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Cloud computing: Here’s the security threat you should be most worried about – ZDNet

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Poor identity, access and credential management is the biggest cybersecurity challenge for cloud computing, after the shift to remote working has redefined the workplace and changed priorities around the use of cloud applications and services, warns new research.

According to a survey of 700 industry experts on security issues in the cloud industry carried out by the Cloud Security Alliance, a not-for-profit that promotes best practices for cloud computing, insufficient identity, credential, access and key management for privileged accounts is a top concern around cloud cybersecurity.

The shift towards remote and hybrid working has changed how businesses and employees operate, no longer accessing office applications and productivity suites installed on their PCs at the office, but rather accessing the tools they need through software-as-a-service and cloud-based productivity suites from any device, no matter where they are.

That shift means managing access to resources and files is vital, especially when administrator or other high-level privilege access is required. But organisations are struggling to achieve this, particularly as many end users are now situated outside the company firewalls and traditional protections.

The ability to access cloud tools with a username and password is proving highly beneficial for many workers and employers,but it's also providing cyber criminals with low-hanging fruit. If hackers can breach the username and password, they have the same access as the user and with a legitimate account, which means suspicious activity might not be detected as promptly.

ZDNET SPECIAL FEATURE:SECURING THE CLOUD

But it isn't just cyber attackers from outside the company who can take advantage of misconfigured identity, access and credential management, if it isn't managed properly. It's also possible for these issues to be exploited by insider threats employees who can exploit the lack of controls to escalate their access privileges and gain access to data they shouldn't be able to.

They could be doing this just because they can, taking it with them to a rival company, or putting it up for sale to cyber criminals to exploit.

While gaining access to login credentials for cloud accounts is an increasingly common technique used in cyberattacks, in some cases, the attacker doesn't need a username or a password at all, because data stored in the cloud is being left exposed and is accessible to anyone who knows where to look.

The report also warns against some other common cloud security flaws, including:

In order to improve identity and access management controls, the report recommends organisations implement a zero-trust model of cybersecurity, requiring validation at every stage of the user's journey through the cloud environment, preventing them from using one set of credentials to gain access to things they don't need to.

Users should also be required to avoid using weak passwords, so intruders can't use brute force attacks or guesswork to gain control of accounts. In addition, users should be equipped with multi-factor authentication to create an extra barrier against attacks.

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Cloud Computing Market in Healthcare Industry Insights and Emerging Trends by 2028 – BioSpace

Wilmington, Delaware, United States: According to the report, the global cloud computing market in healthcare industry was valued at US$ 383.0 Bn in 2020 and is projected to expand at a CAGR of 10.8% from 2021 to 2028. Cloud computing is delivery of tools and applications such as data storage, software, databases, servers, and networking services through the Internet. Cloud computing enables accessing data and information virtually or on cloud remotely.

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Companies use cloud computing services to store files and applications at remote severs and access all the data though Internet. Cloud computing is either private or public, with public cloud services offered through Internet at certain price and private cloud services offered to particular group of people.

Rise in cost of delivering healthcare services to the patient community has induced the healthcare industry to evolve as one of the largest industries with trillions of dollars spent within the public and private sectors. Aging population and global economic development have resulted in demand for better healthcare, which fueled the growth of the healthcare industry. Cost-effective approaches with optimal operational efficiency are in demand. Cloud computing helps healthcare organizations share all the information that is stored across various information systems in real time and increases productivity and cost-efficiency. The healthcare cloud computing market in healthcare industry is estimated to witness high growth over the next few years.

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Technological Advancements to Drive Cloud Computing Market in Healthcare Industry

Cloud computing is a growing trend in the digital transformation of the healthcare industry catering to the needs of the patients. Companies such as IBM and Microsoft are prominent in providing technically advanced cloud-based solutions to patients. Cloud-based solutions tackle the key challenges in the healthcare industry by increasing the cost effectiveness and managing the sufficient healthcare ecosystem. Contribution of cloud computing in boosting the personalized medicine industry that caters to the requirement of patients to identify disease risk and response to the tailor-made treatment therapy.

HCPs utilize the cloud computing technology to enhance their forecasting, communication, and decision-making capabilities to develop an IT infrastructure. The HCPs use big datasets for accurate decision and to establish a cost-effective model. For instance, Pfizer incorporated cloud-computing technology in lung cancer drug, Xalkori, which is used for treatment of patients with ALK mutation. Wireless technologies and cloud are a perfect solution for the problems related to unavailability of healthcare in rural areas. TeleCloud, the combination of telecare and cloud allows physicians and healthcare experts to diagnose and treat patients beyond geographies, real time, and cost effectively.

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Key Strategies Adopted by Prominent Players to Drive Cloud Computing Market in Healthcare Industry

In February 2022, Salesforce announced launch of safety cloud product, which would bring the business and communities for managing health and entry & testing protocols for creating safer in-person experiences at workplace and events. In January 2022, Mayo Clinic selected Oracle Fusion Analytics and Oracle Fusion Cloud Applications Suite to integrate and meet the goals set in 2030. This cloud-based solution will provide Mayo Clinic a single administrative platform for streamlining the supply chain management, HR, resource planning, analytics, and simplifying the processes.

In January 2022, IBM announced selling its healthcare data and analytics assets business from Watson Health business company to Francisco Partners. This collaboration will strengthen Francisco Partners technology products and utilize its healthcare acquisitions to advance in the healthcare industry.

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Platform-as-a-Service (PaaS) Segment to Expand at High Growth Rate

The global cloud computing market in healthcare industry has been segmented based on service model, pricing model, cloud type, and end-user. In terms of service model, the global market has been classified into infrastructure-as-a-service (IaaS), platform-as-a-service (PaaS), and software-as-a-service (SaaS). The infrastructure-as-a-service (IaaS) segment accounted for the largest market share in 2020.

The platform-as-a-service (PaaS) segment is expected to grow at rapid pace during the forecast period. This is because PaaS simplifies application development and deployment on the cloud. PaaS creates web applications quickly, without the need of underlying software or hardware and provides all the support for complete life cycle of building and delivering web applications entirely on the web.

