PRESS RELEASE

Published April 11, 2023

New Jersey, N.J, April. 11, 2023 (Digital Journal) - Cloud-native software refers to applications that are designed and optimized for deployment in cloud computing environments. Cloud-native software is built using specific design principles and technologies, such as containerization, microservices architecture, and dynamic orchestration, that enable applications to be highly scalable, resilient, and fault-tolerant. This approach to software development emphasizes the use of cloud services and APIs for all aspects of an applications lifecycle, including development, testing, deployment, and management. By adopting a cloud-native approach, organizations can take advantage of the scalability, agility, and cost savings offered by cloud computing while delivering highly responsive and reliable applications to their users.

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The global Cloud-native Software Market is expected to grow at a significant CAGR of +23% during the forecasting Period (2023 to 2030).

Cloud-native Software Market research is an intelligence report with meticulous efforts undertaken to study the right and valuable information. The data that has been looked at considers both the existing top players and the upcoming competitors. Business strategies of the key players and the new entering market industries are studied in detail. Well explained SWOT analysis, revenue share and contact information are shared in this report analysis.

Top Key Players Profiled in this report are:

? IBM? Nokia? Onica? Microsoft Azure? Google? Oracle? SAP? Symantec? VMWare? Salesforce? HCL? Amadeus? Pivotal? AWS

The key questions answered in this report:

Various factors are responsible for the market's growth trajectory, which is studied at length in the report. In addition, the report lists the restraints that are posing a threat to the global Cloud-native Software market. It also gauges the bargaining power of suppliers and buyers, the threat from new entrants and product substitutes, and the degree of competition prevailing in the market. The influence of the latest government guidelines is also analysed in detail in the report. It studies the market's trajectory between forecast periods.

Global Cloud-native Software Market Segmentation:

Market Segmentation: By Type

Market segmentation by Application:

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Regions Covered in the Global Cloud-native Software Market Report 2022:

The Middle East and Africa (GCC Countries and Egypt)

North America (the United States, Mexico, and Canada)

South America (Brazil etc.)

Europe (Turkey, Germany, Russia UK, Italy, France, etc.)

Asia-Pacific (Vietnam, China, Malaysia, Japan, Philippines, Korea, Thailand, India, Indonesia, and Australia

The cost analysis of the global Cloud-native Software market has been performed while keeping in mind manufacturing expenses, labour costs, raw materials, their market concentration rate, suppliers, and price trend. Other factors such as supply chain, downstream buyers, and sourcing strategy have been assessed to provide a complete and in-depth view of the market. Buyers of the report will also be exposed to a study on market positioning with factors such as target client, brand strategy, and price strategy taken into consideration.

The report provides insights on the following pointers:

Market Penetration: Comprehensive information on the product portfolios of the top players in the Cloud-native Software market.

Product Development/Innovation: Detailed insights on the upcoming technologies, R&D activities, and product launches in the market.

Competitive Assessment: In-depth assessment of the market strategies, geographic and business segments of the leading players in the market.

Market Development: Comprehensive information about emerging markets. This report analyzes the market for various segments across geographies.

Market Diversification: Exhaustive information about new products, untapped geographies, recent developments, and investments in the Cloud-native Software market.

Table of Contents

Global Cloud-native Software Market Research Report 2022 - 2029

Chapter 1 Cloud-native Software Market Overview

Chapter 2 Global Economic Impact on Industry

Chapter 3 Global Market Competition by Manufacturers

Chapter 4 Global Production, Revenue (Value) by Region

Chapter 5 Global Supply (Production), Consumption, Export, Import by Regions

Chapter 6 Global Production, Revenue (Value), Price Trend by Type

Chapter 7 Global Market Analysis by Application

Chapter 8 Manufacturing Cost Analysis

Chapter 9 Industrial Chain, Sourcing Strategy and Downstream Buyers

Chapter 10 Marketing Strategy Analysis, Distributors/Traders

Chapter 11 Market Effect Factors Analysis

Chapter 12 Global Cloud-native Software Market Forecast

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Continued here:
Cloud-native Software Market to Flourish with an Impressive CAGR ... - Digital Journal

In the history of big data, no one knows exactly how the term Big Data originated. It has been used since the 1990s. John R. Mashey, a Silicon Graphics professional, is credited with popularizing the term. It may surprise many that Big Data is not a term coined in recent years. Data analysis and techniques related to analysis were used by people over the course of centuries to help them make better decisions. The speed and volume of data generation have increased incredibly over the last two decades. It is now reached a level where it has sprung beyond measures of human comprehension.

