Monthly Archives: March 2020

Direct competition between US and Chinese cloud computing service providers will increase. China will begin to reap the rewards of its investment in 5G. More businesses will turn to hybrid cloud to achieve digital transformation. Meanwhile, there will be greater scrutiny of carbon emissions resulting from cloud computing.

The cloud services market, comprising infrastructure as a service (IaaS), platform as a service (PaaS), and software as a service (SaaS), is forecast to be worth $332.8bn in 2020, up 22% on the previous year. According to GlobalData, SaaS will make up 57% of cloud services revenue, while IaaS will be the fastest-growing service line, increasing by 26% to $90.9bn in 2020.

The cloud services sector is dominated by five large companies: Amazon (AWS), Microsoft, Alibaba, Google, and IBM. The status quo will not be disturbed in 2020.The hyperscalers will continue to grow rapidly and expand their geographical footprint.

In 2020, GlobalData expects more companies to adopt hybrid cloud as part of a broader digital transformation strategy. Competition in the hybrid cloud market will increase, with the arrival of Nutanix Clusters on AWS and a new joint offering from VMware and Google. There will also be a greater focus on solutions that support application portability across multiple clouds. For example, IBMs Red Hat OpenShift containerisation software will compete with VMware Tanzu, among others.

Open-source container orchestration systems Kubernetes has become the main driver in digital transformation projects that involve app modernisation. Consequently, a growing number of tech providers have entered the app modernisation market. This trend will continue in 2020. Kubernetes will retain its leadership position in app modernisation directives, and containerisation will spur new partnerships and acquisitions among players at opposite ends of the cloud stack.

Cloud computing has been lauded in the past for its positive impact on environmental sustainability, but studies by US researchers have suggested that information and communications technology (ICT) could be responsible for up to 3.5% of global emissions by 2020, more than aviation and shipping, and 14% by 2040. There will be greater scrutiny of the green credentials of cloud computing in 2020.

This is an edited extract from the TMT Predictions 2020 Thematic Research report produced by GlobalData Thematic Research.

GlobalData is this websites parent business intelligence company.

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Technology, media, and telecom (TMT) trends: Cloud computing - Verdict

Cloud computing is a word that is usually used to define the usage of software and hardware offered through a network (mostly internet). The word comes from the usage of symbol that is cloud shaped and represents the working of a complex working that allows the usage of hardware, software, remote services and computation.

In simple words, it is the computing over internet. In the past, individuals used to run programs and apps from software downloaded on a physical device. Cloud computing enables you to use the same types of apps but using internet. The cloud VPS is being used all over the world by many businesses.

Cloud computing benefits

There are a lot of different benefits of cloud computing. Here well discuss a few of those benefits.

Efficiency / cost reduction

If you use cloud based computing, you do not have to spend a lot of money on maintaining and purchasing devices. This reduces your costs very efficiently. You do not have to spend money on facilities, hardware, utilities, or working to build a huge data center to increase your business. You dont have to hire a large number of IT engineers or managers to handle your cloud computing centers because these services are often provided by cloud service providers.

Data security

One of the most important things in any business is the security of the data. It doesnt matter if youre running a small or big business, security of your data is very important. Loss of important data can decrease the revenue of a business and it also affects the image of a brand.

Cloud computing provides you a lot of advanced security features that ensure the safety of your data.

Mobility

It also helps you to access your data through smartphones and other devices, which a great method to make sure that every member of your team knows the activities taking place in your organization. Team members that work remotely or spend most of their time out of the office can use this facility to stay in touch.

Moreover, it is very easy to access the resources stored in the clouds. This data is easy to store, retrieve and, recover with a few commands. This data can be accessed over the internet whenever someone needs it.

Disaster recovery

Loss of data is not a good thing for any organization. The main reason of data loss is lack of data security or backup. The cloud service providers offer you proper data security and backups of your data. So, if you lose your data for any reason, you can recover it without any problems.

Moreover, this data is kept safely considering all of the security measures and you can make sure that your data is in safe hands.

Control

It is important for any company to have control over their data. An important data can ruin the complete business if it goes into the wrong hands. So, cloud computing helps you make sure that your data is in safe hands.

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Benefits of Cloud Computing - - VENTS Magazine

NEW YORK, March 3, 2020 /PRNewswire/ --

Global Healthcare Cloud Computing Market 2020-2024 The analyst has been monitoring the global healthcare cloud computing market and it is poised to grow by USD 25.54 bn during 2020-2024, progressing at a CAGR of 23% during the forecast period. Our reports on global healthcare cloud computing market provides a holistic analysis, market size and forecast, trends, growth drivers, and challenges, as well as vendor analysis covering around 25 vendors.