North America to Lead Cloud Computing Market in Healthcare Industry

North America dominated the global cloud computing market in healthcare industry in 2020, accounting for the largest share. Technological advancements in healthcare, well-established healthcare infrastructure, large biopharmaceutical industry, adoption of artificial intelligence, machine learning, and use of electronic health records to streamline the operations across hospitals & clinics and to maintain patient records are anticipated to propel the cloud computing market in healthcare industry in the region during the forecast period. The growth of the market in North America can be attributed to the need of healthcare organizations to manage and optimize their complex IT systems, provide faster & flexible healthcare delivery to patients and physicians through mobile & other easy access systems, comply with regulatory standards, and maintain confidentiality of patient data.

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Europe held the second largest share of the global cloud computing market in healthcare industry in 2020. The market in the region is expected to expand at a faster CAGR over the next few years. Cloud deployment enables healthcare organizations to save cost, manage complex healthcare processes, and maintain patient information securely. These factors are likely to drive the healthcare market in the next few years, which in turn is projected to fuel the growth of the cloud computing market in healthcare industry in the near future.

Competition Landscape

The global cloud computing market in healthcare industry is niche due to presence of prominent and established players in the market. Key players operating in the market are CareCloud Corporation, ClearDATA Networks, Carestream Health, Inc., AGFA Healthcare, Cisco Systems, Inc., Merge Healthcare, Inc., IBM Corporation, Intel Corporation, Microsoft Corporation, Oracle Corporation, Amazon Web Services, e-Zest, Kinvey, and Salesforce.

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Already on the edge, Akamai sets its sights on cloud computing and security – Protocol

If you asked CEO Tom Leighton to describe Akamai Technologies five years ago, his response would have been different from his answer today.

Today he describes the company as the worlds most distributed cloud services provider with services in compute, security and delivery. The company, which continues to evolve from its start as a content delivery network (CDN) provider, hit a key milestone in that journey last quarter.

Revenue from Akamais security and compute business combined to eclipse its delivery revenue for the first time. Security revenue increased 23% year-over-year to $382 million, and compute revenue hit $78 million, up 32%. Delivery revenue, meanwhile, fell 6% to $444 million.

Next year, security will be the largest of the three, Leighton said in an interview with Protocol.

It wont be the majority yet by itself, but itll be bigger than delivery and compute. Depends how fast compute grows, but thats an enormous market, and who knows, maybe compute will be the largest in five years. It'll be a tough fight with security for that crown, because those are both very fast-growing areas for Akamai.

Akamai bolstered its security and computing capabilities with two big acquisitions in the last eight months. It bought network security company Guardicore for $600 million in October, adding its micro-segmentation technology that blocks the spread of malware to Akamais zero-trust security portfolio for enterprises. In March, Akamai completed its $900 million acquisition of Linode, a cloud infrastructure-as-a-service provider that positions itself as an alternative to AWS, Microsoft Azure and Google Cloud.

Leighton, who has led Akamai since 2013 after co-founding the company in 1998 and serving as its chief scientist, talked to Protocol about Akamais cloud-to-edge strategy.

This interview has been edited and condensed for clarity.

Why did you decide to diversify Akamai?

Its what customers want, and its something we always wanted to do. We started with delivery. Early on, we provided security solutions for the government, but the industry wasnt ready yet for it, didnt fully appreciate it. It wasnt really until 2012 that companies started to appreciate they needed Akamai to protect them, that they just couldnt do it themselves anymore.

Also, early on 2000, 2001 time frame we started edge computing and, again, we were ahead of the industry. Thats before AWS existed, and the industry wasnt ready for edge compute then. We even had edge Java. We had edge WebSphere, Edge Side Includes. We pioneered the standard with Oracle back in 2001.

We did elementary things that our customers could use, but in terms of full-blown applications at the edge, it was too early. It just got popular lately. Actually, for 20 years the industry our competitors said edge was stupid. And all of a sudden they woke up and said, Oh, edge is really the future, and then they claim to have an edge, which they dont. Now, fast forward, we have thousands of customers using our edge computing capabilities today.

And now with the acquisition of Linode, well have core cloud computing capabilities. Thats the last big piece, in a sense, because now our customers can build their apps on Akamai, they can run them on Akamai, they can secure them with us and they can deliver, of course, through Akamai.

Akamai CEO Tom Leighton Photo: Akamai

What are Akamais security strengths and how does Guardicore fit into your strategy?

We've been in security a long time. I dont know that most of the world realized it, but we have been providing security services to protect U.S. government websites since probably 2001. We really started protecting major banks in 2012, 2013. And today we have the market-leading web app firewall solution [Web App and API Protector (WAAP), formerly known as Kona Site Defender] by far. Pretty much all the major banks and commerce companies use our security services. We have the best denial-of-service-prevention capabilities, the best protection for end-user accounts so they dont get stolen. Thats really important for banking accounts or commerce accounts, but, increasingly, media accounts your gaming accounts or your OTT [over the top] accounts are big targets.

What Guardicore does is that [it] protects enterprises from ransomware, and ransomware is the top problem today for enterprises. Its crushing, and Guardicore identifies applications when they've been hit with ransomware, and then stops it from spreading. And thats the key for stopping the damage from ransomware.

Typically segmentation has had sort of a bad name in the industry, because it was done in hardware, which made it really hard to do and not very effective. You physically separated your networks, and thats just really painful in an enterprise, so most enterprises didnt do it. But Guardicore invented a way to do it in software, where they place an agent or think of it as a mini firewall in every application. That agent tells when an application is doing something it shouldn't be doing or is being exploited in some way. It can also tell if it's got vulnerabilities like Log4j, and then it notifies the IT shop or the security shop that you got a problem here. Even better, it stops the problem from spreading. It doesn't let the malware jump from an HVAC unit into a critical operational system. And that way you limit the blast radius from ransomware. You limit the exposure to data exfiltration.

We view it as the cornerstone of a zero-trust strategy for an enterprise. The problem today is you could buy everybody's security services, and malware's still probably getting in somewhere. The key is really to know when it got in, where it got in and to stop it from spreading.

Why should enterprises use Linode over AWS, Microsoft Azure or Google Cloud or in addition to them under a multi-cloud strategy?

