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CoreStack unveiled a global partnership with Persistent Systems. CoreStacks AI-powered cloud governance solution will help Persistent Systems customers accelerate digital transformation using automation and orchestration.

Cloud computing continues to grow at a rapid pace and enterprise customers are migrating mission critical applications to cloud as part of their transformation journey. Customers are increasingly looking for better ways to automate and streamline their cloud operations, implement cloud cost management and enhance compliance and security posture across the multiple cloud environments that they operate.

CoreStacks AI-powered multi-cloud governance solution has provided customers with transformational outcomes with its next-gen cloud governance fabric, such as a 50 percent increase in cloud operational efficiencies, a 40 percent decrease in cloud costs, and a 100 percent compliance with security standards. CoreStacks proactive and preemptive cloud governance provides a 360-degree broad and deep visibility across financial operations (FinOps), security operations (SecOps), and cloud operations (CloudOps) in an integrated single pane of glass.

We are looking at enhancing PIOps, our intelligent operations framework, to enable transformation using AI-driven automation and orchestration, said Nitha Puthran, SVP Cloud, Infrastructure & Security at Persistent. The addition of CoreStacks advanced cloud governance to PIOps amplifies our ability to transform existing operational processes and better support multi-cloud environments.

The Persistent Intelligent Operations Solution (PIOps) is a framework comprised of cutting-edge technologies integrated across Infrastructure, Applications, Collaboration, and Cloud, that enables operational transformation. CoreStacks AI-based platform, along with the existing framework, will enable seamless multi-cloud management.

With enterprises pouring in tremendous investment in technology, particularly in cloud computing, across their lines of business, its critical to leverage the power of next-gen CloudOps to ensure speed to market, said Ezhilarasan Natarajan, CEO at CoreStack. We are thrilled to partner with Persistent Systems to help their large enterprise customer base with digital transformation across IT and lines of business through the use of AI-powered cloud governance, automation, and orchestration.

Read more from the original source:
CoreStack partners with Persistent Systems to help enterprises automate their cloud operations - Help Net Security

"Cloud Architect" has become a trendy title in the information technology sector. Ask many people the career path they want, and they'll respond "cloud architect." But, what is a cloud architect, really? People often repeat the buzzy phrase without knowing what it entails. Not to worry though, we're here to help you clear the air.

Copywriter, community manager, editor. Interested in fintech, investing, fund management.

"Cloud Architect" has become a trendy title in the information technology sector.

Ask many people the career path they want, and they'll respond "cloud architect."

But, what is a cloud architect, really? People often repeat the buzzy phrase without knowing what it entails. Not to worry though, we're here to help you clear the air.

Let's first define what cloud architecture generally means. Cloud architecture refers to the various components that form a cloud computing system.

It refers to how individual technologies combine to create cloud environments where numerous computers share resources from a single network.

A cloud architect is a person responsible for conceptualizing and developing cloud architecture. They're responsible for converting the technical concepts and requirements for a project into a working cloud system.

A cloud architect is typically in charge of a company's cloud strategy, a very delicate role. Their duty is critical because failure in a company's cloud system can affect all the aspects of its business.

Hence, enterprises often seek highly-skilled cloud architects and pay top dollar for them. It's no surprise that the profession of a cloud architect has become trendy as of late, given the prestige and monetary resources businesses now assign to them.

The cloud computing sector is already huge yet growing enormously. According to research firm Markets and Markets, the global cloud computing market is expected to grow from $445 billion in 2021 to $947 billion in 2026. Hence, cloud architects are well-positioned to ride this growth wave. It's a wise career choice.

You've heard good things about the profession of a cloud architect. But, how can you become one? There are several vital steps to take to become one, and it starts with some initial skills you must have.

Every cloud architect must be well versed in computer programming. The most common coding languages used in cloud architecture are Java, Python, and C++, but there are many more you can learn.

You need computer programming skills to convert technical requirements into real projects. Likewise, a good cloud architect should be able to program quickly to create a proof of concept for the desired product.