Data analysis, analytics, and the concept of Big Data are all connected to data management. They rely on various features and techniques, including storing, extracting, and optimizing data stored in Relational Database Management Systems (RDBMS).

The key components in the first phase were database management and data warehousing. They provided the base for the further development of modern data analysis.

The process of advanced data collection and data analysis features began in early 2000. During this period, web traffic and online stores started proliferating. Leading organizations dealing with Big Data initiated the detailed analysis of customer behavior by researching aspects such as search logs, click rates, and location data. It also opened up a whole new world of possibilities.

HTTP-based web traffic helped drive efforts in proper analysis and storage of semi-structured and unstructured data. Organizations were keen to find solutions for the storage and analysis of standard structured data as well as new data types so that they could be analyzed efficiently. Additionally, the rapid growth of social media data greatly intensified the need for the right tools, techniques, and technologies to extract meaningful information from this unstructured data.

Organizations have to deal with the exceptional challenges posed by web-based unstructured content for data analysis, data analytics, and big data. An answer to this problem seems to emerge from mobile devices.

Mobile devices have the technology to analyze behavioral data. It also allows for storing and analyzing location-based data (GPS data). With mobile devices becoming smarter by the day, tracking various aspects of human behavior and arriving at definite conclusions is possible.

With internet speeds improving, making it possible to spew data at exponentially faster rates, the stage was set for the next giant leap in Big Data history.

With the introduction of the World Wide Web and the development of HTML, URLs, and HTTP, access to data became relatively easy and decidedly faster. In 1996, digital storage became an affordable way of storing information compared to storing data on paper. In addition the search engine system took shape in 1997 with the registration of Google as a domain name. The development of several other tech innovations also took place alongside. These included areas of machine learning, big data, and analytics. In 1999, a book published by Hal R. Varian and Peter Lyman made efforts to quantify the volume of digital information available across the globe.

The real big change in Big Data happened in the 21st century. Doug Laney from Gartner coined the term 3Vs of Big Data. He defined how volume, velocity, and variety impacted Big Data. Since then, other Vs., such as veracity, value, and variability, are also used in the Big Data context.

2005 saw the creation of Apache Hadoop, the open-source framework, by scientists Doug Cutting and Mike Cafarella. This framework is used to store and process large data sets. Soon after, in 2006, Amazon Web Services (AWS) began its web-based computing infrastructure services (cloud computing). It is also a dominant name in the current cloud services industry.

Some of the key developments that happened during this era are:

Edge computing is a new technology that defines the data management process for critical sectors of the economy. This kind of computing is done near the source of data collection rather than in the cloud or a centralized data center.

The explosive increase in the use of connected devices, the dependence on the cloud, and the upcoming edge computing revolution have played important roles in the growth of Big Data. Enhanced use of technologies such as Machine Learning, Artificial Intelligence, and IoT analytics have also contributed to the ability to process and analyze data. Over the years, we can expect major developments in Big Data, which will help accelerate the analytics process and boost the efficiency and ease of use of tools for leveraging Big Data.

Continued here:
A Quick Guide To The History of Big Data - Baseline

For many IT companies, making a commitment to soften computings impact on the environment is little more than empty rhetoric: promises, pledges, assurances, and precious few real-world results. Yet a rapidly growing number of IT businesses are beginning to understand that blunting technologys environmental impact is not only the right thing to do but is actually good for business.

