to realize the future of Industry 4.0. Both companies planned to utilize Verizons wireless networks, including Verizons 5G Ultra Wideband (UWB) network, and Multi-access Edge Computing (MEC) capabilities, together with Verizons ThingSpace IoT Platform and Critical Asset Sensor solution (CAS).

Jun-2020: Microsoft formed a partnership with SAS, a leading company developing business analytics software and services. Under the partnership, both companies aimed to allow customers to easily run their SAS workloads in the cloud, increasing their business solutions and unlocking critical value from their digital transformation initiatives. As per the partnership, the companies migrated SAS analytical products and industry solutions onto Microsoft Azure as the chosen provider for the SAS Cloud.

May-2020: IBM joined hands with NVIDIA, a dominant company in Artificial Intelligence hardware & software from edge to cloud computing. Under the collaboration, both companies aimed to quicken analytics and implement applications at the edge. The combination offered world-class software management on the most powerful offering for accelerated computing and AI.

Product Launches and Product Expansions

Apr-2022: Dell Technologies expanded its edge solutions product line. The expansions assisted retailers in quickly generating more value and offering improved customer experiences from data generated in retail locations.

Sep-2021: Hewlett Packard Enterprise expanded its product line by releasing a sweeping series of new cloud services for the HPE GreenLake edge-to-cloud platform. These services give customers unrivaled capabilities to power digital transformation for their applications and data. The release announced HPEs entry into two large, high-growth software markets data protection and unified analytics. These innovations accelerated HPEs transition to a cloud services company, and gave customers more options and freedom for their business and IT strategy, with an open and modern platform that offers a cloud experience everywhere.

May-2021: Dell technologies released Apex as-a-service solution, a product that delivers cloud services for a range of data and workload requirements. The product was launched to fulfill the demand for real-time data analytics on multi-cloud platforms and automated technology infrastructure.

Arp-2021: Intel released its 3rd Gen Intel Xeon Scalable processors, the most advanced, highest performance data center platform. These are optimized to power the industrys broadest range of workloads - from the cloud to the network to the intelligent edge. These processors are the foundation of Intels data center platform, allowing customers to benefit from some of the most substantial business opportunities by utilizing the power of AI.

Feb-2021: Oracle expanded its product line with the release of Oracle Roving Edge Infrastructure. Oracle Roving Edge Infrastructure is part of Oracles hybrid cloud portfolio. It delivers key infrastructure services to the edge with Roving Edge Devices (REDs)ruggedized, portable, scalable server nodes. Oracle Roving Edge Infrastructure enables organizations using it to run cloud workloads wherever they need them, even in the worlds most remote locations.

Feb-2021: Oracle released Oracle RED, a portable high-powered server. The appliance permits organizations to take benefits of the Oracle Cloud to develop and run edge data centers in remote or rugged locations. The Roving Edge Device enables enterprises and government agencies to take their applications and data in the Oracle Cloud Infrastructure (OCI) and safely deploy them at edge locations, such as military planes, oil tankers, or a polar observatory.

Jul-2020: Hewlett Packard Enterprise launched HPE Ezmeral, a new brand and software portfolio developed to assist businesses to accelerate digital transformation across their organization, from edge to cloud. HPE Ezmeral spans a portfolio including container orchestration and management, AI/ML and data analytics to cost control, IT automation and AI-driven operations, and security.

Feb-2020: Oracle released the Oracle Cloud Data Science Platform, a fully managed and serverless platform. At the core of the platform is Oracle Cloud Infrastructure Data Science, which enables enterprises to collaboratively build, train, manage and deploy machine learning models to improve the success rate of data science projects.

Acquisitions and Mergers

Mar-2022: Intel Corporation completed the acquisition of Granulate Cloud Solutions, an Israel-based developer of real-time continuous optimization software. The acquisition of Granulate would aid cloud and data center customers to maximize compute workload performance and decrease infrastructure and cloud costs.

