Category Archives: Cloud Servers

Cloud computing in the coronavirus era – CNBCTV18

With globalization setting in, teams spread across the globe and technological advancement, the remote working culture has been gaining prominence across the globe. The benefits of employees working remotely has been on a steady rise. The globe has never caught sight of a crisis like the COVID-19. This has led to a massive shift in business and has coerced employers both in India and globally, to mandate their staff to work from home thus disrupting the business landscape and shifting the success of a business to the strength of its digital foundation.

The switch has also acted as a wake-up call for organizations failing to invest in digital business and long-term resilience. While smaller start-ups are swiftly finding workarounds, in some businesses, such as banking, financial services, or firms that deal with critical data, it might be almost impossible to make teams work remotely all of a sudden.

A global research firm Gartner, Inc. indicated in its study that said that poor technological infrastructures is the biggest barrier to effective remote working. In the face of a lockdown, data on-premises is stuck, the servers cannot be rebooted, staff cannot be retained within the premise to manage these servers, and business information is more prone to data security concerns.

Businesses that can shift data and information to technological and digital platforms will be the only ones to mitigate the impact of the outbreak and keep their companies running smoothly now, and over the long term and the answer to these technological barriers is cloud computing.

Connectivity and agility are paramount to success. Until a few years ago, key industries financial, healthcare, manufacturing, and tech companies were building their own data centers to accommodate business requirements. Today, those data centers are entering buy Vs. refresh scenarios, revealing it will be a huge cost to raise those facilities to current standards.

The cloud is located in a data center. The cloud and the data center is a place, which is highly secure and can be locked down on a specific level.

An organization investing in cloud can basically migrate all applications to the cloud and use them from any location at any time. Similarly, if applications are moved to a private cloud, which is technically colocation in a data center with machines from the organization or the data center, it can be assessed from any location as well, thus enabling ease of working at all times.

VPN systems on the public internet can be established to support mass logins and there is always an on-site professional to assist concerns that arise. Also, the data centers possess policies to maintain servers in phases like a lockdown with 10-15 people on-site.

In addition to this, moving data to cloud or data centers, enables businesses to benefit financially due to cost savings due to economies of scale. Thus, data centers offer a collaborative platform that allows companies to overcome barriers of remote working while maintaining seamless business continuity and optimum employee productivity.

Along with storage, cloud computing is already widely used for data backup, disaster recovery and archiving. With the pandemic affecting the world at large, a number of organizations on the cloud and those using the opportunity to quickly and effectively shift their processes to the cloud have benefitted from it.

With a surge in data and an increased requirement of faster response times, IT infrastructures need to be constantly improved and should be ready for business continuity. Not adapting to market demands and trends will basically result in businesses bottlenecking their success in the years to come.

Cloud computing is the refreshed approach and the much-required response that businesses should opt for to thrive in opportunities presented by globalization along with challenges characterized by political, economic, financial and social instabilities and accommodate growth and support business.

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Cloud computing in the coronavirus era - CNBCTV18

14 ways AWS beats Microsoft Azure and Google Cloud – ARNnet

Andy Jassy (CEO - AWS)

There are many good cloud companies that do a perfectly good job. You click and they deliver a root login to a running instance.

All of them are good. Some even have areas where theyre the best. None of them, though, manage to measure up to the breadth and depth of Amazon Web Services (AWS).

The reason is simple: AWS has built out so many products and services that its impossible to begin to discuss them in a single article or even a book. Many of them were amazing innovations when they first appeared and the hits keep coming

Every year Amazon adds new tools that make it harder and harder to justify keeping those old boxes pumping out heat and over-stressing the air conditioner in the server room down the hall.

For all of its dominance, though, Amazon has strong competitors. Companies like Microsoft, Google, IBM, Oracle, SAP, Rackspace, Linnode, and Digital Ocean know that they must establish a real presence in the cloud and they are finding clever ways to compete and excel in what is less and less a commodity business.

These rivals offer great products with different and sometimes better approaches. In many cases, theyre running neck and neck with AWS. And if what youre after is a commodity machine, well, their commodity Linux instance will run the same code as AWS.

Sometimes the competitors not only match AWS for commodity products, but they actually do a better job. These advantages often appear when the competitors link their cloud to parts of the computer ecosystem that they already dominate.

If you want to use .NET code, youll find it just a bit easier on Microsoft Azure. If you want to use Googles G Suite of web-based office productivity tools, its no surprise that theyre well-integrated with Google Cloud Platform.

Still, for all of these competitors innovation and success, Amazon continues to outshine them in many waysand the words many ways is a pretty good summary of Amazons approach. The company has evolved a strong, consistent style that might be described as overwhelming.

The AWS cloud offers at least 10 different databases and another nine different products lumped in a separate category called storage. There are dozens of different types of machine available in dozens of different configurations of RAM and CPUs and you can arrange for Amazon to scale them automatically when the load increases.

Indeed, the greatest advantage of AWS may be the sheer overwhelming number of options. Most of the time, someone there has faced the same problem thats confounding you and theyve set up a team to productise a solution. You just have to work your way through all of the options.

Here are just 14 of the ways AWS beats Microsoft Azure and Google Cloud.

1 - Neutrality

Amazon is great at so many things, but there are a number of important parts of the computing ecosystem where they really dont have a dog in the fight. In these areas, theyre good about playing well with everyone.

Microsoft Office dominates many business spaces around the world and Googles G Suite handles most of the others. Its common to find that the various parts of the AWS cloud like Alexa for Business work well with both worlds. Microsofts Visual Studiohas many devotees and so does Eclipse. AWS doesnt play favourites and has an integration toolkit for each of them.