In short, it's the same reason that so many enterprises use us for delivery instead of AWS and Google and the other hyperscalers, and the same reason why they use us for security instead of those giant companies. In fact, those giant companies use us for delivery and security today. We have edge compute, and we're the best at that. Edge compute lives in 4,000 locations on Akamai, close to 1,000 cities around the world. Major companies, including those hyperscalers, use us for that.

For the core cloud compute, it is really easy to use Linode, very popular with developers and it's less expensive. Now what we need to do and will do over the course of the next year or so is make sure that Linode has the capabilities and the features that major enterprises need. Today they have some large customers, but mostly small and medium businesses and developers, and so there are some things that we need to do there that will make it enterprise-grade. When you put it in connection with our edge platform that has edge computing and, of course, our market-leading delivery and security you get a really exciting combination.

There's a lot of room for growth in cloud computing for the workloads. We know all the major enterprises or a lot of the major enterprises. They know us, and they're using us for delivery and security. Many of them have been asking us to develop a compute capability. And many of those companies compete with the hyperscalers, and they would like to have Akamai provide that capability, because we don't compete with them. We're not a threat to them. We're not a threat to be looking at their data. Of course, the fact that it's really easy to use and less expensive, I think that's helpful, too. It's about a third off [competitors] published pricing.

I expect that down the road the hyperscalers will also be using our compute solution as part of the overall Akamai platform. Some of the hyperscalers [parent companies Amazon and Microsoft] are our largest customers, and some are really good partners as well. It just broadens the capabilities that they can do on Akamai. I expect they will have applications that they're going to want to have running on containers or VMs in hundreds of places close to end users, and Akamai will have that capability. We're pretty unique in that.

What products or services do you need to add to entice enterprises? Will you offer managed services in the future?

There's certain base capabilities that we're in the process of adding VPC, reliability zones, getting it to be PCI-compliant, FedRAMP-compliant, that sort of thing just sort of basics. Linode has a good ecosystem of apps on top of it [that are] not managed today. And so for those customers that want to have managed third-party apps on top of Linode and not do it themselves, yes, we would be offering that capability over time or in conjunction with partners that would do the management of the services for them.

What edge computing products and services do you have today and what industries are using them?

There's a variety of things we do. We have a JavaScript engine that's running on all our edge servers, and customers can use that to create functions as a service. We also create packaged functions, we call them Cloudlets. In some cases, our customers created those, and then we offer them to other customers. So things you'd like to do with a website or application, A/B testing, failover capabilities, personalized content. And there's a special class of capabilities we call Edge Side Includes, which we launched in 2001, that allows our customers to program their page so it's dynamically assembled on the edge. We have thousands of customers using that today have for close to 20 years.

Delivery is still your largest business, but the growth is slowing. What's driving that, and do you expect it to recede to pre-COVID levels?

The traffic is growing, [just] not at as fast a rate. We're in a year now where it's a non-COVID year lapping on top of a COVID year, and so people are outside more, they're actually going back and doing shopping in stores more, so there's less traffic growth. I think this year will not be a strong year in terms of the delivery business revenue. Next year you get back into a more normal situation where you have a non-COVID year over a non-COVID year, and so you have more of normal dynamics then.

The main verticals for delivery are sort of two components. There's the big traffic verticals, which would be OTT and media: software, gaming downloads. Then there's the transaction verticals, which don't have a lot of traffic, but have high value for the traffic that they have, and that would be led by commerce, retail, hospitality and so forth. They're all growing traffic, but not nearly at the rates that they were.

This story was updated to correct a few transcription errors.

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KT vows to spend W27tr on network, AI, cloud over 5 years – The Investor

A logo of KT (KT)

South Korean telecommunications giant KT said Thursday it plans to spend a combined 27 trillion won ($21.5 billion) in the field of network infrastructure, artificial intelligence and cloud computing over the next five years until 2026.

KT, Koreas largest telecommunications firm by revenue as of 2021, also pledged to hire 28,000 employees during the same period.

The 12 trillion won package will be used for AI, cloud computing and media content. KT will hone AI-powered products such as automated customer service centers and robotic services, as well as hyperscale AI computing, data centers and other cloud computing infrastructure.

Another 3 trillion won will be KTs cash ammunition for startup investment and possible strategic alliances with startup investees. KT has so far made early stage investments in startups such as Pinkfong, the entertainment firm behind the global phenomenon Baby Shark, travel booking app operator Yanolja and cloud managed service provider Megazone Cloud.

This is the first time that KT has unveiled prospective investment figures related to the non-network business realm.

In the meantime, KT will maintain its spending on network infrastructure and research on par with the past, which amounts to 12 trillion won over five years. High-speed wireless internet connections will be stabilized as KT seeks to strengthen infrastructure by setting up more cables or adding more routers, while more disaster recovery centers will be located outside Greater Seoul. More research will be carried out in tandem with the arrival of next-generation internet standards such as 6G.

The announcement came in the 20th year of KTs privatization. State-owned Korea Telecom was fully handed over to private-sector entities in August 2002.

By Son Ji-hyoung (consnow@heraldcorp.com)

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Ministry of Education, AICTE and AWS to Upskill Students in India in Cloud Computing and Machine Learning – CXOToday.com

AWS DeepRacer Student League kicks off today; the competition provides an exciting opportunity for students across India to learn and experiment with machine learning

The Ministry of Education is working with Amazon Web Services (AWS) with an aim to impart cloud computing and machine learning (ML) skills to higher education students in India. A Memorandum of Understanding (MoU) was signed between the All India Council for Technical Education (AICTE),a statutory body under the Ministry, and Amazon Internet Services Private Limited (AISPL), which undertakes the resale and marketing of AWS in India. This new collaboration extends the Ministrys efforts to enable students with critical technology skills, and strengthen the focus to build a future-ready digitally-skilled workforce in India. Thousands of AICTE-affiliated colleges in the country will extend this initiative to benefit students.

Dr. Buddha Chandrashekhar, Chief Coordinating Officer, AICTE, said, Digital skilling on future technologies at a national scale is a key priority for the Ministry of Education. Skilling our students in cloud computing and machine learning is especially crucial to not only ensure employability for our students, but also to build capacity in these critical skills that will define the industries of tomorrow. We are pleased that an industry leader like AWS is committed to work with AICTE to support the Indian governments vision for skilling to create an Atmanirbhar Bharat.