Read the full report: https://www.reportlinker.com/p02779355/?utm_source=PRN

The report offers an up-to-date analysis regarding the current global market scenario, latest trends and drivers, and the overall market environment. The market is driven by integrated service offering for healthcare industry.In addition, development of hyper-converged infrastructure is anticipated to boost the growth of the global healthcare cloud computing market as well.

Market Segmentation The global healthcare cloud computing market is segmented as below: Product: o SaaS

o IaaS

o PaaS

Geographic Segmentation: o North America

o APAC

o Europe

o South America

o MEA

Key Trends for global healthcare cloud computing market growth This study identifies development of hyper-converged infrastructure as the prime reasons driving the global healthcare cloud computing market growth during the next few years.

Prominent vendors in global healthcare cloud computing market We provide a detailed analysis of around 25 vendors operating in the global healthcare cloud computing market, including some of the vendors such as Allscripts Healthcare Solutions Inc., Amazon Web Services Inc., athenahealth Inc., Carestream Health Inc., General Electric Co., IBM Corp., Microsoft Corp., Oracle Corp., Salesforce.com Inc. and Siemens Healthineers AG . The study was conducted using an objective combination of primary and secondary information including inputs from key participants in the industry. The report contains a comprehensive market and vendor landscape in addition to an analysis of the key vendors.

Read the full report: https://www.reportlinker.com/p02779355/?utm_source=PRN

About Reportlinker ReportLinker is an award-winning market research solution. Reportlinker finds and organizes the latest industry data so you get all the market research you need - instantly, in one place.

__________________________ Contact Clare: clare@reportlinker.com US: (339)-368-6001 Intl: +1 339-368-6001

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The GLOBAL HEALTHCARE CLOUD COMPUTING MARKET is expected to grow by USD 25.54 bn during 2020-2024, progressing at a CAGR of 23% during the forecast...

At the launch of Arm Neoverse, we recognized that building the cloud-to-edge infrastructure needed for one trillion intelligent devices would require a broad ecosystem with technology, expertise, and commitment to transform the internet. The intention for Neoverse has always been to enable a high-performing, flexible cloud-to-edge infrastructure built for the next era of compute; but when we take a step back to think about what one trillion devices looks like, it is incredible to realize the amount of data that will need to be processed as a result.

The existing infrastructure is not ready for whats next. Computing as we know it is changing. Its expanding and happening at multiple layers from cloud to edge to endpoint, emphasizing the need for a nimble and strong infrastructure ready to take on more data processing than ever before.

Our Neoverse product portfolio delivers incredibly strong performance-per-watt for cloud-to-edge workloads, as evidenced by the expanding ecosystem and many partners who have adopted Neoverse products and solutions since the launch in 2018. Today, we are proud to say the expanding ecosystem of Neoverse partners now includes Ampere, who has announced the industrys first 80-core server processor which is based on the Neoverse N1 Platform!

Amperes Altra server processor news is more than just a milestone for Arm in the data center; it is a turning point for the industry in terms of what is possible in data center computing. Todays announcement demonstrates the power of building the right compute for the right applications. Ampere took the N1 platform and integrated its own innovations to design an SoC uniquely built for applications across hyperscale cloud and edge markets, while bringing it to market quickly to address evolving compute requirements.

The importance of scalability and flexibility

By 2021, it is expected that 94% of workloads and compute instances will be processed by cloud data centers, requiring massive amounts of processing for popular applications like video streaming, Internet search, and social networking, and do so within the power availability envelope. Looking ahead, the processing requirements are even greater as faster 5G networks are deployed and billions of smartphones become enabled with ultra-high definition (UHD) or 4K viewing capabilities, for example. When you factor in all the compute required to ensure a flawless end-user experience, while also using compute cycles to process and analyze the data being generated and process it closer to the user, maintaining strong performance at very low power levels is imperative. This was the guiding principle when designing Neoverse IP.

Today, were seeing the capabilities of Neoverse come to life combined with Ampere innovations in the Altra processor which delivers the performance-per-watt, flexibility and scalability to address a diverse suite of compute intensive cloud applications to edge analytics. To ensure efficient scalability, the Ampere Altra processor uses the highly scalable Arm CMN-600 mesh interconnect, ensuring its robust 80-core design is optimized for maximum performance. Additionally, Ampere has utilized our SBSA/SBBR specifications, with a goal to achieve Server Ready certification later this year, to ensure Altra is fully compliant with the Arm architecture so its system partners, ISVs and developers have a seamless out-of-the-box experience.