Amazon is not afraid of embracing standards and bringing them inside its big tent. If you run Microsoft SQL Server or Oracle Database, Amazon will provide what you need and wont force you to rewrite your code to use its own proprietary storage model.

Its easy to find the products of ostensible competitors running smoothly in the AWS cloud. The companys breadth and depth is a result of being unafraid of reaching into many corners of the computing world and excellent at bringing those corners into the cloud.

2 - Full-service options

In the early years, AWS was aimed at delivering commodity machines that did everything that was asked of them. Lately Amazon has been adding built-out services that target certain nicheslike a customer service call centre, in the case of Amazon Connect.

Maybe you dont need Amazon Connect, but as AWS adds more of these targeted services, theres a good chance that someone at AWS already built most of what you need.

Theyve already got plenty of tools for call centres, Internet of Things, mobile app support, business productivity, and, for those with their own network of orbiting satellites, a full-function Ground Station as a Service.

3 - Container focus

All of the cloud companies understand the attractiveness of containers like Docker, but Amazon is pushing further by building a special, stripped-down version of Linux called Bottlerocketthat has just enough code to keep the machine running but not much more.

Teams running microservices can choose it and quit worrying about extra cruft like FTP servers sitting around in the background. Amazon also intends to embrace containers even more by skipping over the traditional packages for security and feature upgrades.

These will be available as complete containers instead, so upgrades can be done in one step and managed with many of the same tools youre already using to juggle your own containers.

4 - AWS Lambda

AWS Lambda started as a cute idea, a kind of simple shell script that could glue together all of the operations in the cloud. Users quickly turned to Lambdas serverless functions to handle occasional computing tasks because its so much more efficient than dedicating a machine for work that arrives sporadically.

That might be a background process that runs once an evening, a corner of your microservices architecture that isnt used often, or maybe just that blog full of your rantings that still hasnt found its audience yet.

Eventually people realised that Lambda could be ideal for more complicated background processing, especially the kind that would run sporadically. If a server is idling more than its working, switching to the serverless model could save a dramatic amount of money.

AWS noticed and expanded the maximum RAM for Lambda functions to 3GB and maximum running time to 15 minutes.

If your processing is sporadic, Lambda could be the cheapest way to host some significant jobs in the cloud.And the use cases will only continue to grow. AWS Lambda functions could already manipulate most parts of the Amazon cloud and theyre infiltrating whats left. Amazon probably wont stop until every part of the AWS cloud will answer to the serverless commands.

5 - Broad AI platform

If your shop is obsessed with mixing AI into your stack, Amazon has almost too many options to consider. There are too many to list. They begin with basic tools like SageMaker for training models to respond to your data. These tools have attracted plenty of developers and that may be why the sales literature brags that 85 per cent of TensorFlow projects in the cloud run on AWS.

The basic training, though, is just the beginning because AWS also offers a wide range of tools aimed at particular industries. Amazon Comprehend Medicalplows through unstructured medical texts looking for lifesaving treatments. Amazon Fraud Detection looks for malicious behaviour.

Developers new to AI can begin exploring with highly automated options like AutoGluon, a project from the AWS lab that is designed to make it simpler to dive in.

The Microsoft and Google clouds also have deep AI expertise and commitment, but Amazons wide range is hard to beat.

6 - 24 terabytes of RAM

If youre running very big enterprise databases or you just believe that whoever dies with the most RAM wins, some of the new high-memory machines from Amazon are just what you need. Up to 24 terabytes of RAM can be yours in just a few clicks.

AWS gives you other ways to wear your big boy pants as well. Theyve worked with vendors like SAP to make sure their cloud instances can scale up as big as necessary. Are your Oracle databases getting too big? Amazon wants to host them and it has expanded its Amazon RDS for Oracle machines to support instances with as much as 64 terabytes of SSD storage.

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14 ways AWS beats Microsoft Azure and Google Cloud - ARNnet

Cloud Office Migration Tool Market Expected to reach US$ 2,753.8 Mn in 2027 AvePoint, Binarytree, BitTitan, CodeTwo sp. z oo sp. k., Proventeq…

Cloud office migration tool market on a global scenario was valued at US$ 650.4 Mn in 2018; it is expected to grow at a CAGR of 17.8% during the forecast period, to reach US$ 2,753.8 Mn by 2027.

As the popularity of cloud-based solutions is growing across different industries, companies are strategizing regarding migrating their server workloads to a cloud environment. The popularity of cloud-based solutions across various regions is growing due to the increasing focus of companies toward achieving scalability and greater flexibility while keeping operational costs low. Cloud office migration tools help companies in the efficient migration of server workloads to the cloud environment. Therefore, with the growing popularity of cloud solutions, there is increasing demand for cloud office migration tools.

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Several organizations worldwide are seeking ways to reduce costs while driving competitive differentiation through greater business agility. To construct a reliable application that continues to provide significant performance globally, an organization would require a data center or, at least, involve in contract discussions with numerous different data center providers worldwide. They must have the competence to scale as demand increases as well as handle fluctuating demands. This arrangement results in high costs and time. The benefits delivered by cloud office migration, such as enhanced IT management, increased mobility, collective IT insight, larger talent pool, and easier mergers & acquisitions, among others, are propelling the adoption of cloud office migration tools by several organizations globally.

The cloud office migration tool market has been derived from market trends and revenue generation factors from five different regions across the globe namely; North America, Europe, Asia Pacific, Middle East, and Africa, and South America. North America holds the largest market share owing to the strong cloud infrastructure and cloud imitates by the government to support the adoption of cloud-based solutions. Europe and APAC hold the most significant market share after North America.