Sunil PP, LeadEducation, Space, and Nonprofits, Amazon Internet Services Private Limited, AWS India and South Asia, said, Over the course of the pandemic, we have seen organizations of all sizes accelerate their digital transformation plans by several years, driving an increased need for employers and their workers to advance skills training for cloud computing, cybersecurity, and machine learning.AWS recognizes this as a national priority, and todays announcement of the MoU with the Ministry of Education is part of our continued commitment to support the government in developing Indias technology talent and strengthening the countrys digital economy.

Through the MoU, AWS will provide students access to AWS Educate (www.awseducate.com), a program that offers self-paced online cloud learning resources and labs, designed to help people learn, practice, and evaluate cloud skills. The programseasy-to-navigate and adaptive user experience guides learners totargeted training content based on their knowledge, goals and interests.Learners can register on AWS Educate with just an email address.

In addition, AWS will support the goal of skilling students in cloud computing and ML through theAWS DeepRacer Student League, launched today. The AWS DeepRacer Student League isaimed at introducing ML to students in higher education, and inspiring them to explore the technology. The competition provides participants an interesting and fun way to learn ML, and experiment with it by building autonomous driving applications.This is the second AWS DeepRacer initiative focused on students in India after theAWS DeepRacer Womens Leaguein 2021, and is being held with support from the Ministry of Education, AICTE, and Intel. The competition is open to students above 18 years who are currently enrolled in higher educational institutions in India.

Earlier this year, the research report Building Digital Skills for the Changing Workforce prepared by strategy and economics consulting firm AlphaBeta, and commissioned by AWS noted that four of the top six most in-demand skills in India by 2025 will be cloud-related. The report found that the ability to use cloud-based tools will be the most in-demand skill required by employers in India by 2025, followed by technical support skills, cybersecurity skills, advanced digital marketing, artificial intelligence (AI) andML, and cloud architecture design. The importance and impact of the cloud-related skills are further underscored by their wide use across industry sectors, as employers surveyed in the research expect these skills to be in high demand in sectors such as healthcare, agriculture, fintech, media, and entertainment.

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Gaps in the realm of cloud auditing – CXOToday.com

An audit is a formal inspection and verification to check whether a standard or set of guidelines is being followed, records are accurate, or efficiency and effectiveness targets are being met. Auditors evaluate and test an organizations systems, processes and operations to determine whether the systems safeguard the information assets, maintain information confidentiality, integrity, and availability and operate effectively to achieve the organizations business goals or objectives. A traditional cyber security audit is a periodic examination of an IT functions checks, balances, and controls. A cloud audit is a periodic examination an organization does to assess and document its cloud suppliers performance.

An audit of a cloud environment is similar to a cyber security audit. Both examine a variety of operational, administrative, security and performance controls. Cloud audit controls are also similar to cyber security audit controls but with a focus on the nuances of cloud environments.

The purpose of such an audit is to see how well a cloud supplier is doing in meeting a set of established controls and best practices. The audit outcome and gaps provide organizations opportunities to address the risks and continually improve the cloud security environment.

This article focuses on the gaps in the realm of cloud auditing:

Gap 1: Absence of formal policies and procedures prior to acquisition of cloud services by business units.

Risk: This could lead to sub-standard supplier selection and performance as well as increased cloud security risks.

Recommendation: An information security policy for cloud computing and supplier relationships should be defined as topic-specific policies. These should be consistent with the organizations risk appetite. Comprehensive policies, procedures and guidelines that help the business units transition to cloud service applications in the acquisition need to be established. Use and management of cloud services, the need for pre-acquisition information security risk assessments, and supplier managementonce a signed supplier agreement is agreed uponmust also be addressed.

Gap 2: Lack of monitoring and review of cloud supplier services and service level agreements (SLAs).

Risk: If cloud supplier services and SLAs are not monitored, it may lead to inadequate cloud services and support, resulting in cloud service business needs not being met. Also, it may lead to introduction of cloud security risks into the system network.

Recommendation: Service performance levels intended to verify compliance with the cloud supplier agreements need to be monitored to provide reasonable assurance that the SLAs are up to date, any changes in business process requirements are identified, and necessary adjustments are made to the SLAs when the opportunity to re-negotiate arises. Appropriate actions should be taken when deficiencies in the service delivery are observed. The service reports produced by the cloud supplier need to be reviewed, and regular progress meetings as required by the agreements need to be conducted.

Gap 3: Internal auditors are not sufficiently trained on cloud auditing.

Risk: If internal auditors are not sufficiently trained on cloud auditing, it may affect the quality of internal audits. Lack of training may contribute to the challenge in gaining expertise in the identification of risks specific to data protection and privacy requirements when using cloud services.

Recommendation: Effective cloud security auditors must be familiar with cloud computing terminology and have a working knowledge of a cloud systems constitution and delivery method. This knowledge ensures auditors pay attention to security factors that might be more important in cloud security auditing processes, including transparency, encryption, colocation, scale, scope and complexity. Cloud Security Alliance and ISACA offer the Certificate of Cloud Auditing Knowledge (CCAK). This credential is the first-ever technical, vendor-neutral credential for cloud auditing, helping prepare IT professionals to help their organizations mitigate risks and realize the full benefits of the cloud. This certificate fills a gap in the industry for competent technical professionals who can help organizations mitigate risks and optimize ROI in the cloud. CCAK prepares IT professionals to address the unique challenges of auditing the cloud, ensuring the right controls for confidentiality, integrity and accessibility and mitigating risks and costs of audit management and non-compliance.

Summary

Organizations should include the cloud service provider as a type of supplier in its information security policy for supplier relationships. This will help to mitigate risks associated with the cloud service providers access to and management of the cloud service data. The responsibility for managing cloud supplier relationships should be assigned to a designated individual or team. Sufficient technical skills and resources should be made available to monitor that the requirements of the agreement, in particular the information security requirements, are being met. Organizations need to be aware that the legal or contractual responsibility for protecting information on the cloud remains with the organization. Organizations should establish a process to identify and implement required training, certification and ongoing professional development for auditing the cloud environment.