Here are four firms that are backing up their environmental commitments with real-world action.

BrainBox AI is targeting the green building revolution with its unique heating, ventilation, and air conditioning (HVAC) technology. The system relies on two cutting-edge IT innovations -- artificial intelligence and cloud computing -- to achieve maximum environmental efficiency.

Andrew Fitzpatrick, BrainBox AIs UK business development director, says that his company has merged deep learning algorithms with existing HVAC technology to automate the performance of individual system components, such as air conditioners and heat pumps. He reports that BrainBox AIs technology can lower a buildings total energy cost by up to 25% and its carbon footprint by 20 to 40 percent while improving occupant comfort by 60%.

BrainBox AI predicts a buildings energy consumption at a granular level, enabling autonomous HVAC systems to operate pre-emptively, versus the currently used reactive approach. The shift from reactive to pre-emptive HVAC system management is applied individually to each of the buildings environmental zones, allowing for highly granular system control, Fitzpatrick explains. He notes that the technology can be quickly installed, is non-intrusive, and generates savings with no upfront capital investment.

Novva Data Centers has developed a proprietary water-free cooling system that it has deployed at its data center in West Jordan, Utah. The system aims to reduce data center operators massive water dependency, effectively saving 300 million gallons of water per year.

The system scoops up the hot air generated by data center servers and related equipment and recycles it through heat exchange coils to convert it back to cold air. Meanwhile, thanks to overnight temperature dips, Novva can use ambient air cooling during 65% to 70% of the year, using only outside air to keep servers cool. For the other 30% to 35% of the year, Novva operates a hybrid system, using both ambient air and the water-free cooling system. Besides the innovative water-free cooling system, Novva also uses solar energy to help supply energy to the centers servers.

Novva Data Centers CEO Wes Swenson notes that a Salt Lake Tribune article published last year compared his firms water use to other data centers. We were found to be more economical with our usage than Facebook and the NSA, which use approximately 13 million and 128 million gallons of water per year, respectively, he says. We feel our technology is showing others the way forward to better, greener facilities.

Thanks to its green practices, Novvas Utah facility earned a LEED silver certification from the US Green Building Council.

IT engineering and consulting firm GFT is embracing the concept of carbon-conscious coding. The firms GreenCoding methodology is not just a nice-to-have philosophy, but an actual company-wide practice, says Marco Santos, GFTs CEO Americas. Were currently in the process of rolling it out to the enterprises we work with so they can also adopt it, he notes. The company is now driving sustainable digitization projects for some of the countrys largest enterprises, including Ford, Blackstone, and JPMorgan.

GreenCoding focuses on building sustainability into the way developers write and run code. If current practices are left unchanged, information and communications technology could account for 21% of global electricity demand by 2030, Santos says.

Santos notes that his organizations approach to offsetting the environmental impact of its -- and its clients -- software is equal parts education and execution. We started with company-wide training to get our 10,000-plus employees up to speed with ... the things they do every day, he says. This includes everything from shutting down software when idling to dimming screen brightness whenever possible. From a software development perspective, it means considering things like CPU [performance], eliminating the practice of having programs constantly running in the background when not being used, and methodically addressing any and all functionality that uses energy unnecessarily.

By becoming more environmentally conscious about the way it addresses coding, GFT is on track to reach climate-neutral operations by 2025. This type of tangible impact is whats helping us educate the larger IT industry about how their software and digital practices create CO2 emissions, Santos says.

Taiwan-based Winbond Electronics produces semiconductors and several types of integrated circuits, most notably dynamic and static RAM, serial flash, microcontrollers, and personal computer devices. Winbond has won multiple awards for ESG/sustainability and is designing products with sustainability in mind.

Semiconductor industry leaders must continue prioritizing their focus on sustainability initiatives and goals, says Jackson Huang, Winbonds vice president of marketing. We are proactively reducing our carbon footprint by supporting a low-temperature soldering (LTS) process in our memory products.