Jul-2021: Hewlett-Packard Enterprise completed the acquisition of Teradici Corporation, a global innovator in remote computing software that allows users to securely access high-performance computing from any PC, Chromebook, or tablet. The acquisition enhanced HPs capabilities in the Personal Systems category by offering new compute models and services tailored for hybrid work.

Jun-2020: Microsoft completed the acquisition of ADRM Software, a company offering large-scale industry data models that are utilized by big companies worldwide as information blueprints. ADRMs vigorous industry data models were created and refined over decades for business-critical analytics. After the acquisition, Microsoft integrated comprehensive industry models from ADRM with limitless storage and computing from Microsoft Azure. This enabled the development of the intelligent data lake where data from multiple lines of business can be harmonized together more quickly.

Jan-2020: Equinix acquired Packet, a leading bare metal automation platform. Equinix aimed to develop advanced solutions for businesses to quickly deploy digital infrastructure at a global scale with differentiated performance and robust integration to the public cloud, by using Packets innovative and developer-oriented bare metal service

Scope of the Study

Market Segments covered in the Report:

By Component

Solution

Services

By Type

Descriptive

Predictive

Prescriptive

By Organization Size

Large Enterprises

Small & Medium Enterprises

By Vertical

IT & Telecom

Energy & Utilities

Retail, E-Commerce & Consumer Electronics

Logistics & Transportation

Healthcare & Life Sciences

Manufacturing

Others

By Geography

North America

o US

o Canada

o Mexico

o Rest of North America

Europe

o Germany

o UK

o France

o Russia

o Spain

o Italy

o Rest of Europe

Asia Pacific

o China

o Japan

o India

o South Korea

o Singapore

o Malaysia

o Rest of Asia Pacific

LAMEA

o Brazil

o Argentina

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The Global Edge Analytics Market size is expected to reach $28.3 billion by 2028, rising at a market growth of 24.8% CAGR during the forecast period -...

Global Cloud Applications Market is Expected to Grow by USD 928.6 Billion during 2022-2027, Progressing at a CAGR of 19% during the Forecast Period -…

July 4, 2022 | Author: admin

Global Cloud ApplicationsMarket Is Expected To Reach USD928.6 Billion By 2027 At A CAGR Of 19 percent.

Maximize Market Research has published a report on theGlobal Cloud Applications Marketthat provides a detailed analysis for the forecast period of 2022 to 2027.

Global Cloud ApplicationsMarket Scope:

The report provides comprehensive market insights for industry stakeholders, including an explanation of complicated market data in simple language, the industrys history and present situation, as well as expected market size and trends. The research investigates all industry categories, with an emphasis on key companies such as market leaders, followers, and new entrants. The paper includes a full PESTLE analysis for each country. A thorough picture of the competitive landscape of major competitors in theGlobal Cloud Applicationsmarket by goods and services, revenue, financial situation, portfolio, growth plans, and geographical presence makes the study an investors guide.

Request Free Sample Copy:@https://www.maximizemarketresearch.com/request-sample/116735

Global Cloud Applications Market Overview:

Sectors, where the WFH effort is assisting in maintaining enterprise business functions, are expected to see a growth in the adoption of cloud technology.

Cloud computing enables businesses to store, manage, and process vital data on remote computers that are hosted online. A few factors influencing the growth of emerging technologies include the rising focus on delivering customer-centric applications to increase customer satisfaction, the rising volume of data generation in websites and mobile apps, and the growing need to control and reduce Capital Expenditure (CAPEX) and Operational Expenditure (OPEX).

Global demand for cloud computing is increasing as a result of emerging technologies like big data, AI, and machine learning (ML). Cloud computing services are expanding due to important aspects such as data security, quicker Disaster Recovery (DR), and meeting compliance standards. The market for cloud computing is expanding as a result of demands to decrease risks, achieve scalability and flexibility in data movement and storage, simplify storage and infrastructure, and boost operational effectiveness.