(The author Mr. Chetan Anand, Associate Vice President of Information Security and CISO at Profinch Solutions, and member of ISACA Emerging Trends Working Group and the views expressed in this article are his own)

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Edge Computing Market to hit USD 60 billion by 2030: Global Market Insights Inc. – GlobeNewswire

Selbyville, Delaware, June 07, 2022 (GLOBE NEWSWIRE) --

Edge Computing Market is anticipated to cross USD 60 billion by 2030, according to the recent research study by Global Market Insights Inc.

Ongoing government initiatives to support the acceptance of cloud computing technology is driving the market growth. The governments of various countries, such as India, China, the U.S., and the UK, are embracing cloud technology to expand their e-governance initiatives.

The support and maintenance service segment accounted for around 60% of edge computing market share in 2021. The growth is driven by the growing need to manage & control the network infrastructure. Maintenance & support services help service providers and enterprise customers to update, consolidate & build dynamic networks to access edge solutions. It also helps businesses to provide quick remote responses for minimizing network interruptions.

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The remote monitoring sector is expected to showcase over 25% growth between 2022 and 2030 credited to the rising instances of cyber-attacks. Moreover, the urge to manage connected devices is creating ample growth opportunities for the edge computing market.

The large enterprises market dominated with about 80% revenue share in 2021. These enterprises are also witnessing network complexities and security concerns. In response, they are deploying advanced edge computing solutions to ensure resilience throughout network operations in order to help identifying the potential threats and mitigating the risks that affect business productivity.

The BFSI industry is projected to attain nearly 25% gains during 2022-2030 attributed to digitalization across the sector. Banking & financial service providers throughout the industry are expanding their networks to gain prospective customers. Companies are also required to deliver personalized services using advanced technologies to cater to all the branch locations. Financial institutions can benefit from advanced edge computing solutions to extend the existing infrastructure between administrative buildings and corporate branches.

Europe edge computing market is estimated to spur exponentially owing to the mounting adoption of advanced technologies and increasing demand for 5G networks. The penetration of 5G services and the growing remote workforce are driving the demand for NAC solutions.

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Companies operating in the market are developing advanced edge computing solutions & services for their customers. For instance, in January 2022, NTT Communication Corp. launched the SDPF edge. It is an edge computing service that is available for a monthly fee on NTTs smart data platform. It is specially designed for the manufacturing industry. It consists of various advanced features such as control & decision making, reduction in communication volume, effective management of co-operating tasks, and optimized data usage.

Some of the major findings of the edge computing market report include:

Partial Table of Contents (ToC) of the reportChapter 3Edge Computing Industry Insights

3.1 Introduction3.2 Impact of COVID-19 outbreak3.3 Impact of Russia-Ukraine war3.4 Edge computing architecture3.5 Edge computing ecosystem analysis3.6 Technology & innovation landscape3.7 Patent analysis3.8 Investment portfolio3.9 Regulatory landscape3.10 Industry impact forces3.10.1 Growth drivers3.10.1.1 Increasing adoption of IoT devices across various end-user verticals3.10.1.2 Rising investments in 5G network3.10.1.3 Rising adoption of autonomous vehicles3.10.1.4 Strong government support for promoting cloud adoption3.10.1.5 Growing popularity of private networks3.10.2 Industry Pitfalls and Challenges3.11 Growth potential analysis3.12 Porters Analysis3.13 PESTEL analysisBrowse Complete Table of Contents (ToC) @ https://www.gminsights.com/toc/detail/edge-computing-market

About Global Market Insights Inc.

Global Market Insights Inc., headquartered in Delaware, U.S., is a global market research and consulting service provider, offering syndicated and custom research reports along with growth consulting services. Our business intelligence and industry research reports offer clients with penetrative insights and actionable market data specially designed and presented to aid strategic decision making. These exhaustive reports are designed via a proprietary research methodology and are available for key industries such as chemicals, advanced materials, technology, renewable energy, and biotechnology.

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Edge Computing Market to hit USD 60 billion by 2030: Global Market Insights Inc. - GlobeNewswire

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5 Inverse ETFs Rallying This Year With Tech Meltdown – Yahoo Finance

The technology sector saw the worst start to a year since 2002 as the giants were hit hard by soaring yields and the Federal Reserves tightening monetary. In fact, big technology stocks are facing their biggest rout in more than a decade. The S&P 500s information-technology sector has dropped 20% so far this year.

This has prompted investors to shell a record $7.6 billion this year from technology-focused mutual funds and ETFs through April, according to Morningstar Direct data going back to 1993. The ultra-popular Select Sector SPDR Technology ETF XLK pulled out more than $179 million in capital (read: 6 Reasons Why Tech ETFs May Rebound Soon).

As a result, inverse or inverse-leveraged ETFs have been on the rise as these fetch outsized returns on bearish sentiments in a short span. Daily Dow Jones Internet Bear 3X Shares WEBS, MicroSectors FANG & Innovation -3x Inverse Leveraged ETN BERZ, Direxion Daily Cloud Computing Bear 2X Shares CLDS, Direxion Daily Technology Bear 3x Shares TECS and ProShares UltraShort Technology REW have been outperforming and might continue their strong performance if sentiments remain the same.

The central bank took the most aggressive policy action in decades to combat soaring inflation by raising rates by 50 bps last month and pushing the benchmark above 0.75%. The hike marked the biggest interest-rate increase since 2000, resulting in soaring yields. The 10-year Treasury yields have jumped to the highest level since 2018 to above 3%. The tech sector relies on easy borrowing for superior growth and its value depends heavily on future earnings. A rise in long-term yields lowers the present value of companies future earnings, sparking fears of overvaluation (read: Why High Dividend ETFs are Beating the Market).

Further, many of the trends that flourished over the past two years including bullish options trades, special-purpose acquisition companies and cryptocurrencies have made a sharp U-turn, thereby dampening the appeal of the technology stocks. Many investors think that the combination of factors has put an end to the the decade-long era of tech dominance in markets.

Story continues

Leveraged and inverse-leveraged ETFs either create a leveraged long/short position, an inverse long/short position or a leveraged inverse long/short position in the underlying index through the use of swaps, options, futures contracts and other financial instruments. Due to their compounding effect, investors can enjoy higher returns in a short period provided the trend remains a friend.

However, these funds run the risk of huge losses compared to traditional funds in fluctuating or seesawing markets. Further, their performance could vary significantly from the actual performance of their underlying index over a longer period when compared to a shorter period (such as weeks or months).