The governments of North American countries are focusing toward increasing the IT budgets due to the presence of outdated IT infrastructure. The US is known as the Silicon Valley of the IT world; the country has the presence of Fortune 500 IT companies, which are making huge investments in the development of products and solutions by adopting advanced and innovative technologies. The governments are maximizing their digital investments by strategically leveraging new technologies, as well as data and advanced analytics, for optimizing policies and programs, and updating their legacy systems.

North American countries are witnessing high adoption of digital transformation in a wide variety of industry verticals such as BFSI, healthcare, retail, and IT & Telecom. Also, one of the biggest advantage with the advanced and developed countries is the strong exposure and awareness about emerging technologies in the market. Awareness about the advantages of the new technologies encourages companies in different verticals to adopt technologies and make further advancements in technologies currently used by the company.

The global cloud office migration tools market is competitive with the presence of a large number of players operating in the market. Some of the notable players in the global cloud office migration tools market include AvePoint, Inc., Binarytree.com Inc., BitTitan, Inc., CodeTwo sp. z o.o. sp. k., Proventeq Limited, Quadrotech Solutions AG, Quest Software Inc., Sharegate Group Inc., Simflofy, and SkyKick Inc., among others.

The report segments the global cloud office migration tool market as follows:

Global Cloud Office Migration Tool Market By Subscription

Global Cloud Office Migration Tool Market By Organizational Size

Global Cloud Office Migration Tool Market By Geography

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Cloud Office Migration Tool Market Expected to reach US$ 2,753.8 Mn in 2027 AvePoint, Binarytree, BitTitan, CodeTwo sp. z oo sp. k., Proventeq...

Cloud Based Payroll Software Market Growth Prediction, Investment Opportunity, Product Type and Forecast 2027 Cole Reports – Cole of Duty

The Covid-19 (coronavirus) pandemic is impacting society and the overall economy across the world. The impact of this pandemic is growing day by day as well as affecting the supply chain. The COVID-19 crisis is creating uncertainty in the stock market, massive slowing of supply chain, falling business confidence, and increasing panic among the customer segments. The overall effect of the pandemic is impacting the production process of several industries including Technology, Media and Telecommunications, and many more. Trade barriers are further restraining the demand- supply outlook. As government of different regions have already announced total lockdown and temporarily shutdown of industries, the overall production process being adversely affected; thus, hinder the overall Cloud Based Payroll Software market globally. This report on Cloud Based Payroll Software market provides the analysis on impact on Covid-19 on various business segments and country markets. The report also showcase market trends and forecast to 2027, factoring the impact of Covid -19 Situation.

The global cloud based payroll software market valued at US$ 7.34 Bn in 2018 and is expected to grow at a CAGR of 10.3% during the forecast period 2019 2027, to account to US$ 17.39 Bn by 2027.

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The cloud-based payroll infrastructure is maintained and hosted by the third party server and the cost of implementation of cloud-based solutions is lower than that of the on-premise solutions. Further, the use of multiple platforms to manage different HR processes is impractical and time consuming. An edge that cloud-based payroll software have is their ability to offer just about any HR management need. Apart from payroll, these solutions also offer time and attendance along with HR and benefits administration competences all from a single platform. Such benefits are expected to fuel the cloud based payroll software market growth globally.

Cloud Based Payroll Software Market report provides an in-depth insight of Industry covering all important parameters including development trends, challenges, opportunities, key manufacturers and competitive analysis. The research report focuses on the leading competitors of the Cloud Based Payroll Software Market and provides information such as the company overview, product portfolio, key developments, price, cost, value, volume, revenue, capacity, production, and contact information.

Leading key Players:

Customized integration solutions are changing the way businesses operate. Connecting the cloud-based payroll software application with the Enterprise Resource Planning (ERP), Customer Relationship Management (CRM), and Content Management System (CMS) software would further enhance the operations of the businesses. The user of a more technologically advanced software would then have a visibility into the different aspects of the companys accounts and therefore, prepare a more deeply entrenched financial strategy for the organization.

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Cloud Based Payroll Software Market Growth Prediction, Investment Opportunity, Product Type and Forecast 2027 Cole Reports - Cole of Duty

Bare Metal Cloud Market Analysis Growth Opportunities and Demand Drives by 2017 to 2025 – Latest Herald

Global Bare Metal Cloud Market: Snapshot

As a public cloud service that offers a facility to customers to rent hardware resources from a remotely situated service provider, bare metal cloud comes with the primary benefit of flexibility for the businesses to meet their specific and diverse requirements. With base metal clouds services, small and medium enterprises can also troubleshoot their applications without interfering with other nearby virtual machines (VMs). Since bare metal cloud are made out of dedicated servers, complications from neighbors are avoided and it works very well for high traffic workloads that are intolerant to latency as well as applications pertaining to big data.

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Some of the key factors augmenting the demand in the global bare metal cloud market are: critical need for reliable load balancing latency sensitive and data-intensive operations, decommissioning of workloads after termination of service level agreements (SLAS), no noisy neighbors and hypervisor taxes, and the advent of fabric virtualization. On the other hand, restraints such as stringent cloud regulations, expensive model, hindrances pertaining to restoring, and lightweight hypervisors are challenging the bare metal cloud market from attaining greater potential. That being said, growing usage for big data and DEVOPS applications, micro-services and batch processing applications, and growing interest in open compute project (OCP) are anticipated to open new opportunities in this market in the near future. Some of the industry verticals that are generating the demand for bare metal cloud are manufacturing, retail, healthcare, IT and telecommunication, government, and BFSI.

Some of the key audiences of this research report are providers of base metal cloud, application developers, managed service providers, third party system integrators, bare metal hardware vendors, regulatory agencies, and government. The report provides analytical and figurative assessment of the markets potential during the forecast period of 2017 to 2025.