In 2022, Winbond reduced greenhouse gas emissions by 229,245 metric tons of Co2e, equal to approximately 590 forest parks, recycled 7,212 metric tons of waste, with a recovery rate of 93%, and recycled 10.59 million cubic meters of water.

The semiconductor industry is also seizing the opportunity to consume less energy and lower carbon emissions with the formation of industry initiatives, achieving ISO certifications related to the wafer carbon footprint and increasing water recycling at all plants, Huang says. We will work across the ecosystem to lower carbon footprints and meet the industrys sustainability goals.

Data Center Cooling Technologies Target Sustainability

Pathways to a More Sustainable Data Center

Carbon Accounting Tech Evolves as ESG Demands Increase

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4 Green IT Businesses Working to Reduce Computing's Impact on ... - InformationWeek

Some users of Microsoft's free Outlook hosted service are finding they can no longer send or receive emails because of how the Windows giant now calculates the storage of attachments.

Microsoft account holders are allowed to hold up to 15GB in their cloud-hosted email, which until recently included text and attachments, and 5GB in their OneDrive storage. That policy changed February 1. Since then, attachments now count as part of the 5GB OneDrive allowance and if that amount is exceeded, it throws a wrench into the email service.

It doesn't change the storage amount available in Outlook.com, but could in OneDrive.

"This update may reduce how much cloud storage you have available to use with your OneDrive," Microsoft wrote in a support note posted before the change. "If you reach your cloud storage quota, your ability to send and receive emails in Outlook.com will be disrupted."

Redmond added that the plan was to gradually roll out the cloud storage changes and new quota bar starting February 1 across users' app and Windows settings and Microsoft accounts. Two months later, that gradual rollout is beginning to hit more and more users.

One reader told The Register that his Outlook recently stopped working and indicated that he had surpassed the 5GB storage limit, reaching 6.1GB. He was unaware of the policy change, so he was confused when he saw that in his email account he had used only 6.8GB of the 15GB allowed.

It was the change in how attachments are added that tripped him up. Microsoft told him about the new policy.

No one deletes attachments every time an email is received. This is like blackmail

"So instantly, I have lost 10GB of email capacity and because my attachments were greater than 5GB that instantly disabled my email and triggered bounce-backs (even sending and receiving with no attachments)," the reader told us.

"No one deletes attachments every time an email is received. This is like blackmail. MS is forcing us to buy a subscription by the back door or to have to delete emails with attachments on a regular basis ad infinitum."

He isn't the only one perplexed by the issue. One user on a chat thread with the support team called the issue "very disappointing." The netizen, who also uses Microsoft tools at work, has had a personal account for more than 10 years and warned that the mega-corporation was risking turning away a lot of people, particularly those who have used Microsoft email for a long time.

They also were confused by the 15GB limit for email still being in place, adding that it is "really laughable for people using your hosted email solution from way back.

"Gmail has a 15GB limit, so seems like a better free option than Microsoft."

The Register contacted Microsoft with some questions. We'll update the story if a response comes in.

A number of people said the situation was confusing. One who apparently was unaware that it was the attachments shifting over to OneDrive causing the email problems deleted a lot of emails, only to find it didn't change the "storage used" amount.

Others said on Reddit they were also caught unaware. One said that as soon as the policy went through, their OneDrive storage limit was exceeded by 36GB.

Another Redditor said those that are running into an Outlook email service that suddenly doesn't work have to go into their OneDrive account and start deleting the attachments.

"Hopefully you know your OneDrive password, because if you need to reset it or access files in a private OneDrive folder under this email account you can't receive the reset email," they wrote.

That said, not everyone on Reddit was upset. One user said 5GB for free storage felt "pretty reasonable" and added that "most people won't even come close to that 5GB limit."

"Maybe delete some things?" another wrote. "Digital hoarding is so baffling to me."

As a heads-up, Microsoft said in the same advisory about the February 1 change that starting November 30, "Microsoft 365 Personal or Microsoft 365 Family subscribers will no longer be able to create a new email address for anypersonalized domain associated with their Outlook.commailbox."