Investors should note that these products are suitable only for short-term traders as these are rebalanced on a daily basis. Further, liquidity can be a big problem as it can make the products more expensive than they appear (see: all the Inverse Equity ETFs here).

Still, ETF investors seeking to tap abrupt movements can go long or short in the near term.

Daily Dow Jones Internet Bear 3X Shares (WEBS) Up 127.7%

Daily Dow Jones Internet Bear 3X Shares provides three times inverse play on the Internet corner of the broad technology sector by tracking the Dow Jones Internet Composite Index.

Daily Dow Jones Internet Bear 3X Shares has attracted $40.7 million in its asset base and charges 95 bps in annual fees. The ETF sees an average daily volume of about 335,000 shares.

MicroSectors FANG & Innovation -3x Inverse Leveraged ETN (BERZ) Up 68.2%

MicroSectors FANG & Innovation -3x Inverse Leveraged ETN is linked to the three times leveraged inverse performance of the Solactive FANG Innovation Index. The index tracks the stock prices of 15 large-capitalization, highly liquid U.S. technology stocks.

With AUM of $9 million, MicroSectors FANG & Innovation -3x Inverse Leveraged ETN has an expense ratio of 0.95% and trades in an average daily volume of 80,000 shares.

Direxion Daily Cloud Computing Bear 2X Shares (CLDS) - Up 44.2%

Direxion Daily Cloud Computing Bear 2X Shares targets the cloud-computing segment of the broad technology sector, offering two times inverse exposure to the performance of the Indxx USA Cloud Computing Index.

With AUM of $19.5 million, Direxion Daily Cloud Computing Bear 2X Shares has an expense ratio of 0.95% and trades in an average daily volume of 12,000 shares.

Direxion Daily Technology Bear 3x Shares (TECS) - Up 42%

Direxion Daily Technology Bear 3x Shares provides three times inverse exposure to the daily performance of the Technology Select Sector Index.

Direxion Daily Technology Bear 3x Shares has amassed about $123.6 million in its asset base while charging 95 bps in fees per year from investors. Volume is solid as it exchanges around 3 million shares a day on average (read: Inverse ETFs Take Flight as Market Turns Sour).

ProShares UltraShort Technology (REW) Up 41.7%

ProShares UltraShort Technology offers two times the inverse of the daily performance of the Dow Jones U.S. Technology Index, which measures the performance of the companies, including those involved in computers and office equipment, software, communications technology, semiconductors, diversified technology services and Internet services.

ProShares UltraShort Technology has accumulated $12.4 million in its asset base and charges 95 bps in annual fees. It trades in an average daily volume of nearly 64,000 shares.

While the strategy is highly beneficial for short-term traders, it could lead to huge losses compared with the traditional funds in fluctuating markets. Due to their compounding effect, investors can enjoy higher returns in a short period of time, provided the trend remains a friend.

Further, their performance could vary significantly from the actual performance of the underlying index over the longer period compared to a shorter period (such as weeks or months).

Want the latest recommendations from Zacks Investment Research? Today, you can download 7 Best Stocks for the Next 30 Days. Click to get this free reportTechnology Select Sector SPDR ETF (XLK): ETF Research ReportsProShares UltraShort Technology (REW): ETF Research ReportsDirexion Daily Technology Bear 3X Shares (TECS): ETF Research ReportsDirexion Daily Dow Jones Internet Bear 3X Shares (WEBS): ETF Research ReportsDirexion Daily Cloud Computing Bear 2X Shares (CLDS): ETF Research ReportsMicroSectors FANG & Innovation 3X Inverse Leveraged ETN (BERZ): ETF Research ReportsTo read this article on Zacks.com click here.Zacks Investment Research

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Global Optical Communication and Networking Equipment Market (2022 to 2027) – Expansion of Telecom Infrastructure in Developing Economies Presents…

Dublin, June 09, 2022 (GLOBE NEWSWIRE) -- The "Optical Communication and Networking Equipment Market by Component (Fiber, Transceiver, and Switch), Technology (WDM, Fiber Channel), Application (Telecom, Data Center, and Enterprise), Data Rate, Vertical and Region (2022-2027)" report has been added to ResearchAndMarkets.com's offering.

The global optical communication and networking equipment market was estimated at USD 24.2 billion in 2022 and is projected to reach USD 36.6 billion by 2027, growing at a CAGR of 8.6% from 2022 to 2027. Growing adoption of data centers and the deployment of VOIP, LTE, and 5G networks are the major driving factors for the growth of the optical communication and networking equipment market.Up to 40 Gbps: The fastest-growing segment of the optical communication and networking equipment market.

Optical communication and networking equipment with up to 40 Gbps data rate accounted for the largest market share of ~49% in 2021. As the network capacity increases, the element management system (EMS) requires higher reliability. The data rate of up to 40 Gbps provides reliable monitoring technology for large-capacity networks. Moreover, the market for optical communication and networking equipment with greater than 100 Gbps data rate is projected to grow with the highest CAGR of 9.8% during the forecast period. With the rapid development of 5G and high-performance services brought by cloud networks, the demand for higher bandwidth devices with a data rate of greater than 100 Gbps is expected to grow in the near future.Data Center: The highest growing application in optical communication and networking market.

The data center application is expected to dominate the market throughout the forecast period. The application is also expected to grow at the highest CAGR during the forecast period. Data centers are used for commercial purposes of OTT platforms, which are in constant demand and are rapidly increasing. The rise in the number of OTT platforms (Netflix, HBO, Disney, and Amazon Prime) over the year are expected to propel the data center market in the future.Cloud Segment: The fastest-growing vertical in optical communication and networking equipment market during the forecast period.

Could segment of the optical communication and networking equipment market is projected to grow at the highest CAGR during the forecast period. Cloud computing has become an essential part of the business landscape. In this regard, several companies are highly adopting complex computing solutions. The ever-growing clout of digital devices increases the demand for data storage space, transmission speed, and flexibility. These factors are fuelling the adoption of optical communication and networking equipment in cloud computing, which supports high-data transmission and offers high switching speed and large data storage.The Americas: The largest region in the optical communication and networking equipment market in 2021.