Global Bare Metal Cloud Market: Overview

Bare metal cloud is an alternative for virtual cloud services and works with the help of a dedicated server. The dedicated server is needed in order to balance and scale the arrangement of this model. However, the dedicated hardware is attributed without including any additional storage. Yet, bare metal cloud server can support huge workloads. The main motto of bare metal cloud is to minimize the overhead which is incurred on account of the implementation of virtual technology. Despite the elimination of implementing virtual technology, bare metal cloud services offers efficiency, scalability, and flexibility. One of the other benefits of bare metal cloud servers is that it does not require any host or recipient and can be deployed with cloud-like service model. Bare metal cloud combines features of traditional hosting as well as infrastructure as a service (IaaS) in order to provide high performance workloads. Due to all these reasons, this market is expected to witness high growth in the years to come.

Global Bare Metal Cloud Market: Key Trends

There is a high demand for bare metal cloud from the telecom and the IT sector on account of big data, resulting in high demand for effective storage. The advertising sector will also make extensive use of bare metal cloud and this is a trend which is anticipated to continue throughout the forecast period. Today enterprises are switching from conventional hosting services to bare metal cloud on account of the escalating demand for secure storage facility as well as advancements in the cloud industry. Bare metal cloud solutions offer innumerable benefits such as data security, effective service delivery, efficient data storage, faster service delivery, improved performance, streamline data center operations, and standardized hardware platforms.

Global Bare Metal Cloud Market: Market Potential

The global bare metal cloud market has displayed promising potential as it offers various advantages such as easy maintenance of records, enhanced security, and ability to monitor activities in residential and commercial areas. Bare metal cloud has also found its use and application in providing national security. Because it can help monitor activities, it is enabling countries to fight against terrorism as well as external threats. This is anticipated to create potential growth opportunities within the global bare metal cloud market.

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Global Bare Metal Cloud Market: Regional Outlook

On the basis of geography, the global bare metal cloud market is segmented into Asia Pacific, North America, Latin America, Europe, and the Middle East and Africa. Of these, North America has been leading in the market on account of the increasing focus on research and development in cloud technology. The European bare metal cloud market is also estimated to expand at a fast pace with key contribution from Germany, Spain, and the UK. However, it is Asia Pacific which is anticipated to expand the fastest pace during the forecast period on account of the increasing number of new market players. The digicloud initiative which is undertaken by the government in Singapore so as to offer IaaS, SaaS, along with the use of bare metal servers is also an important factor driving the growth of the Asia Pacific bare metal cloud market.

Global Bare Metal Cloud Market: Competitive Landscape

Key players in the market are concentrating towards achieving organic growth and thus implementing various strategies in order to maintain their position. The report profiles leading players operating in the market. They are: Rackspace Hosting, Inc. (The U.S.), CenturyLink, Inc. (The U.S.), IBM Corporation (The U.S.), Media Temple (The U.S), and Internap Corporation (The U.S.).

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Bare Metal Cloud Market Analysis Growth Opportunities and Demand Drives by 2017 to 2025 - Latest Herald

Lockdown transformation: 8 ways to be more eco- and climate-friendly | Daily Sabah – Daily Sabah

This novel coronavirus has turned our lives upside down, hasn't it?

It has forced millions of us to go through a mandatory simplification in our lives.

This, in turn, has also brought about a new transformation on a global scale. Along with a shift in our production and consumption methods, a transformation in areas ranging from health care to education has become inevitable as well.

With all this extra time to think and research while stuck at home, we are once again realizing our real needs nutrition, shelter, and social ties.

The novel coronavirus is making us realize the importance of issues we used to disregard, things we took for granted or measures for change we just kept postponing. We are realizing that healthy eating does not comprise of just eating meat or greens, that cleaning can also be done with soap made with olive oil. We are seeing how much traveling, having clean air, seeing the sun, sharing and solidarity mean to us.

We are re-grasping that our planet is not a "resource" that will serve us forever, that all beings on Earth, living or inorganic, are part of a whole and we share invisible ties. We are starting to register that if we use too much water, we will run out. We are seeing that we can live without closets and closets full of clothes and that agriculture and food safety is crucial.

While some of us can shield ourselves from the virus at home, essential workers in sectors such as health care, agriculture, food, energy, food, transportation and security continue to risk their lives for the needs of millions. The awareness of this risk is starting to sink in, and this risk enables us to take steps not to request unnecessary products and services and to experience what we can do to change our consumption habits.

This pandemic, too, will pass, but there are more serious problems awaiting us, experts have warned. The climate crisis and environmental destruction will eventually (maybe sooner than later thanks to the COVID-19 pandemic) force us all to reduce our consumption and transform our lives for the better.

This pandemic, which has undermined the values of wealth and money, has also allowed us to review our actual needs and push us to seek ways we can simplify. Here are a few ideas from the Buday (wheat in English) Association for Supporting Ecological Living.

Buy local, eat local

We may not know how long this pandemic will last or how long we will have to stay at home but it has reminded us once again how important it is to have access to food, and close by. It is now our turn to warn decision-makers and policymakers, and make more effort toward implementing environmentally friendly producing and harvesting methods that care about the Earth's health, as well as our own and that of other species we share this planet with.

By directly supporting local production in our own regions, we can meet our needs locally instead of turning to far-away sources and sellers, thus reducing our ecological and carbon footprint.

Dine with the planet in mind

In recent years, and especially since this pandemic broke out, proper nutrition has been gaining more and more importance with a focus on ecologically and environmentally friendly produce, grown with local seeds.