You can't create a reliable cloud solution without sufficient knowledge of computer networking. A good cloud architect must know how to interact with the various components that make up a computer network.

For example, you should know how to use a content delivery network for geographic distribution or a virtual private cloud (VPC) to isolate parts of your cloud network.

Security is essential to any cloud network. Cloud computing has brought many benefits, but one of its drawbacks is opening up enterprises to a higher risk of compromise.

According to IBM, the average cost of a cloud breach is $4.2 million, so you want to avoid that.

Every cloud architect must implement advanced security measures to protect their enterprise from compromise.

Every cloud architect must know how to work with various database technologies.

Many data storage options are available, so you're free to choose anyone. For example, you can use Amazon S3 for object storage or Hadoop clusters for analyzing large amounts of structured data.

A good cloud architect must be well-versed with general or specialized cloud platforms. For example, a cloud architect in a finance firm should be familiar with the MQL5 Cloud Network, a specialized distributed network for finance experts developing and deploying automated trading models.

The MQL5 Cloud Network reached a capacity of 34,000 agents in January 2022, according to Bloomberg. The network continues to grow due to users of MQL5.community, selling idle time of their computers' processors.

The above list isn't exhaustive. There are many other things a cloud architect must know, but we listed the most basic ones.

It's essential to learn the skills required for a cloud architect. But, many people won't believe you have the skills if you don't have evidence to back it up. Professional certificates are the easiest way to signal your cloud architecture expertise to prospective employers.

The highly sought-after certificates in the cloud industry are from three cloud providers; Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform (GCP).

AWS

Amazon Web Services (AWS) is the world's biggest cloud computing provider by volume and sales. Hence, enterprises around the globe give greater credence to official AWS certifications.

AWS currently offers 11 certificates covering both basic and specialty cloud topics.

They're four certificate tiers; Foundational, Associate, Professional, and Specialty. Foundational covers six months of AWS knowledge, Associate covers one year, Professional covers two years, and Specialty for an unspecified amount of time.

Microsoft Azure

Azure is the second-biggest cloud provider trailing AWS. It's the cloud computing unit of tech giant Microsoft.

Microsoft offers 12 cloud certifications with 14 exams classified into three levels; Fundamental, Associate, and Expert. Some are role-based, including Azure Administrator, Azure Solution Architect, Azure AI Engineer, etc.

A Microsoft Azure certification will help you understand how to use the cloud platform effectively.

Google Cloud Platform

Google Cloud Platform (GCP) is the third-biggest cloud provider, owned by tech giant Google. The company currently offers ten role-based certifications, including for a specialized Cloud Architect.

The Cloud Architect certification takes you through the fundamentals of the Google Cloud Platform, including Kubernetes, BigQuery, App Engine, and Cloud Firestore. It'll give you the chance to build and deploy solutions in live GCP environments.

Getting a cloud certification isn't always easy, mainly for high-level ones. Endeavor to study as required to pass the certification exams.

Enterprise spending on cloud computing is ballooning. According to Gartner, more than half of enterprise IT spending by 2025 will be on cloud services.

You can observe virtually endless growth in this sector. A certification from a leading cloud provider paired with your innate cloud computing knowledge will open up many opportunities.

With sufficient cloud computing knowledge and certification to prove it, you can offer your services to employers. The demand is outsized, so you shouldn't have problems finding a job.

The IT world is your oyster as a certified cloud developer. You have endless opportunities to apply your expertise in this sector.

"Cloud Architect" has become a trendy title in the information technology sector.

Ask many people the career path they want, and they'll respond "cloud architect."

But, what is a cloud architect, really? People often repeat the buzzy phrase without knowing what it entails. Not to worry though, we're here to help you clear the air.

Let's first define what cloud architecture generally means. Cloud architecture refers to the various components that form a cloud computing system.

It refers to how individual technologies combine to create cloud environments where numerous computers share resources from a single network.

A cloud architect is a person responsible for conceptualizing and developing cloud architecture. They're responsible for converting the technical concepts and requirements for a project into a working cloud system.