Choice in transforming the modern cloud-to-edge infrastructure

Arm and Ampere share a common goal of providing the industry the choice and flexibility it has long been deprived of. Building on top of Arm Neoverse platform enables ecosystem innovation and a cadence previously unseen in enterprise infrastructure. Ampere recognizes this and have committed to a roadmap with annual cadence of new products. We look forward to doing our part in enabling this rapid pace of innovation.

Together, with ecosystem partners like Ampere, were challenging the status quo with Arm-based silicon solutions primed to transform the modern cloud to edge infrastructure. I, along with the entire team at Arm, congratulate Ampere on this industry milestone!

About Arm

Arm technology is at the heart of a computing and connectivity revolution that is transforming the way people live and businesses operate. Our advanced, energy-efficient processor designs have enabled intelligent computing in more than 160 billion chips and our technologies now securely power products from the sensor to the smartphone and the supercomputer. In combination with our IoT device, connectivity and data management platform, we are also enabling customers with powerful and actionable business insights that are generating new value from their connected devices and data. Together with 1,000+ technology partners we are at the forefront of designing, securing and managing all areas of compute from the chip to the cloud.

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Changing the game for cloud computing with Neoverse - Design and Reuse

Certificate of Cloud Auditing Knowledge and Cloud Controls Matrix v4 represent critical progress to modernize the audit profession and align cloud assurance with technology innovations

TheCloud Security Alliance (CSA), the worlds leading organization dedicated to defining standards, certifications and best practices to help ensure a secure cloud computing environment, announced a call for subject-matter experts to support the ongoing review of its flagship document, the Cloud Controls Matrix (CCM), Version 4 of which will be released later this year. CCM v4 will reflect the current cloud technology landscape, providing cloud users with a better, more comprehensive security framework and guidelines to facilitate both implementation and audit.

Calling all today cloud subject-matter experts! @cloudsa is asking for help to support the ongoing review of its flagship document, the Cloud Controls Matrix (CCM) Version 4. Join Us!

Additionally, CSA is pleased to announce that theCertificate of Cloud Auditing Knowledge (CCAK)subject-matter expert working group has held initial program development meetings and that the CCAK credential and courseware will be previewed at CSAsSECtemberconference (Seattle, Sept. 14-18). The CCAK is a new credential for industry professionals that demonstrates expertise in the essential principles of assessing and auditing cloud computing systems and will be released in the second half of 2020. The CCAK will provide a common baseline of knowledge and shared nomenclature to ensure that IT and security professionals, as well as auditors, have the right expertise and tools to appropriately and accurately understand and measure the effectiveness of cloud security controls.

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For 11 years, the Cloud Security Alliance has led the industry in delivering the necessary innovations to build the trusted cloud ecosystem on a global basis. In 2020, CSA will focus on supporting the cloud community in acquiring the necessary tools, skills, and expertise to ensure that the many iterations of cloud meet robust security and privacy objectives, said Daniele Catteddu, Chief Technology Officer, Cloud Security Alliance. As organizations adopt DevOps, CI/CD, and related innovations, the audit function must keep pace. With the release of CCM and CCAK, we continue to support the community in their cloud journeys.

The Cloud Controls Matrix is the de facto standard in the market. Its latest iteration will include new control objectives in areas such as container and microservices, cryptography, and identity and access management, along with implementation guidance, and will improve upon the auditability of existing controls.

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Cloud auditing skills are becoming a mandatory requirement for IT auditors and will become fundamental expertise for any IT manager and professional, especially in the areas of governance, risk management, compliance, and vendor/supply chain management. Traditional IT audit education and certification do not adequately prepare professionals for the challenges cloud provides. Recent breaches demonstrate the knowledge and responsibility gap that comprehensive cloud auditing frameworks such as the CCAK will solve.

Those interested in contributing to the development of the CCAK are encouraged to join the CSACloud Audit Expert Group. Group members should be familiar with CSAs best practices and control frameworks, such as theCloud Controls Matrix (CCM), theConsensus Assessment Initiative Questionnaire (CAIQ), andCSA STAR levels of assessment, as well as have knowledge in such key areas as cloud risk management, compliance, continuous auditing, and more. Members will be tasked with reviewing and providing advice on the scope, curriculum, objectives structure, go-to-market, and value proposition for the CCAK.