One important point to consider about food products that find their way onto our table is the methods with which they are grown. Those grown with conventional agricultural chemicals such as nitrogen, nitrites, phosphorous and phosphates alongside other pesticides and fertilizers have been found to cause both acute and chronic diseases as well as pollute our soil and water. Thus, by infecting these sources, these chemicals can kill many species living in those habitats, drastically reducing biogenetic diversity, which we need for the future of our food.

When in doubt DIY

By making your own bread, yogurt and cheese at home, you can both avoid going out for food shopping and maintain a healthier, probiotic-rich diet. This might be the best time to get started on your journey of home-cooked meals.

Compost at home

Now is the time to make use of and transform your kitchen waste. You can realize your dream of composting which you have put off by claiming you don't have enough time on your balcony, if you have one, or in a corner of your garden. You can even gather your neighbors and convince them to join in. You can still compost together as long as you pay attention to social distancing.

Avoid polluting when cleaning

One other thing this pandemic has reminded us is that we do not need highly-perfumed, harmful chemical-laded detergents and that soap and water are sufficient. We need to realize how some chemicals in detergents can pollute our water supplies, soil and environment, and hurt our health while cleaning. White vinegar and baking soda or plain old soap can sometimes be better alternatives to strong, smelly bleach. In fact, bleach has been found to cause, and not just trigger, asthma, according to research by the Association of Occupational and Environmental Clinics (AOEC). Weekly use of bleach as a disinfectant has also been linked to a higher risk of up to almost a third of chronic obstructive pulmonary disease (COPD). Of course, with the coronavirus running rampant, some experts are recommending using diluted bleach to clean hard surfaces, so if you don't believe in the power of soap and water, make sure to ventilate the room well and don't overdo it. Also, try to limit its contamination with your water supplies.

Reduce energy use

Around 7 million people worldwide die every year due to health problems caused by air pollution. In Turkey alone, it is estimated to kill 29,000 people every year. The most important factor behind air pollution is the burning of fossil fuels, emitted in heating, energy production and transportation. The significant reduction in transportation and energy usage due to the coronavirus pandemic has had positive implications for our air quality. This serves to show that the future measures we will take are critical to reduce and prevent air pollution.

The informatics footprint

Technology, its benefits endless, is not that innocent. While we browse for hours and hours on social media, text on WhatsApp or watch videos on YouTube, we are consuming energy and thus the resources of our planet. The energy consumed by the internet and the carbon footprint it leaves behind are about to surpass that of civilian aircraft. According to data from 2015, the internet releases 830 million tons of CO2, which is equal to the power of approximately 80 nuclear power plants.

Yes, the internet is a vital part of our lives, but perhaps we could try to reduce the amount we spend on it daily. You can, too, reduce your IT footprint with simple steps such as just pressing reply instead of reply all in appropriate cases, leave unnecessary e-mail groups, use clean energy cloud servers for data and unplug electrical devices when they are not in use.

Easier to prevent than treat

The coronavirus outbreak has also changed our view of health. We have once again grasped the wholeness of our body, the importance of our immune system and the effect of nutrition on it. While the health system needs regulations not only for diseases and patients but also to keep people and animals healthy, each of us can take individual steps and take preventive health precautions before it is too late.

Gear up for bigger crises

The coronavirus outbreak is giving us an opportunity to change our lives and improve our own health, our quality of life and the health of the planet. If we do not take this opportunity, climate experts are warning that the problems caused by environmental pollution will hit us hard in the face.

At the root of the troubles caused by the coronavirus lies dominant patterns of thought and behavior and, in particular, consumerist culture. We need to create new ways of thinking, behavior and habits, to design production-consumption models and lead lifestyles compatible with our ecosystem, instead of reverting back to our old ways.

We can stay at our homes today, but tomorrow, neither washing our hands nor staying at home will be a remedy for problems such as drought, ecological migration and illness caused by climate changes that experts have warned for years.

As Einstein said, "The definition of insanity is doing the same thing over and over again, but expecting different results."

The key to solving these evidently lies in global transformation, which will come via responsible policies and strategies in all fields, from energy to agriculture, health to education and housing to transportation.

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Lockdown transformation: 8 ways to be more eco- and climate-friendly | Daily Sabah - Daily Sabah

Critical thinking: NetApp builds Scale-out Data Protection with Commvault – Blocks and Files

NetApp has launched a backup / disaster recovery system based on Commvault software that runs NetApp HCI and stores backup data on its all-flash FAS arrays and StorageGRID object storage.

According to NetApp, Scale-out Data Protection (SDP) protects all major operating systems, applications, and databases on virtual and physical servers, NAS shares, cloud-based infrastructures, and endpoint/mobile devices.

Brett Roscoe, VP, product management, NetApp, said: The launch of SDP provides our joint customers with a simple, turn-key solution that uses NetApp HCI to enhance the scalability and robustness of the Commvault software in protecting their most critical data across hybrid cloud environments.

NetApp and Commvault said they have around 1,200 joint customers.

SDP has a NetApp validated architecture and incorporates Commvault Complete Backup and Recovery Software, which executes as a traditional, backup orchestrating media server in the HCI system.

Commvault runs on the source systems and its snapshot capability provides the first line of defence against data loss, with its support of more than 300 array snapshot engines. SDP has near-instant restoration capabilities, according to NetApp, because of this.

The primary backup tier is a NetApp AFF array, which is designed for fast access to primary data file and block storage.

Protection data can be copied across to a StorageGRID object storage system for secondary longerterm retention. The StorageGRID system can be in the same data centre or remote, thus providing disaster recovery capability. Restored virtual machines from the StorageGRID or AFF systems can be fired up in the NetApp HCI control appliance as a stopgap until the damaged source systems can be made functional again.

Protection data can also optionally be written to supported public clouds. Customers can get air-gapped ransomware protection from S3-accessed tape-based services in these clouds; meaning AWS Glacier/Glacier Deep Archive and Azure Archive. This functionality has not specifically been tested in the NetApp validated architecture.