Global Cloud ApplicationsMarketDynamics:

The upfront setup and ongoing maintenance costs of on-premises data hosting are a worry for businesses. Additional worries for businesses include downtime issues, staff expenditures, and electricity prices. The adoption of cost-effective strategies to reorganize business models has intensified due to the current competitive environment and global economic conditions. A few other variables that contribute to the acceptance of cloud computing services and, eventually, lower business costs include the shifting business priorities toward digital transformation and the speeding customer experience.

Additionally, the pay-as-you-go approach provided by the cloud allows businesses to only pay for the cloud services they really use, which lowers costs. Due to advantages like on-demand accessibility and affordability, cloud services are becoming increasingly popular with start-ups and SMEs. They also give workers the chance to concentrate on other important work for the company. These incentives are pushing businesses to quickly adopt cloud computing services.

Due to evolving business needs, an increase in data breaches and cyber-attacks, and escalating worries about data security, there is an increasing need to meet regulatory and compliance requirements. Additionally, businesses must work to remain in the market by taking steps to satisfy regulatory requirements, avoid financial penalties, protect customers and income, and stay out of legal trouble.

Businesses with current infrastructure are embracing cloud computing services and are prepared to use a hybrid strategy so they may profit from both on-premises and cloud services. Due to their significant advantages, such as no upfront infrastructure setup fees and the availability of computing services on-demand, SMEs are widely adopting cloud computing services. These elements are influencing the expansion of hybrid cloud services in businesses.

Improved workload management, more security and compliance, and effective integration within DevOps teams are all advantages of the hybrid cloud. Additionally, it provides the adaptability to migrate from on-premises to cloud or between clouds and has the necessary scale to outperform rival businesses. These elements are expanding the possibilities for hybrid CSP.

Global Cloud ApplicationsMarketRegional Insights:

Over of the global markets revenue was generated in North America. Companies in the US place a high priority on digital transformation, and they are frequently recognized as early adopters of cutting-edge technologies such as the Internet of Things (IoT), additive manufacturing, big data analytics, connected industries, AI, augmented reality (AR), machine learning (ML), and virtual reality (VR), as well as the newest telecommunications technologies such as 4G, 5G, and LTE. Future growth is encouraged by American businesses continuous use of cutting-edge technology. Due to the presence of several providers, including Microsoft Corporation, Oracle Corporation, Amazon.com Inc., and International Business Machines Corporation, as well as a higher propensity to adopt new technologies, it is expected that this sector maintain its place in the market.

Global Cloud ApplicationsMarketSegmentation:

By Application

By Organization size

By End-user:

Global Cloud ApplicationsMarket Key Competitors:

To Get A Copy Of The Sample oftheGlobal Cloud ApplicationsMarket, Click Here:@https://www.maximizemarketresearch.com/market-report/global-cloud-applications-market/116735/

About Maximize Market Research:

Maximize Market Research is a multifaceted market research and consulting company with professionals from several industries. Some of the industries we cover include medical devices, pharmaceutical manufacturers, science and engineering, electronic components, industrial equipment, technology and communication, cars and automobiles, chemical products and substances, general merchandise, beverages, personal care, and automated systems. To mention a few, we provide market-verified industry estimations, technical trend analysis, crucial market research, strategic advice, competition analysis, production and demand analysis, and client impact studies.

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Global Cloud Applications Market is Expected to Grow by USD 928.6 Billion during 2022-2027, Progressing at a CAGR of 19% during the Forecast Period -...

What Open-Source Tool Is Best to Run VMs in Cloud-Native Environment? – ITPro Today

July 4, 2022 | Author: admin

If you're like many IT pros today, you want to go cloud-native. But you have legacy workloads, like monoliths, that will only run on virtual machines.

You could maintain separate environments for your cloud-native workloads and your legacy ones. But wouldn't it be better if you could find a way to integrate the VMs into your cloud-native setup, so you could manage them seamlessly alongside your containers?