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Cloud Security Alliance 2020 Initiatives Changing the Face of IT Audit and Cloud Assurance - AiThority

One of the North Wests fastest-growing industries could be set to benefit from R&D tax changes in next weeks budget, according to the national IT lead of Spinningfields-based business adviser Grant Thorntons tax innovation team.

The cloud computing industry is expanding at a rate of seven times that of the wider IT sector and this year is expected to be worth 9 billion to the UK economy. In Manchester, the industry is growing rapidly with Amazon Web Services moving to the city at the start of 2020, joining existing providers like ANS, iomart, and Cisco.

Trade organisation techUK reports that the adoption of cloud services, including software as a service (SaaS), has increased dramatically. In 2016, 36 per cent of businesses were accessing the technology, with that number now in excess of 42 per cent. The growth is driven by the overwhelming digital transformation disrupting multiple sectors and the increasing application of big data.

To date, however, interpretations of unhelpfully-vague eligibility criteria, driven by preconceptions and misunderstandings of the nuances of digital research and development, have prevented many businesses from claiming valuable rebates through HRMCs R&D Tax Credit scheme.

R&D tax credits incentivise businesses to invest in the development of new products, services or processes, or to enhance existing ways of working. The guidelines relating to software projects were revised in October 2018. But the changes did not reflect the evolution in the way software and technology projects are developed, which has seen suites of dedicated hardware and software licences replaced by cloud computing.

The absence of clear, consistently-applied guidelines around the inclusion of cloud computing and big data investment for developmental purposes, is particularly affecting small and mid-sized companies, which are able to claim up to 33.35 per cent of eligible R&D spend back in a valuable cash credit.

That could be about to change, according to Andy Nixon National IT tax lead in business adviser Grant Thorntons tax innovation team: The Conservative manifesto pledged to increase the R&D expenditure credit rate from 12 per cent to 13 per cent and review the inclusion of cloud computing and data within the scope of an R&D claim.

Should the Chancellor follow through on this pledge next week, were predicting an influx of improved or first time claims, particularly those in the entrepreneurial and mid-market space. For many of our clients, innovation now takes place in remote datacentres, far away from the office or laboratory. This is true in software and app development, but it increasingly affects other industries such as pharma and financial services, which are transforming their business models by harnessing big data.

Businesses in all of these sectors would receive a boost by a revision to the eligibility criteria, while the larger corporates providing the infrastructure to enable this virtual R&D would also welcome the move.

Grant Thorntons north west tax innovation team operates from the firms Liverpool and Manchester offices, in addition to its base at the Sci-Tech Daresbury campus. In 2018, GT became the first advisory firm to open a permanent base office at the campus to service its growing science and tech-comprised client base.

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Budget set to boost rapidly-growing cloud computing industry, according to R&D tax expert - Bdaily

With its massive flexibility and pay-as-you-go pricing, cloud computing is apotential boonto K12 schools. Schools can rapidly introduce new applications and scale up as use cases expand and shed the cost burden associated with data centers.

But not allcloud solutionsare the same, nor do all school districts have the same IT needs. How best to migrate off of legacy systems and on-premises solutions? Here are K12 considerations for a successful move to the cloud:

MORE ON EDTECH:Read about five best practices for ensuring data security in the cloud.

Beyond these diverse considerations, its also important to take a hard look at the cloud vendors bona fides.

A vendor who has worked extensively with school districts will understand the obligations around student data privacy, financial constraints, the need for scalable solutions based on the school-year model, McLaughlin says. You want a partner who understands the need for a collaborative environment.

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Finding the Right Cloud Solution for Your District's Storage Needs - EdTech Magazine: Focus on Higher Education

Article by Intel Data Center Management Solutions senior application engineer Rami Radi.

For many of todays applications and workloads, cloud computing offers the enterprise a host of advantages over traditional data centers, including lowered operational and capital expenditures, improved time to market, and the ability to dynamically adjust provisioning to meet changing needs globally. Consequently, there has been a massive shift to cloud migration over the past decade, with cloud computing trends showing significant year-over-year growth since it was first introduced, and Cisco predicting that by 2021 cloud data centers will process 94%of all workloads.

According to MarketsandMarkets, the global cloud computing market is projected to surge at a compound annual growth rate (CAGR) of 18 percent to reach approximately $623.3 billion by 2023, up from $272 billion in 2018.