The Americas accounted for the largest share of ~40% of the optical communication and networking equipment market in 2021. The Americas has emerged as a major data center and cloud computing hub. Thus, it is the largest consumer of optical communication and networking equipment market. Factors such as the robust presence of major companies in the region; high demand for data communication; increased use of communication devices, such as smartphones, tablets, and VoIP equipment; as well as the growing market for wearable devices and increasing deployment of data centers drive the growth of the optical communication and networking equipment market in this region. Further, high defence spending and the presence of numerous important market players in the US are the key factors supporting the expansion of the market in the region.

Key Topics Covered:

1 Introduction

2 Research Methodology

3 Executive Summary

4 Premium Insights4.1 Attractive Opportunities in Optical Communication and Networking Equipment Market4.2 Optical Communication and Networking Equipment Market, by Application4.3 Optical Communication and Networking Equipment Market in Asia-Pacific, by Country and Component4.4 Optical Communication and Networking Equipment Market, by Technology4.5 Country-Wise Analysis of Optical Communication and Networking Equipment Market

5 Market Overview5.1 Introduction5.2 Market Dynamics5.2.1 Drivers5.2.1.1 Rise in Demand for Compact and Energy-Efficient Transceivers5.2.1.2 Rising Adoption of Cloud-Based and Virtualization Services Globally5.2.1.3 Growing Number of Data Centers5.2.2 Restraints5.2.2.1 High Initial Investment5.2.2.2 Increased Network Complexity5.2.3 Opportunities5.2.3.1 Expansion of Telecom Infrastructure in Developing Economies5.2.3.2 Deployment of Voip, Lte, and 5G Networks5.2.3.3 Expansion of Networks in Developing Countries5.2.3.4 Adoption of IoT5.2.4 Challenges5.2.4.1 Ever Changing Customer Demands for Portable Device and High Speed5.2.4.2 Vulnerability of Optical Networks to Hacking5.2.4.3 Susceptibility of Optical Fibers to Physical Damage and Transmission Losses5.3 Value Chain Analysis

6 Optical Communication and Networking Equipment Market, by Component6.1 Introduction6.2 Optical Fiber6.2.1 Single-Mode Fibers6.2.1.1 Single-Mode Fibers Are Used for Long-Distance and High-Bandwidth Applications6.2.2 Multi-Mode Fibers6.2.2.1 Multi-Mode Fibers Are Used for Building Applications6.3 Optical Transceiver6.3.1 Sff and Sfp6.3.1.1 Sff and Sfp Form Factors Are Known for Manufacturing Interconnects for Telecom and Datacom Sectors6.3.2 Sfp+ and Sfp286.3.2.1 Market for Sfp+ and Sfp28 Form Factors to Grow at Highest CAGR During Forecast Period6.3.3 Qsfp, Qsfp+, Qsfp14, and Qsfp286.3.3.1 Qsfp, Qsfp+, Qsfp14, and Qsfp28 Form Factors to Hold Large Market Share6.3.4 Cfp, Cfp2, and Cfp46.3.4.1 Cfp, Cfp2, and Cfp4 to Experience Rapid Growth During Forecast Period6.3.5 Xfp6.3.5.1 Xfp Form Factor Designed Mostly in Synchronous Optical Networking (Sonet)6.3.6 Cxp6.3.6.1 Cxp Form Factor Adopted for High-Density Signal Transmission in Industrial Applications6.4 Optical Amplifier6.4.1 Erbium-Doped Fiber Amplifiers6.4.1.1 Erbium-Doped Amplifiers Are Extensively Used in Optical Communication Networks6.4.2 Fiber Raman Amplifiers6.4.2.1 Fiber Raman Amplifiers Are Deployed in Long-Haul and Ultra-Long-Haul Transmission Systems6.4.3 Semiconductor Optical Amplifiers6.4.3.1 Semiconductor Optical Amplifiers Amplify Optical Signals at Varying Wavelengths6.5 Optical Switch6.5.1 Optical Switches Allow Photonic Signals to be Managed and Switched Without Converting Them into Electronic Signals6.6 Optical Splitter6.6.1 Optical Splitters Are Integral Component of Passive Optical Networks6.7 Optical Circulator6.7.1 Optical Circulators Are Used to Direct Optical Signals from One Port to Another6.8 Others

7 Optical Communication and Networking Equipment Market, by Technology7.1 Introduction7.2 Sonet/Sdh7.2.1 Sonet and Sdh Are Widely Adopted Transmission Technologies by Telecom Carriers7.3 Wdm7.3.1 Wdm Technology to Dominate Optical Communication and Networking Equipment Market7.3.2 Cwdm7.3.3 Dwdm7.4 Fiber Channel7.4.1 Market for Fiber Channel Technology to Grow at Highest CAGR During Forecast Period

8 Optical Communication and Networking Equipment Market, by Application8.1 Introduction8.2 Telecom8.2.1 Requirement for High-Speed Data Transmission to Drive Demand for Networking Equipment in Telecom Applications8.3 Data Center8.3.1 Rise in Network Traffic and Cloud Computing Services to Accelerate Demand for Networking Equipment in Data Center Applications8.4 Enterprise8.4.1 Growing Demand for Enterprise-Based Solutions Boost Growth of Market for Networking Equipment

9 Optical Communication and Networking Equipment Market, by Data Rate9.1 Introduction9.2 Up to 40 Gbps9.2.1 Data Center Interconnect, Internet Service Providers, and Enterprise Networks to Drive Demand for Optical Networking Devices with Data Rates of Up to 40 Gbps9.3 Greater Than 40 Gbps to 100 Gbps9.3.1 Data Centers, and Government and Financial Institutions to Drive Demand for Optical Networking Devices with Data Rates of Greater Than 40 Gbps to 100 Gbps9.4 Greater Than 100 Gbps9.4.1 Cloud Computing, Metro, and Long-Haul Network Applications to Fuel Demand for Optical Networking Devices with Data Rate of Greater Than 100 Gbps