A cloud architect is typically in charge of a company's cloud strategy, a very delicate role. Their duty is critical because failure in a company's cloud system can affect all the aspects of its business.

Hence, enterprises often seek highly-skilled cloud architects and pay top dollar for them. It's no surprise that the profession of a cloud architect has become trendy as of late, given the prestige and monetary resources businesses now assign to them.

The cloud computing sector is already huge yet growing enormously. According to research firm Markets and Markets, the global cloud computing market is expected to grow from $445 billion in 2021 to $947 billion in 2026. Hence, cloud architects are well-positioned to ride this growth wave. It's a wise career choice.

You've heard good things about the profession of a cloud architect. But, how can you become one? There are several vital steps to take to become one, and it starts with some initial skills you must have.

Every cloud architect must be well versed in computer programming. The most common coding languages used in cloud architecture are Java, Python, and C++, but there are many more you can learn.

You need computer programming skills to convert technical requirements into real projects. Likewise, a good cloud architect should be able to program quickly to create a proof of concept for the desired product.

You can't create a reliable cloud solution without sufficient knowledge of computer networking. A good cloud architect must know how to interact with the various components that make up a computer network.

For example, you should know how to use a content delivery network for geographic distribution or a virtual private cloud (VPC) to isolate parts of your cloud network.

Security is essential to any cloud network. Cloud computing has brought many benefits, but one of its drawbacks is opening up enterprises to a higher risk of compromise.

According to IBM, the average cost of a cloud breach is $4.2 million, so you want to avoid that.

Every cloud architect must implement advanced security measures to protect their enterprise from compromise.

Every cloud architect must know how to work with various database technologies.

Many data storage options are available, so you're free to choose anyone. For example, you can use Amazon S3 for object storage or Hadoop clusters for analyzing large amounts of structured data.

A good cloud architect must be well-versed with general or specialized cloud platforms. For example, a cloud architect in a finance firm should be familiar with the MQL5 Cloud Network, a specialized distributed network for finance experts developing and deploying automated trading models.

The MQL5 Cloud Network reached a capacity of 34,000 agents in January 2022, according to Bloomberg. The network continues to grow due to users of MQL5.community, selling idle time of their computers' processors.

The above list isn't exhaustive. There are many other things a cloud architect must know, but we listed the most basic ones.

It's essential to learn the skills required for a cloud architect. But, many people won't believe you have the skills if you don't have evidence to back it up. Professional certificates are the easiest way to signal your cloud architecture expertise to prospective employers.

The highly sought-after certificates in the cloud industry are from three cloud providers; Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform (GCP).

AWS

Amazon Web Services (AWS) is the world's biggest cloud computing provider by volume and sales. Hence, enterprises around the globe give greater credence to official AWS certifications.

AWS currently offers 11 certificates covering both basic and specialty cloud topics.

They're four certificate tiers; Foundational, Associate, Professional, and Specialty. Foundational covers six months of AWS knowledge, Associate covers one year, Professional covers two years, and Specialty for an unspecified amount of time.

Microsoft Azure

Azure is the second-biggest cloud provider trailing AWS. It's the cloud computing unit of tech giant Microsoft.

Microsoft offers 12 cloud certifications with 14 exams classified into three levels; Fundamental, Associate, and Expert. Some are role-based, including Azure Administrator, Azure Solution Architect, Azure AI Engineer, etc.

A Microsoft Azure certification will help you understand how to use the cloud platform effectively.

Google Cloud Platform

Google Cloud Platform (GCP) is the third-biggest cloud provider, owned by tech giant Google. The company currently offers ten role-based certifications, including for a specialized Cloud Architect.

The Cloud Architect certification takes you through the fundamentals of the Google Cloud Platform, including Kubernetes, BigQuery, App Engine, and Cloud Firestore. It'll give you the chance to build and deploy solutions in live GCP environments.

Getting a cloud certification isn't always easy, mainly for high-level ones. Endeavor to study as required to pass the certification exams.