Today, however, we are seeing more companies bringing workloads back into their data centers or edge environments after having them run in the cloud for several years because they didnt originally fully understand their suitability in a cloud environment. 451 Research has referred to this dynamic as cloud repatriation, and a recent survey found that 20% of cloud users had already moved at least one or more of their workloads from the public cloud to a private cloud, and another 40 percent planned to do so in the near future.

All of this begs a deceivingly simple question: How do I know when a workload would be better off running in or outside of the cloud?

When latency, availability, and control are key

As with any IT decision, an inadequately researched, planned and tested process is likely to cause setbacks for enterprise end-users when the organization at large is faced with uncertainty whether to move an application or workload out of the public cloud and return it to an on-premises data center or edge environment.

Very often, moving an application or workload from the cloud makes good business sense when critical operational benchmarks are not being met. This might mean inconsistent application performance, high network latency due to congestion, or concerns about data security. For example, we know of one Fortune 500 financial services firm that was pursuing an initiative to move its applications and data to the public cloud and only later discovered that its corporate policy prohibited placement of personally identifiable information (PII) and other sensitive data beyond their internal network/firewall. Although many security standards are supported by public cloud providers, because of its internal policy, the financial organization opted to keep its data on-premises.

Some companies, such as Dropbox, have chosen to migrate from the public cloud to benefit their bottom line. While cost is but one criterion for leaving, it is a major one. In the wake of leaving the cloud, Dropbox was able to save nearly $75 million over two years.

Generally speaking, applications that are latency sensitive or have datasets which are large and require transport between various locations for processing are prime candidates for repatriation. Consider smart cities and IoT-enabled systems, which create enormous amounts of data. While cloud computing provides a strong enabling platform for these next-gen technologies because it provides the necessary scale, storage and processing power, edge computing environments will be needed to overcome limitations in latency and the demand for more local processing.

Additionally, if your applications and databases require very high availability or redundancy, they may be best suited to private or hybrid clouds. Repatriation also provides improved control over the applications and enables IT to better plan for potential problems.

Yes, moving to the cloud means a decrease in rack space, power usage and IT requirements, which results in lower installation, hardware, and upgrade costs. Moreover, cloud computing does liberate IT staff from ongoing maintenance and support tasks, freeing them to focus on building the business in more innovative ways. And yet, while many businesses are attracted to the gains associated with public or hybrid cloud models, they often do not fully appreciate the strategy necessary to optimize their performance. Fortunately, there are tools to assist IT teams to better understand how their cloud infrastructure is performing.

Demystifying cloud decision-making

No matter the shape of an organizations cloud public, private or hybrid data center management solutions can provide IT staff with greater visibility and real-time insight into power usage, thermal consumption, server health and utilization. Among the key benefits are better operational control, infrastructure optimization and reduced costs.

Before any organization moves its data to the public cloud, the IT staff needs to understand how its systems perform internally. The unique requirements of its applications, including memory, processing power and operating systems, should determine what it provisions in the cloud. Data center management solutions collect and normalize data to help teams understand their current implementation on-premise, empowering them to make more informed decisions as to what is necessary in a new cloud configuration.

IntelData Center Manager is a software solution that collects and analyzes the real-time health, power, and thermals of a variety of devices in data centers. Providing the clarity needed to improve data center reliability and efficiency, including identifying underlying hardware issues before they impact uptime, these tools bring invaluable insight to increasingly cloudy enterprise IT environments, demystifying the question of on-premises, public and hybrid cloud decision-making.

Here are some factors to consider when making a decision about embarking on a course of cloud repatriation:

Are you wasting money paying for capacity that is not being used? Are you experiencing regular performance and availability issues? Are you required to meet certain regulatory compliance standards? Do your workloads require low latencies? Do you have the IT staff bandwidth to take control of your workloads?

If you answered yes to a majority of the questions above, it might be time to consider cloud repatriation.