Those with a personalized email address in Outlook.com will be able to keep it after that time and use it without a disruption, but if they remove the address from the Outlook account after that date, they won't be able to get it back.

They will have to switch over to a Microsoft 365 subscription, where they will get among other benefits 50GB of email storage.

Forewarned is forearmed... or rather it should be.

See original here:
Microsoft stumps loyal fans by making OneDrive handle Outlook attachments - The Register

Some business leaders underestimate cloud technologys potential, regarding it as just a tech solution. In reality, cloud technology has far more to offer than just making a businesss existing technology better.

Just as Open Source created access to more innovation, Cloud shall provide access to more services. It can also integrate into business solutions to achieve more significant results for end customers.

Business reporting is sometimes guilty of characterizing cloud technology as if it were some mystical, unseen force fundamental to the fabric of the universe, responsible (somehow) for a host of undefined and unexplained tech solutions. The reality is much more mundane, but cloud computing doesnt need to be magical to be impactful.

New technologys full range of potential applications isnt always obvious at first glance: The Teflon that coats your non-stick pan was once designed as a component of artillery shell fuses. Cloud computing is no exception. The rest of this article will lay out the reasons business decision-makers should recognize cloud computings scalability and versatility.

Using Cloud Technology to Create Value

Some business leaders underestimate cloud technologys potential, regarding it as just a tech solution. In reality, cloud technology has far more to offer than just making a businesss existing technology better. Just as Open Source created access to more innovation, Cloud shall provide access to more services. It can also integrate into business solutions to achieve more significant results for end customers.

So what does that reconceptualization look like? The journey to and in the cloud can and should only be seen from the lens of the end customers needs and the value your company intends to deliver to them. So, its essential to think of the digital value chains that directly create value for the end customer. This thought process invariably involves thinking about the business transformation agenda, which in turn needs you to think of how technology can enable the business transformation.

No technology transformation, whether cloud computing-based or otherwise, is possible without a parallel transformation of the businesss operating model. One of the most effective ways to accomplish this is to think of how your products directly impact clients and ensure that the front, middle, and back ends are completely aligned with that.

Rethinking the Cloud

Customers, customers, customers: At the end of the day, cloud computing applications are powerful tools for achieving the primary aim of any businesscustomer satisfaction. As a first step, every enterprise and enterprise leader should consider driving clear initiatives to improve efficiencies and unlock budgets that can help with the transformation agenda. The next stage is to re-organize by products and platforms that can create not just velocity but clear and measurable impact to the end client. As they do this, they need to rethink on how to reduce both technical and technology debt.

How do IT and business teams align? For one thing, its not enough to focus on how they work together to achieve existing project objectives you have to also create biz-tech teams that can jointly sketchout future business strategies and the features that matter to end customers. What new revenue streams might you be able to exploit? What new technology is on the horizon? The key to a successful long-term tech strategy is to always think a few steps ahead.

What Are the Benefits of Rethinking Digital Value Chains?

Much as inventions and technological breakthroughs frequently offer more utility than just their literal intended purpose, cloud computing creates much more significant value beyond some vague notion of better tech. Here are three concrete examples of cloud computings capacity to transform businesses:

Any business in any industry can benefit from cloud computing, but only if they recognize its full potential. In fact, cloud computing technologys versatility might be its greatest selling point. There is no single correct approach to a successful cloud computing strategy, nor is there a predetermined path one must follow in order to implement cloud-based innovation the right way.

You (and your business) are the authors of your particular cloud computing scenario and that scenarios definition, scope, and conclusion. The specific circumstances of your financial situation, economic landscape, and existing infrastructure will naturally vary, as will the goals cloud computing will enable you to achieve. And therein lies the beauty of cloud computing: The cloud is an apt name for this technology because only the sky limits the course of your progress.

Written by Arun Melkote.

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Why Businesses and Leaders Need to Think About Digital Value ... - CEOWORLD magazine