Enterprise spending on cloud computing is ballooning. According to Gartner, more than half of enterprise IT spending by 2025 will be on cloud services.

You can observe virtually endless growth in this sector. A certification from a leading cloud provider paired with your innate cloud computing knowledge will open up many opportunities.

With sufficient cloud computing knowledge and certification to prove it, you can offer your services to employers. The demand is outsized, so you shouldn't have problems finding a job.

The IT world is your oyster as a certified cloud developer. You have endless opportunities to apply your expertise in this sector.

Read more:
I am Just an Architect With His Head in the Cloud - hackernoon.com

A survey conducted by RIB CCS in Q4 2021 identified cloud computing as the most critical area for construction industry investment. This was followed by building information modelling (BIM), mobile technology, and integrated technology platforms.

RIB CCS vice president Peter Damhuis

Damhuis notes that each time a construction company moves onto a new site, it has to set up some form of infrastructure for employees and support teams. The complexity of the infrastructure differs from site to site, from relatively basic setups at smaller sites to more complex arrangements at large sites.

Before cloud computing was widely adopted by the industry, people on site would require an IT infrastructure, printers and, in some instances, a dedicated server room to facilitate the exchange of data between teams. During the setup phase, a team of IT specialists would arrive on site and go from one container to the next, installing equipment and running software.

Less infrastructure also means fewer security concerns. When construction companies work in remote areas, they often have to guard against theft. When there is less equipment and infrastructure on-site, there is less to worry about, says Damhuis.

In addition, cloud computing promotes greater efficiency when it comes to construction projects. For example, programmes such as BuildSmart can be accessed from wherever the various team members are located and provide one source of information for everyone. All of the manual processes of seeking information, submitting requisitions and creating orders can now be completed in the cloud, in real time, improving the outcomes for everyone involved.

He says while construction companies have begun to move to the cloud, the process is not happening fast enough. There is a perceived cost element involved that construction companies cite as a hindrance. I say perceived because if these businesses conducted a cost value exercise, they would realise that the costs saved on infrastructure, people efficiencies, and other peripheral issues far outweigh the cost of introducing cloud computing.

Another challenge is trust. While most people will happily conduct all of their financial transactions on their mobile phones, construction companies are loathe to put confidential information in the cloud, even with the stringent security measures in place to keep their data secure.

Damhuis says when he started conducting conversations about moving to the cloud with his clients a few years ago, there was little interest in doing so. Those same clients are now asking us to help them make the transition. I believe the Covid-19 pandemic, Microsoft, and other players in the industry are major drivers behind this.

Another compelling reason for choosing the cloud is the concept of generative design, an iterative design process that uses the full power of the cloud to compute design alternatives. For example, if the construction team were building a complex arch, a generative design would calculate the optimum span, shape and load, explains Damhuis.

Damhuis says each job has its own information, but once construction companies start compiling information over numerous job sites, they are able to track trends on projects and make better executive decisions.

Notably, the capturing of information by drones or videos streaming from site also allows for the real-time tracking of the events on site, allowing people at the support office to follow progress and creating a connection between people in the support office and people on site.

Read more:
Cloud computing the most critical area for construction investment - survey - Bizcommunity.com

Global Cloud Computing in Cell Biology Market 2022 includes Precise Company profiling of leading players of the Cloud Computing in Cell Biology request. All of the parts studied in the report are anatomized grounded on different factors similar as request share, profit, and CAGR. To more understand the request, its veritably important to consider the opinions of request experts. Cloud Computing in Cell Biology Market report contains expert opinions. Its also divided into sections by type and sections by operation. All types describe the product for the cast period 2022-2028.