NetApp and Commvault emphasise the scale-out capabilities of the NetApp HCI control system. Coupled with the AFF system as the primary tier, this confirms that SDP is a high-end data protection system for critical data.

An all-flash FlashBlade data protection array from Pure Storage also uses fast flash and is positioned as a primary data flash array and being used for backups. Pures FlashArray//C uses slower speed flash.

The NetApp SDP product bundle is available from NetApp and its channel partners.

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Critical thinking: NetApp builds Scale-out Data Protection with Commvault - Blocks and Files

Autodesk, Other Software Makers Widen Access to Cloud-Based Platforms – Architectural Record

Autodesk, Other Software Makers Widen Access to Cloud-Based Platforms | 2020-04-23 | Architectural Record This website requires certain cookies to work and uses other cookies to help you have the best experience. By visiting this website, certain cookies have already been set, which you may delete and block. By closing this message or continuing to use our site, you agree to the use of cookies. Visit our updated privacy and cookie policy to learn more. This Website Uses CookiesBy closing this message or continuing to use our site, you agree to our cookie policy. Learn MoreThis website requires certain cookies to work and uses other cookies to help you have the best experience. By visiting this website, certain cookies have already been set, which you may delete and block. By closing this message or continuing to use our site, you agree to the use of cookies. Visit our updated privacy and cookie policy to learn more.

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Quiet Giant: The TITAN Cloud And The Future Of DOD Artificial Intelligence Analysis – Eurasia Review

By Maj William Giannetti, USAFR*

The DODs new artificial intelligence (AI) strategy is a treasure trove of ideas.1 Unveiled during a February 2019 press conference, it is (to put it mildly) an ambitious document, and its implications are far-reaching. In a departure from hard-coded garbage-in, garbage-out programs that burp out specific output, algorithm writers will craft code that learns on its own. Neural networks modeled after biological systems might one day roam the gray areas of human thought. With time and considerable training, AI will discern tanks from trucks or MiGs from run-of-the-mill airplanes.

Autonomous vehicles will transport troops to the frontlines, and someday pilotless aircraft might transport cargo and refuel fighters. Developmental Air Force AI already enables semiautonomous loyal wingmen, guided by pilots, to carry out preprogrammed missions from the relative safety of their cockpits.2 Later, faulty parts imbued with AI would speak out when their replacement comes due, making maintenance schedules more efficient and less costly. Military doctors might recommend an early biopsy after an AI-assisted ultrasound detects disease, thus improving prognoses so that all Americans might live longer, fuller lives.

Air Force generals presently envision a world where AI rapidly transforms data into knowledge that accurately informs a human-led decision-making process.3 We need our analysts to harmonize the data-to-decision quality at speed, said Air Force Director of Intelligence Lt Gen VeraLinn Dash Jamieson during an interview at Goodfellow AFB,Texas in 2017.We must build the next generation ISR enterprise capable of possessing decision advantage across the entire spec- trum of conflict.4

But to get there, developers require a preaccredited, flexible cloud to cultivate the AI strategys ideas, lest they die an untimely death on the policy vine. Another must is a secure DOD cloud that stores the considerable quantity of data that would fuel the nations AI and machine learning algorithms. Skeptics say the piles of servers and processors it would take cost billions. But a partnership between Lt Gen John N. T. ( Jack) Shanahans new Joint Artificial Intelligence Center ( JAIC) and a little-known Air Force cloud service called TITAN (Technology for Innovation and Testing on Accredited Networks) could bring value while making everyones AI dreams come true for a fraction of the cost. First, lets put cloud computing in context by looking at its costs and the role it plays in managing the Pentagons IT.

According to the Government Accountability Office, the federal government invests more than $90 billion annually in the development, implementation, and maintenance of IT infrastructure.5 To offset this cost, the Office of Management and Budget debuted its Cloud First Strategy, which mandated agencies pool IT resources in secure, efficient, and cost-effective ways.6 Cloud computing eliminates storing data on bare metal, stand-alone hard drives and shifts the burden to groupings of software and high-capacity storage servers. A clouds elasticity allows administrators to add (or subtract) storage and computing power while public and private user groups lend it scalability.

The DOD went all in with the cloud, investing $2.7 billion between 201518. Its subordinate organizations operate an estimated 500 clouds, and as of 2019, the Pentagon racked up 88 cloud investments out of 2,735 for IT overall.7 The sheer number of clouds managed by multiple vendors poses a growing administrative headache. The Joint Enterprise Defense Infrastructure ( JEDI) initiative, with its estimated $10 billion price tag over 10 years, seemed to be the cure. Businesses from across the tech community flocked to Washington with their proposals. Microsoft, a decades-long mainstay of government IT, recommended Azure for JEDI. Amazon Web Services (AWS), a relative upstart, offered its seemingly infinite storage capacity.

AWS was a favorite to win because it gained the governments confidence in storing sensitive information and programs.8 Engineers from the private and government sectors use AWS SageMaker to create machine-learning algorithms with drag-and-drop ease. Clouds would consolidate under JEDIs umbrella and lessen confusion as the department transferred its oldest legacies into it.9 One set of tools and standards for AI (or other software development for that matter) affords engineers a shared environment to discover information and create algorithms.