Related: Kubernetes Cloud Growth Continues to Expand Cloud-Native Adoption

Fortunately, there is. This article walks through four open-source solutions for running VMs in a cloud-native environment, with minimal reconfiguration or tweaking required.

Before looking at the tools, let's look at why it's important to be able to run VMs in an environment that otherwise consists of containerized, loosely coupled, cloud-native workloads.

Related: 4 Reasons Why Kubernetes Is So Popular

The main reason is simple: VMs that host legacy workloads are not going away, but maintaining separate hosting environments to run them is a burden.

Meanwhile, transforming your legacy workloads to meet cloud-native standards may not be an option. Although in a perfect world you'd have the time and engineering resources to refactor your legacy workloads so they can run natively in a cloud-native environment, that's not always possible in the real world.

So, you need tools like one of the four open-source solutions described below that let legacy VM workloads coexist peacefully with cloud-native workloads.

Probably the most popular solution for deploying virtual machines within a cloud-native environment is KubeVirt.

KubeVirt works by running virtual machines inside Kubernetes Pods. If you want to run a virtual machine alongside containers, then you simply install KubeVirt into an existing Kubernetes cluster with:

Then, you create and apply a YAML file that describes each of the virtual machines you want to run. KubeVirt executes each machine inside a container, so from Kubernetes' perspective, the VM is just a regular Pod (with a few limitations, which are discussed in the following section). However, you still get a VM image, persistent storage, and fixed CPU and memory allocations, just as you would with a conventional VM.

What this means is that KubeVirt requires essentially no changes to your VM. All you have to do is install KubeVirt and create deployments for your VMs to make them operate as Pods.

If you want to become really committed to treating VMs as Pods, you might like Virtlet, an open-source tool from Mirantis.

Virtlet is similar to KubeVirt in that Virtlet also lets you run VMs inside Kubernetes Pods. However, the key differences between these two tools is that Virtlet provides even deeper integration of VMs into the Kubernetes Pod specification. This means that you can do things with Virtlet like manage VMs as part of DaemonSets or ReplicaSets, which you can't do natively using KubeVirt. (KubeVirt has equivalent features, but they are add-ons rather than native parts of Kubernetes.)

Mirantis also says that Virtlet usually offers better networking performance than KubeVirt, although it's hard to know definitively because there are so many variables involved in network configuration.

What if you don't want to manage your VMs as if they were containers? What if you want to treat them like VMs, while still allowing them to integrate easily with microservices?

Probably the best solution is to connect your VMs to Istio, the open-source service mesh. Under this approach, you can deploy and manage VMs using standard VM tooling while still managing networking, balancing loads, and so on via Istio.

Unfortunately, the process for connecting VMs to Istio is relatively tedious, and it is currently difficult to automate. It boils down to installing Istio on each of the VMs you want to connect, configuring a namespace for them, and then connecting each VM to Istio. For a full rundown of the Istio-VM integration process, check out the documentation.

The techniques we've looked at so far involve taking cloud-native platforms like Kubernetes or Istio and adding VM support to them.

An alternative approach is to take a non-cloud-native platform that lets you run VMs, then graft cloud-native tooling onto it.

That's what you get if you run VMs and containers together on OpenStack. OpenStack was originally designed as a way to deploy VMs (among other types of resources) to build a private cloud. But OpenStack can now also host Kubernetes.

So, you could use OpenStack to deploy and manage VMs, while simultaneously running cloud-native, containerized workloads on OpenStack via Kubernetes. You'd end up with two orchestration layers the underlying OpenStack installation and then the Kubernetes environment so this approach is more complex from an administrative perspective.

Its main benefit, however, is that you'd have the ability to keep your VMs and containers relatively separate from each other because the VMs would not be part of Kubernetes. Nor would you be limited to Kubernetes tooling for managing the VMs. You can treat your VMs as standard VMs, while treating containers as standard containers.