10 Optical Communication and Networking Equipment Market, by Vertical10.1 Introduction10.2 Bfsi10.2.1 Increasing Demand for Digital Banking Services to Drive Demand for Optical Communication and Networking Equipment10.3 Government10.3.1 Increasing Investments in Networking Infrastructure Boosts Demand for Optical Communication and Networking Equipment10.4 Healthcare10.4.1 Increasing Demand for Digital Healthcare Services to Propel Optical Communication and Networking Equipment Market Growth10.5 Cloud10.5.1 Increasing Demand for Cloud-Based Data Centres to Foster Market Growth10.6 Energy & Utilities10.6.1 Rising Deployment of Smart Grids to Augment Optical Communication and Networking Equipment Market Growth10.7 Others

11 Regional Analysis

12 Competitive Landscape12.1 Overview12.2 Ranking Analysis of Market Players12.3 Competitive Leadership Mapping12.3.1 Visionary Leaders12.3.2 Dynamic Differentiators12.3.3 Innovators12.3.4 Emerging Companies12.4 Strength of Product Portfolio (For All 25 Players)12.5 Business Strategy Excellence (For All 25 Players)12.6 Competitive Scenario12.6.1 Product Launches and Developments12.6.2 Partnership, Collaborations, Agreements, and Contracts12.6.3 Acquisitions

13 Company Profiles13.1 Key Players13.1.1 Huawei Technologies Company, Ltd.13.1.2 Cisco Systems, Inc.13.1.3 Ciena Corporation13.1.4 Nokia13.1.5 Ii-Vi Incorporated13.1.6 Zte Corporation13.1.7 Adtran, Inc.13.1.8 Infinera Corp.13.1.9 Adva Optical Networking13.1.10 Fujitsu13.2 Right to Win13.3 Other Key Players13.3.1 Ribbon Communications13.3.2 Calix, Inc.13.3.3 Lumentum Holdings Inc.13.3.4 Neophotonics Corporation13.3.5 Broadcom13.3.6 Nec Corporation13.3.7 Juniper Network, Inc.13.3.8 Telefonaktiebolaget Lm Ericsson13.3.9 Alcatel-Lucent Enterprise13.3.10 Corning13.3.11 Arista Networks, Inc.13.3.12 Te Connectivity13.3.13 Microchip13.3.14 Padtec

14 Appendix

For more information about this report visit https://www.researchandmarkets.com/r/j1dpyv

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Global Optical Communication and Networking Equipment Market (2022 to 2027) - Expansion of Telecom Infrastructure in Developing Economies Presents...

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Microsoft (MSFT) Inks Manufacturing Partnership With P&G – Zacks Investment Research

Microsoft (MSFT Quick QuoteMSFT - Free Report) recently announced a multi-year collaboration with The Proctor & Gamble Company (P&G). As part of the deal, Microsoft will co-innovate with P&G to accelerate and expand the latters digital manufacturing platform.

Leveraging Microsoft Azure, AI and Internet of Things solutions, P&G will accommodate the volatility in the consumer products industry with scalable, agile and efficient solutions based on market conditions to ensure faster product delivery and customer satisfaction and improve productivity while reducing costs.

Over the past few years, Microsoft has doubled down on its cloud computing opportunity. The latest partnership is expected to strengthen its competitive position in the cloud computing market.

However, the company has lost 19.3% in the year-to-date period compared with the Zacks Computer - Softwareindustry's decline of 20.4%. Meanwhile, the Computer and Technologysector has tumbled 23.2% year to date.

The adoption of cloud computing has further been accelerated by the pandemic. Cloud-specific spending is expected to increase significantly in the near term. Per a Markets and Markets report, the global cloud computing market is expected to grow at a CAGR of 16.3%, reaching $947.3 billion in 2026. These trends bode well for cloud solution providers such as Microsoft.

The company has been focusing on upgrading and innovating its cloud offerings. Microsofts Azure continues to draw in customers. Per management, the number of $100 million-plus Azure deals more than doubled year over year in the third quarter.

Recently, Microsoft partnered with Accenture (ACN Quick QuoteACN - Free Report) and their joint venture, Avanade, to help organizations manage their sustainability challenges.

Leveraging Microsofts Cloud, Accenture Sustainability Services and Avanades human-centered digital experience, the strategic partnership will help organizations address industry-specific sustainability challenges.

American Airlines also partnered with Microsoft to use Azure as its preferred cloud platform for its airline applications and key workloads. This will significantly accelerate the airlines digital transformation, making Microsoft one of the largest technology partners of the airline.

Earlier this year, leaders across different industries such as Lufthansa Technik, BlackRock and Bridgestone have moved their SaaS platform to Microsoft Azure.

These developments are expected to drive the subscriber base, which in turn is anticipated to bolster top-line growth in the near term. In the last reported quarter, the Intelligent Cloud segment revenues were up 26% (same percentage at cc) year over year, at $19.051 billion. In the ongoing quarter, Microsoft expects overall Azure revenues to be driven by strong growth in the consumption business.

Microsoft faces stiff competition in the addressable market from the likes of Amazons (AMZN Quick QuoteAMZN - Free Report) Amazon Web Services (AWS) and Alphabets (GOOGL Quick QuoteGOOGL - Free Report) Google Cloud

AWS reported revenues of $18.4 billion, up 37% year over year over year growth, in the first quarter of 2022. Recently AWS launched its AWS Mainframe Modernization, a new service that makes it faster and easier for customers to modernize mainframe-based workloads by moving them to the cloud. It has already been adopted by the likes of TCS, Infosys and CGI.

Alphabet-owned Google Cloud revenues rose 43.8% year over year to $5.8 billion in the last reported quarter. Google Cloud recently extended its multi-year partnership with Nansen, a blockchain data analytics platform. The collaboration will enable Nansens Web3 investors with real-time access to high-quality market intelligence, thereby helping them make informed decisions.

Per the latest Canalys report, AWS accounted for 33% of the global cloud spending in first-quarter 2022, sustaining its leading position in the cloud market. Microsofts Azure came in second, accounting for 21% of the worldwide cloud spending. Google Cloud took the third position, representing 8% of the cloud spending.

To combat competition, Microsoft, which carries a Zacks Rank #3 (Hold), changed its licensing terms, which allows it to charge higher prices from customers for using its software in rival clouds.

You can see the complete list of todays Zacks #1 Rank (Strong Buy) stocks here.

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Microsoft (MSFT) Inks Manufacturing Partnership With P&G - Zacks Investment Research

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