Traditional computer firms, like IBM and other Silicon Valley players like Oracle, have lodged complaints. They claimed awarding JEDI to a single company unfairly stifles competition and makes the militarys cloud especially vulnerable to Russian and Chinese cyberattacks.10 The arguments soon intensified and took a more personal turn. President Donald Trumps feud with Amazon CEO Jeff Bezos spilled into public view, and in a surprise ruling Microsoft was granted the huge contract. In its appeal to a U.S. federal court, Amazon says political influence tipped the Pentagons decision, and that procurements should be administered objectively.11

Meanwhile, as corporate and government lawyers do battle, an average-looking industrial building sits tucked into the scrub pines and dogwood trees of Fort Belvoir, Virginia. Inside one of its air-cooled rooms, chilled to 65 degrees Fahrenheit, are dozens of repurposed computer servers quietly whirring away. To the average onlooker, the sight might seem unimpressive, but this is TITAN, a government-owned, contractor-operated cloud worth $18 milliona veritable shoestring compared to JEDI. The US Air Forces ISR Innovations Directorate founded TITAN in 2016. It is funded entirely by Headquarters Air Forces ISR chief information officer and maintained by a handful of defense workers.

TITAN is unique because it is a hybrid cloud, a place where engineers rapidly prototype and deploy their software or custom applications. At 7.6 petabytes, it is modestly sized and ideal for the JAICs specialized work. To the layman, a petabyte might not seem like much, but its a very sizable chunk of data. Back in 2013, the Air Forces Distributed Common Ground System was processing 1.3 petabytes per month, which equates to about 1,000 hours of full-motion video per day.12 By comparison, in 2014, Facebooks massive 1.2 billion user base was generating four new petabytes of content per day.13

A hybrid cloud combines the best of private and public clouds. Public clouds combination of hardware, software, and storage services are managed by a third party while private clouds are sequestered from the public and protected by a firewall. Combining public services with private clouds and the data center as a hybrid is the new definition of corporate computing, says Judith Hurwitz of Hurwitz and Associates, an IT consulting firm. Not all companies that use some public and some private cloud services have a hybrid cloud. Rather, a hybrid cloud is an environment where the private and public services are used together to create value.14

Top cloud competitors AWS and Microsoft Azure offer a combination of physical and virtual suites, too. They bill their customers on a monthly pay-as- you-go basis. While AWS typically charges customers by the hour, Microsoft Azure and its Machine Learning Service charge by the minute. The attraction to AWS stems from its unalloyed computing power. Depending upon the customer, it can increase scale to thousands of machines and weave neural nets that far exceed TITANs limit. Azure, on the other hand, is less hardware intensive. Customers can have as many virtual machines as they like. Simple to use cookie-cutter software loads make start-up easy. And both firms enable the fast-paced development-to-operations (DevOps) culture that pervades software development and AI today.

But AWS and Microsoft Azure create vendor lock-in, which eventually commits (or locks) customers into using their specific proprietary tools indefinitely. Not TITAN. Its value to the JAIC comes from its agnostic nature, where users are in control. They can choose either the Microsoft or Linux operating systems for DevOps, at no monthly or daily expense, and with zero strings attached.

And, unlike the typical government 1990s-style data center where IT support occurs in-house (or, on-premises), TITAN is managed off-premises. Its servers are separate from the Pentagon but kept secure and effectively reachable by all its customers. TITANs almost two dozen customer agencies can access 430 data feeds via virtual machines worldwide and develop custom software without purchasing additional equipment.

Portability is a plus, too, because administrators can log in almost anywhere to diagnose problems, upload software patches, make updates themselves, or automate the tasks. As an added benefit, like AWS and Microsoft Azure, TITAN has authorities to operate on the DODs unclassified and classified systems, an essential requirement for clouds, according to former Deputy Secretary Patrick Shanahans Cloud Executive Steering Group.15 With a flexible, preaccredited cloud that provides developers value and relative cost savings to the taxpayer, the JAICs choice is clear. A TITAN partnership will help the Pentagon discover the AI advances of tomorrow to improve Americas security and quality of life today.

Disclaimer: The views and opinions expressed or implied in the Journal are those of the authors and should not be construed as carrying the official sanction of the Department of Defense, Air Force, Air Education and Training Command, Air University, or other agencies or departments of the US government.

*About the author: Major Giannetti (MS, St. Josephs University) is a reserve officer assigned to the Headquarters Air Force staff at the Pentagon.

Thisarticlewas originally published in theAir and Space Power JournalVolume 34, Issue 1, Spring 2020 (PDF).

Notes:

1. Summary of the 2018 Department of Defense Artificial Intelligence Strategy: Harnessing AI to Advance Our Security and Prosperity, 12 February 2019, https://media.defense.gov/.

2. Andrew Liptak, Skyborg Could Let F-35 and F-15 Fighter Jets Control Their Own Companion Drones, Verge, 22 May 2019, https://www.theverge.com/.

3. Air Superiority 2030 Flight Plan: Enterprise Capability Collaboration Team, May 2016, https:// http://www.af.mil/.

4. Oriana Pawlyk, China Leaving US Behind on Artificial Intelligence: Air Force General, Military.com, 30 July 2018, https://www.military.com/.

5. US Government Accountability Office (GAO), Cloud Computing: Agencies Have In- creased Usage and Realized Benefits, but Cost and Savings Need to Be Better Tracked, Report to Congressional Requesters, April 2019, https://www.gao.gov/.

6. Federal Cloud Computing Strategy, From Cloud First to Cloud Smart, accessed 24 Oc- tober 2019, https://cloud.cio.gov/.

7. DoD Cloud Update, Deputy Secretary of Defense, 22 June 2018, https://federalnews network.com/. See also GAO, Cloud Computing: Agencies Have Increased Usage and Realized Benefits, but Cost and Savings Need to Be Better Tracked, Report to Congressional Requesters, April 2019, https://www.gao.gov/.

8. Frank Konkel, Tech Firms Ask Congress to Intervene on Pentagon JEDI Contract, Next- Gov, 30 April 2018, https://www.nextgov.com/.