The open-source ecosystem offers a number of approaches for helping VMs coexist with cloud-native workloads. The best solution for you depends on whether you want to take a Kubernetes-centric approach (in which case KubeVirt or Virtlet is the way to go), or you want to allow your VMs to exist alongside containers without being tightly integrated with them (in which case OpenStack makes most sense). And if you just want integration at the network level but not the orchestration level, consider connecting VMs to an Istio service mesh.

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What Open-Source Tool Is Best to Run VMs in Cloud-Native Environment? - ITPro Today

NICE Actimize Positioned as Category Leader in the Inaugural Chartis Research Communications Monitoring Solutions 2022 Market and Vendor Landscape…

July 4, 2022 | Author: admin

HOBOKEN, N.J.--(BUSINESS WIRE)--NICE Actimize, a NICE (NASDAQ: NICE) business, has been positioned as a Category Leader in the inaugural Chartis Research Communications Monitoring Solutions 2022 Market and Vendor Landscape Report. Chartis Research, part of Infopro Digital, is a leading provider of research and analysis on the global market for risk technology.

To secure a complimentary copy of this report, please click here.

NICE Actimize was positioned as the highest-ranking vendor in the Chartis RiskTech Quadrant for Communications Monitoring Solutions, 2022, across the Market Potential axis, which measures client growth, market and growth strategy, business model, and financials. NICE Actimize also scored among the reports highest best-in-class rating scores in audio and voice analytics capabilities as well as in detection analytics. NICE Actimize was also noted as offering advanced capabilities in data transformation, NPL and document analysis and search capacity.

NICE Actimizes SURVEIL-X Communication solution provides comprehensive surveillance coverage for all communication modalities (email, chat, video, and voice), asset classes and languages, in a single cloud-ready solution. SURVEIL-X Communication includes advanced features like natural language understanding (NLU), built-in transcription, contextual querying, integrated case management and interactive dashboards, along with proven risk detection models which weed out false positives, bolster efficiency, drive down costs and reduce regulatory risk.

NICE Actimize has continued to expand upon its market-leading position, resulting in its Category Leader position in the Communications Monitoring quadrant. The Actimize solution demonstrates comprehensive coverage of the communications landscape including text and voice, with differentiators including multi-language transcription engines, strong analytical capabilities, and flexible integrations with third parties and trade surveillance. In addition, it has built on its infrastructure and deployment capabilities with its cloud offering, said Philip Mackenzie, Research Principle, Chartis Research.

As we continue to innovate within our holistic communication surveillance solutions with advancements in artificial intelligence, machine learning and agile cloud delivery options, we will work closely with our customers to optimize operations, lower costs and meet the requirements of the changing regulatory landscape, said Chris Wooten, EVP, NICE.

You may download the eBook Transforming Surveillance with Centralized Case Management by clicking here at the NICE Actimize Resource Center.

For additional information on SURVEIL-X Communication Surveillance, please click here.

About ChartisChartis Research is the leading provider of research and analysis on the global market for risk technology. It is part of Infopro Digital, which owns market-leading brands such as Risk and WatersTechnology. The goal of Chartis Research is to support enterprises as they drive business performance through improved risk management, corporate governance and compliance, and to help clients make informed technology and business decisions by providing in-depth analysis and actionable advice on virtually all aspects of risk technology.

RiskTech Quadrant, RiskTech100 and FinTech QuadrantTM are registered trademarks of Infopro Digital Services Limited (http://www.chartis-research.com).

About NICE ActimizeNICE Actimize is the largest and broadest provider of financial crime, risk and compliance solutions for regional and global financial institutions, as well as government regulators. Consistently ranked as number one in the space, NICE Actimize experts apply innovative technology to protect institutions and safeguard consumers and investors; assets by identifying financial crime, preventing fraud and providing regulatory compliance. The company provides real-time, cross-channel fraud prevention, anti-money laundering detection, and trading surveillance solutions that address such concerns as payment fraud, cybercrime, sanctions monitoring, market abuse, customer due diligence and insider trading. Find us at http://www.niceactimize.com, @NICE_Actimize or Nasdaq: NICE.