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When the cloud falls to earth, it could be time for cloud repatriation - DataCenterNews North America

Cloud computing is gradually becoming the preferred choice of businesses to streamline different business processes. As per industry reports around 68% of the businesses use cloud technology while 19% are planning to integrate cloud computing into their business operations. There are also many reasons for companies switching from the traditional business approach to cloud computing. It has been seen that companies that invest in cloud, big data, security, and mobility have witnessed revenue growth of up to 52 percent and these are compelling figures to state why implementing cloud computing helps in the efficient running of the organization and better assist the customers.Besides just helping businesses with better revenue figures the cloud computing services provide numerous benefits such as:

AccessibilityScalabilityCollaborationPay structureControl choicesData securityTool selectionSecurity featuresSavings on equipmentSpeed to marketStorage optionsStreamlined workRegular updatesCompetitive edge

But with the widespread use of cloud computing, many security threats have also evolved over the past few years because the approach of cloud computing has gone through some transformation. Though the cloud environment is more secure than the on-premise environment still there are security concerns that need to be addressed. So lets look at the security threats to cloud computing and what measures can be taken to assure the full-proof cloud environment.

The biggest threat to any cloud environment is a breach of data. The main reason behind data breach is when an unauthorized person or program gets access to the data. It becomes a serious concern for organizations because data breach puts all or partial data at risk because the intruder can view, copy and transmit the confidential data for whatever reason possible.

Data loss is the opposite of data breach because it can occur either due to natural factors or human errors. Physical destruction of the servers due to natural calamities or human targeted attacks can lead to data loss. This is a great setback for businesses because there are few chances of recovering the data.3. DoS or Denial of ServiceThis is an advanced form of attack done primarily to flood the system with immense traffic and take advantage of the situation when the system cannot buffer or crashed through bugs and vulnerabilities. This is one of the most used media to shut down the cloud services and making them temporarily unavailable for the customers.

This security risk is related to take advantage of the growing cryptocurrency frenzy. The hackers install crypto-mining script on the servers which increases CPU load and slows down the overall system. The users computing resources are exploited to process numerous transactions of cryptocurrency.

This is the most common hijacking in the cloud environment where the hackers take advantage of insecure passwords and gain access to the cloud through a staffs account. The hacker can manipulate the data and can interfere with the different processes of the business.

This isnt the hijacking of the server itself but is more related to the third-party services. Internet of Things or IoT solutions is responsible for a data breach to a certain extent. IoT devices like home appliances, connected cars, health monitors tend to collect and send a huge amount of data in real-time. This real-time data is vulnerable and hackers can hijack it by hacking the APIs.

Not every system is full-proof because even if external security threats are nullified then also internal risks like an employee exploiting the privacy and initiating data breach are very feasible. Besides this, unintentional human errors can also put the cloud environment open to malware and cyber-attacks.

As per phishprotection.com conducting regular security, assessments are the best way to safeguard the cloud infrastructure. An up-to-date cloud system and third-party tools from reliable service providers are very vital to protect the data from going into unauthorized hands.The cloud security monitoring using Artificial Intelligence can help in identify and counter-attack the potential danger and helps in safeguarding the cloud infrastructure.Encrypting the data before uploading to the cloud system to ensure data privacy.Making employees aware of potential security threats is a great way to eliminate human errors.Having a data recovery plan helps to minimize the impact of data loss. Backing up data to a centralized server regularly also helps in protecting the data.Hiring cloud security professionals makes sure that a business stays away from cloud-related threats.As per proofpoint.com the access management policies should be very strict. It has been stated by CISA that only the most trusted or the person who needs access should be grant access to. Considering biometric authentication and multi-factor methods is a good move.Securing the cloud infrastructure is not as easy as securing your PC with antivirus like avast.com or following 10 steps for ransomware protection. The scale at which cloud computing operates and the importance of data flowing through different cloud servers is so huge that even a slight technical glitch can cost the company millions of dollars. But like every other technology the risk factors are always there and the only thing required is attentiveness to deal with all sorts of security threats.

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Cloud Computing Security Risks and How to Protect Cloud Customers from Ransomware - Customer Think

Between 2005 and 2010, data center electricity consumption increased by a lot more (56 percent), as the New York Times reported. So what happened after that? According to the study, data centers shifted from smaller computer centers over to much larger facilities run by Google, Microsoft, Amazon and other tech giants.

These companies are highly motivated to save money. Google generates seven times more computing power than it did in 2015, but uses no extra energy, according to Google's technical infrastructure VP, Urs Hlzle. He wrote that the company found those savings by designing high-efficiency Tensor Proessing Units and using machine learning to optimize cooling.

Companies like Apple and Google have also taken steps to make data centers carbon neutral by developing solar farms or using green power to offset energy usage. As it stands now, data centers use about one percent of the world's electricity, equivalent to 17 million US households. That figure is barely rising, and scientists expect it to stay that way for another three or four years.

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The rise of cloud computing has had a smaller climate impact than feared - Engadget