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Cloud Computing in Cell Biology Market Size and Growth 2022-2028:

Cloud computing provides fundamental support to address the challenges with shared computing resources including computing, storage, networking and analytical software. Progress in biomedical research is increasingly driven by insight gained through the analysis and interpretation of large and complex data sets. Recently, cloud computing has emerged as a powerful, flexible, and scalable approach to disparate computational and dataintensive problems. researcher predicts global cloud computing in cell biology market will grow from USD 1,798 million in 2021 to USD 5,830 million by 2028, achieving a CAGR of 18.3 percent, according to the latest edition of the Global Cloud Computing in Cell Biology Market Report.

The report provides in-depth analysis and insights regarding the current global market scenario, latest trends and drivers into global Cloud Computing in Cell Biology market. It offers an exclusive insight into various details such as market size, key trends, competitive landscape, and growth rate and market segments. This study also provides an analysis of the impact of the COVID-19 crisis on the Cloud Computing in Cell Biology industry.

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This industry report offers market estimates and forecasts of the global market, followed by a detailed analysis of the application, and region. The global market for Cloud Computing in Cell Biology can be segmented by application: alloy products, batteries, chemicals, others. Cloud Computing in Cell Biology market is further segmented by region: Asia-Pacific, Europe, North America, Middle East and Africa (MEA), South America.

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Cloud Computing in Cell Biology Market Segmentation:

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Key questions answered in this report-

Table of Content:

PART 1. INTRODUCTION Report description Objectives of the study Market segment Years considered for the report Currency Key target audiencePART 2. METHODOLOGYPART 3. EXECUTIVE SUMMARYPART 4. MARKET OVERVIEW Introduction Drivers Restraints Impact of COVID-19 pandemicPART 5. MARKET BREAKDOWN BY DEPLOYMENT MODE Public cloud Private cloud HybridPART 6. MARKET BREAKDOWN BY APPLICATION Discovery and preclinical research Clinical trials Pharmaceuticals manufacturing OthersPART 7. MARKET BREAKDOWN BY END USER Biotechnology and pharmaceutical companies Clinical laboratories Contract research organization (CRO)PART 8. MARKET BREAKDOWN BY REGION Asia Pacific Europe North America Rest of the World (RoW)PART 9. KEY COMPANIES Accenture plc Alphabet Inc. Amazon Web Services, Inc. Cisco Systems, Inc. Dell Technologies Inc. Huawei Technologies Co., Ltd. International Business Machines Corporation (IBM) Microsoft Corporation Oracle Corporation Salesforce.com Inc. SAP SE

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Cloud Computing in Cell Biology Market Overview with Demographic Data and Industry Growth Trends 2022-2028 Queen Anne and Mangolia News - Queen Anne...

Cloud computing has been one of the fastest-growing sectors in recent years. The trend, which was already growing, has been accelerated due to the Covid-19 pandemic. The shift towards digitalization during the period has helped the companies engaged in cloud computing.

Although the market has witnessed choppy trading in recent months due to various uncertainties, the cloud segment of the companies has seen growth. With the earnings season on track, investors are exploring opportunities in the cloud computing sector, given the sector's growth potential.

Here we explore some of the top cloud computing companies to explore in May.

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Amazon.com, Inc. is one of the leading e-commerce-focused technology companies based in Seattle, Washington. It also provides cloud computing, media streaming, artificial intelligence, and other related services.

The shares of the company traded at US$2460.09 at 2:02 pm ET on May 4, down by 1.01% from their closing price of May 3. Its stock value decreased by 27.08% YTD.

The firm has a market cap of US$1.23 trillion, a P/E ratio of 58.82, and a forward one-year P/E ratio of 95.65. Its EPS is US$41.43.

The 52-week highest and lowest stock prices were US$3,773.08 and US$2,367.50, respectively. Its trading volume was 3,956,668 on May 3.

The company's net sales increased by 7% YoY to US$116.4 billion in Q1, FY22. Its net loss came in at US$3.84 billion, or US$7.56 per diluted share, as compared to US$8.10 billion, or US$15.79 per diluted share in Q1, FY21.

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Source: Pixabay

Microsoft is another leading technology firm that specializes in software, consumer electronics, personal computers, cloud computing, and other related services. It is based in Redmond, Washington.