About NICEWith NICE (Nasdaq: NICE), its never been easier for organizations of all sizes around the globe to create extraordinary customer experiences while meeting key business metrics. Featuring the worlds #1 cloud native customer experience platform, CXone, NICE is a worldwide leader in AI-powered contact center software. Over 25,000 organizations in more than 150 countries, including over 85 of the Fortune 100 companies, partner with NICE to transform - and elevate - every customer interaction. http://www.nice.com.

Trademark Note: NICE and the NICE logo are trademarks or registered trademarks of NICE Ltd. All other marks are trademarks of their respective owners. For a full list of NICEs marks, please see: http://www.nice.com/nice-trademarks.

Forward-Looking StatementsThis press release contains forward-looking statements as that term is defined in the Private Securities Litigation Reform Act of 1995. Such forward-looking statements, including the statements by Mr. Wooten, are based on the current beliefs, expectations and assumptions of the management of NICE Ltd. (the Company). In some cases, such forward-looking statements can be identified by terms such as believe, expect, seek, may, will, intend, should, project, anticipate, plan, estimate, or similar words. Forward-looking statements are subject to a number of risks and uncertainties that could cause the actual results or performance of the Company to differ materially from those described herein, including but not limited to the impact of changes in economic and business conditions, including as a result of the COVID-19 pandemic; competition; successful execution of the Companys growth strategy; success and growth of the Companys cloud Software-as-a-Service business; changes in technology and market requirements; decline in demand for the Company's products; inability to timely develop and introduce new technologies, products and applications; difficulties or delays in absorbing and integrating acquired operations, products, technologies and personnel; loss of market share; an inability to maintain certain marketing and distribution arrangements; the Companys dependency on third-party cloud computing platform providers, hosting facilities and service partners;, cyber security attacks or other security breaches against the Company; the effect of newly enacted or modified laws, regulation or standards on the Company and our products and various other factors and uncertainties discussed in our filings with the U.S. Securities and Exchange Commission (the SEC). For a more detailed description of the risk factors and uncertainties affecting the company, refer to the Company's reports filed from time to time with the SEC, including the Companys Annual Report on Form 20-F. The forward-looking statements contained in this press release are made as of the date of this press release, and the Company undertakes no obligation to update or revise them, except as required by law.

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Cloud hiring levels in the mining industry rose in June 2022 – Mining Technology

July 4, 2022 | Author: admin

The proportion of mining industry operations and technologies companies hiring for cloud-related positions rose significantly in June 2022 compared with the equivalent month last year, with 46.8% of the companies included in our analysis recruiting for at least one such position.

This latest figure was higher than the 29.8% of companies that were hiring for cloud-related jobs a year ago and an increase compared to the figure of 37.5% in May 2022.

When it came to the rate of all job openings that were linked to cloud, related job postings rose in June 2022 from May 2022, with 5.7% of newly posted job advertisements being linked to the topic.

This latest figure was the highest monthly figure recorded in the past year and is an increase compared to the 3.3% of newly advertised jobs that were linked to cloud in the equivalent month a year ago.

Cloud is one of the topics that GlobalData, from which our data for this article is taken, has identified as being a key disruptive force facing companies in the coming years. Companies that excel and invest in these areas now are thought to be better prepared for the future business landscape and better equipped to survive unforeseen challenges.

Our analysis of the data shows that mining industry operations and technologies companies are currently hiring for cloud jobs at a rate lower than the average for all companies within GlobalData's job analytics database. The average among all companies stood at 6.3% in June 2022.

GlobalData's job analytics database tracks the daily hiring patterns of thousands of companies across the world, drawing in jobs as they're posted and tagging them with additional layers of data on everything from the seniority of each position to whether a job is linked to wider industry trends.

You can keep track of the latest data from this database as it emerges by visiting our live dashboard here.

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Cloud hiring levels in the mining industry rose in June 2022 - Mining Technology

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Cloud hiring levels in the mining industry rose in June 2022 – Mining Technology

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