9. Jack Moore, Here Are 10 of the Oldest IT Systems in the Federal Government, NextGov, 25 May 2016, https://www.nextgov.com/.

10. GAO, Decision in the Matter of International Business Machines Corporation, 11 De- cember 2018, https://www.gao.gov/. See also GAO, Decision in the Matter of Oracle America, Inc., 14 November 2018, https://www.gao.gov/.

11. Aaron Gregg and Jay Greene, Fierce Backlash Against Amazon Paved the Way For Microsofts Stunning Pentagon Cloud Win, Washington Post, 30 October 2019, https://www .washingtonpost.com/. See also Jared Serbu, Amazon to Protest DoDs JEDI Cloud Contract, Federal News Network, 14 November 2019, https://federalnewsnetwork.com/.

12. Marc V. Schanz, ISR After Afghanistan, Air Force Magazine, January 2013, http://www .airforcemag.com/.

13. Janet Wiener and Nathan Bronson, Facebooks Top Open Data Problems, Facebook Re- search, 22 October 2014, https://research.fb.com/.

14. Judith Hurwitz et al., What is Hybrid Cloud Computing? Dummies, https://www .dummies.com/.

15.DOD,AcceleratingEnterpriseCloudAdoption,15February2018,https://dod.defense.gov/.

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Quiet Giant: The TITAN Cloud And The Future Of DOD Artificial Intelligence Analysis - Eurasia Review

BOXX Introduces Cloud Service Powered by High Performance Workstations – GlobeNewswire

AUSTIN, TX, April 22, 2020 (GLOBE NEWSWIRE) -- BOXX Technologies, the leading innovator of high-performance workstations, rendering systems, and servers, today announced the officiallaunch of BOXX Cloud Services (BCS), a unique, secure, high-performance, virtual private cloud workstation service powered by professionally overclocked BOXX workstationspurpose-built for enterprise organizations CAD applications and workflows.

Were going beyond the limitations of traditional virtualized infrastructure which relies on server-based technology, said Shoaib Mohammad, VP of BOXX Cloud Services. Unlike Virtual Desktop Infrastructure (VDI) or cloud hosted solutions, which fail to address the high-performance needs of architects, engineers, product designers, and other CAD users, BCS provides custom, dedicated workstations inside a scalable data center environment. It also allows you to extend your data center with a pay-as-you-go model and without the complexities and upfront cost of building an onsite private cloud.

Purpose-built for leading CAD applications where single-threaded application performance is as equally important as the number of CPU cores, BCS cloud-hosted desktops offer performance identical to that of a high-performance desk side workstation, allowing the most demanding users to create without compromise. Powered by dedicated NVIDIA Quadro RTX GPUs, BCS delivers state-of-the-art graphics performance and support for CUDAa feature essential for modern workflows and one which many cloud-hosted desktops fail to support.

After multiple attempts using other cloud services, Sheehan Nagle Hartray Architects (SNHA), a leading architectural firm with offices in Chicago and London, became an early adopter of BCS.

We tried a number of cloud-based solutions, but each was unsuccessful in meeting our needs, said Oscar Medellin, BIM Manager, SNHA. What separates BOXX Cloud Services from the rest is outstanding performance and service. BCS delivers higher performance to our architects while significantly lowering our IT burden. I cant overstate the significance of that with employees working from home or the office.

In addition to lowering the burden on enterprise organization IT departments, BCS is designed for a wider range of architecture, engineering, and construction (AEC) firms, as well as manufacturing and product design (MPD) companies which may not have adequate expertise in VDI or cloud hosted deployments. Leveraging Teradici PCoIP technology which securely delivers lossless, high-fidelity color and high-resolution graphics, BCS provides an enhanced user experience extending beyond the remote graphics capabilities of competing cloud providers. Ensuring the best possible performance with a wide variety of peripherals found in CAD workflows, a BCS-hosted workstation is delivered to any notebook, desktop, thin client, zero client, or tablet, as if the desktop is actually in front of the user.

Highly specialized industries like architecture, engineering, construction, manufacturing and product design have unique requirements that differ from the typical enterprise, said Ziad Lammam, Vice President of Product Management, Teradici. In shifting to cloud-based virtual workstations, companies in this space can see significant benefit from working with a specialized service tailored to meet these requirements. BOXX Cloud Services with integrated Cloud Access Software from Teradici offers such companies a way to keep their teams online and their projects moving forward quickly and efficiently with the high level of performance, security and user experience they need.

Computer Aided Technology (CATI), experts in deploying SOLIDWORKS and other engineering and manufacturing technology throughout multiple companies, believes cloud migration will continue, if performance is consistent with that of traditional workstations.

Even in our present work-from-home situations, it's essential for cloud service providers to deliver the same level of performance a user expects from their desk side workstation, said Adrian Fanjoy, Senior Vice President, Operations, CATI. Our thorough testing of BOXX Cloud Services revealed a flexible and highly capable platform that meets the needs of the most demanding SOLIDWORKS workloads."

For further information and pricing on BOXX Cloud Services, contact a BOXX sales consultant in the US at 1-877-877-2699. Learn more about BOXX systems, finance options, and how to contact worldwide resellers, by visiting http://www.boxx.com.

About BOXX Technologies

BOXX is the leading innovator of high-performance computer workstations, rendering systems, and servers for engineering, product design, architecture, visual effects, animation, deep learning, and more. For 24 years, BOXX has combined record-setting performance, speed, and reliability with unparalleled industry knowledge to become the trusted choice of creative professionals worldwide. For more information, visit http://www.boxx.com.

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BOXX Introduces Cloud Service Powered by High Performance Workstations - GlobeNewswire