The stock of the company traded at US$281.18 at 2:07 pm ET on May 4, down by 0.21% from its previous closing price. The MSFT stock fell 15.82% YTD.

The market cap of the company is US$2.11 trillion, the P/E ratio is 29.48, and the forward one-year P/E ratio is 30.23. Its EPS is US$9.58.

The stock saw the highest price of US$349.67 and the lowest price of US$238.07 in the last 52 weeks. Its share volume on May 3 was 25,978,610.

The company's revenue increased by 18% YoY to US$49.4 billion in Q3, FY22. On a GAAP basis, its net income came in at US$16.72 billion, or US$2.22 per diluted share, as compared to US$15.45 billion, or US$2.03 per diluted share in Q3, FY21.

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Alphabet is one of the major conglomerate firms based in Mountain View, California. It offers various internet and technology-related services like search engines, cloud computing, etc., to its clients. Notably, Alphabet is the parent company of Google.

The shares of the company traded at US$2365.91 at 2:12 pm ET on May 4, up 0.82% from their closing price of May 3. Its stock value declined 19.08% YTD.

The firm has a market cap of US$1.56 trillion, a P/E ratio of 21.53, and a forward one-year P/E ratio of 20.84. Its EPS is US$110.56.

The 52-week highest and lowest stock prices were US$3,030.93 and US$2,193.62, respectively. Its trading volume was 1,248,368 on May 3.

The company's revenue surged 23% YoY to US$68.01 billion in Q1, FY22. Its net income came in at US$16.43 billion, or US$24.62 per diluted share, as compared to US$17.93 billion, or US$26.29 per diluted share in the year-ago quarter.

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Salesforce is a cloud-based software firm based in San Francisco, California. It provides customer relationship management (CRM) software and tools to its clients to help them in their sales, customer service, analytics, etc.

The stock of the company traded at US$177.37 at 2:19 pm ET on May 4, down 0.56% from its previous closing price. The CRM stock plunged 30.18% YTD.

The market cap of the company is US$178.27 billion, the P/E ratio is 119.58, and the forward one-year P/E ratio is 84.93. Its EPS is US$1.50.

The stock saw the highest price of US$311.75 and the lowest price of US$167.55 in the last 52 weeks. Its share volume on May 3 was 5,047,686.

The company's revenue increased by 26% YoY to US$7.33 billion in Q4, FY22, while its net loss came in at US$28 million, or US$0.03 per diluted share. For fiscal 2022, the company's revenue surged 25% YoY to US$26.49 billion.

Meanwhile, it now expects its revenue to be between US$32.00 billion and US$32.1 billion in fiscal 2023.

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Adobe is a software company that provides a wide range of services and products for professionals, marketers, app developers, and other related sectors. It is based in San Jose, California.

The shares of the company traded at US$404.01 at 2:39 pm ET on May 4, down 0.88% from their closing price of May 3. Its stock value decreased by 27.78% YTD.

The firm has a market cap of US$191.72 billion, a P/E ratio of 40.3, and a forward one-year P/E ratio of 36.75. Its EPS is US$10.07.

The 52-week highest and lowest stock prices were US$699.54 and US$394.04, respectively. Its trading volume was 2,196,257 on May 3.

The company's revenue surged 9% YoY to US$4.26 billion in Q1, FY22. Its net income came in at US$1.266 billion, or US$2.66 per diluted share, as compared to US$1.261 billion, or US$2.61 per diluted share in Q1, FY21.

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Although experts anticipate that the cloud computing sector will maintain steady growth in the coming days, the recent macroeconomic factors have forced investors to keep away from these growth stocks. Meanwhile, the S&P 500 technology sector declined 17.48% YTD after witnessing a strong momentum in the previous year. On the other hand, the tech-savvy Nasdaq Composite dropped 20.52% YTD.

Hence, investors should closely evaluate the companies before spending on the stocks.

Continued here:
AMZN, GOOGL, CRM among top 5 cloud stocks to explore in May - Kalkine Media