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Cloud computing and security critical for business strategy in 2023 – Daily Host News

According to Akamai Technologies, Inc., a company that provides cloud-based solutions for online security and performance, 96% of its channel partners in Australia and New Zealand (ANZ) see cloud computing as a crucial component of their customers 2023 business strategy. 48% of respondents estimated that 21-40% of their customers IT budgets would be allocated to cloud computing.

This aligns with the results of a survey conducted across the Asia Pacific and Japan (APJ) region, which revealed that 95% of partners also believe that cloud computing is vital to their business strategy for 2023. The survey was conducted across six countries in the APJ region, including Australia, New Zealand, Japan, China, India, Singapore, and South Korea, to gain insights into partners perspectives on IT budget priorities and their customers cloud strategy for 2023. Some key findings are:

There are significant variations in the willingness of businesses to allocate budgets to cloud computing, despite an overall agreement on the technologys importance. While some APJ businesses plan to allocate a significant portion of their IT budgets to cloud computing, others are not able or willing to do so. Specifically, 27% of businesses plan to spend less than 20% of their IT budgets on cloud computing, while 33% plan to allocate more than 40% of their budget to technology.

Thailand (50%), Japan (49%), and Taiwan (40%) had the highest percentages of respondents who expected to allocate less than 20% of their IT budget to cloud computing.

According to Akamai, most businesses recognize the importance of cloud technology, but many are hesitant to invest their IT budgets in it due to concerns about costs and how it may impact other IT priorities.

Akamai recently announced Akamai Connected Cloud, which is a hugely distributed edge and cloud platform for computing, security, and content delivery. As part of the announcement, Akamai will launch four new enterprise-scale core cloud computing sites across the APJ region in Chennai, Osaka, Jakarta, and Auckland by the end of 2023. Moreover, it has also identified over 50 cities globally where it will start rolling out distributed sites this year, bringing basic cloud computing capabilities into difficult-to-reach locations.

ANZ partners consider security as a top priority for 2023 alongside cloud computing, due to the increased number of data breaches in recent months. According to the Australian Cyber Security Centres (ACSC) third Annual Cyber Threat Report, the agency received over 76,000 cybercrime reports last year, a 13% increase from the previous year. As a result, ANZ partners are focusing on providing a range of products and services that offer different layers of security and in-depth defense to tackle these challenges.

Akamai is assisting its customers and partners by providing security solutions, such as Edge DNS, a globally accessible and adaptable domain name system (DNS) service that provides security, protection against Distributed Denial of Service (DDoS) attacks, and rapid DNS response times. Consequently, Akamai can monitor billions of DNS requests daily, giving them a clear understanding of the most recent security threats.

Read next:10 key cybersecurity mergers and acquisitions in 2022-23

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Wireless sensor network project has history of success at SCSU St … – St. Cloud State University

Emerson and St. Cloud State Universitys Electrical and Computer Engineering students have built a strong relationship since beginning to partner in 2015.

SCSU students have made big progress with wireless sensor network technology in the last eight years. A current group of seniors has continued to push the project to new heights by recently developing technology for the industry.

Electrical and Computer Engineering seniors Zak Abdi, Arteom Katkov, Suhaib Abugdera and Isaac Koop presented their findings at the Minnesota State Capital Building this spring.

This project is a wireless sensor network, and its main purpose is to collect and relay sensor data wirelessly, Abdi said. The current technology were using is called SmartMesh IP.

This technology requires a wired internet connection to a PC in order to access the network data. The group succeeded in making that setup process wireless so it can be accessed through cellular data and cloud computing without Wi-Fi.

Abugdera designed the printed circuit board (PCB) of the system using original microcontroller and wireless sensor network chips, and the power supply for the system can be charged via solar panels. This was chosen to make it self-sustaining and suitable to be used in any remote location. This makes it ideal for applications in environmental or agricultural monitoring, oil fields or the military.

Koop designed a phone app to set up and manage the network via cloud computing or directly using the Bluetooth, to set the Network ID, see network statistics and mote information and plot what its monitoring.

Configuring and controlling the system through a phone app was something hed had no experience in, but hes already directly taken those new skills to a recent internship. He said this project has taught him to not be afraid to go out and learn something new, instead learning steps to research and get answers.

Katkov said he also has gained valuable experience from the project, learning firmware design, real time operating systems (RTOS) and PCB design in his current internship. All four members of the project graduate this spring and are hired to begin full-time engineering positions this summer.

The main thing they learn from this (project) is their confidence, Electrical and Computer Engineering Professor Dr. Yi Zheng said. Through this involvement, they see a real industry project design cycle, design research, development and implementation of the finished product.

Zheng serves as a mentor for the project and said theyve been receiving support from Emerson since 2015, ranging from $20,000-$30,000 per year. This allows students to be paid a stipend for their work.

The collaboration is a prime example of a Minnesota company supporting students to better educate engineers. Zheng added that engineering positions in embedded systems are in high-demand because over 30 billion computer chips are produced yearly. People are needed to design and implement those hardware chips and their software in devices like phones, cars, refrigerators and more.

Multiple SCSU students have gone on to later work at Emerson, including Abdi, who will begin as a full-time embedded system engineer after graduation.

This was a very challenging project, it feels amazing to have completed it, Abdi concluded. I feel like because of this project, Ill now be able to do any industry project.

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Google Cloud posts first-ever operating profit despite slowing growth – CIO

Google Cloud, the cloud computing arm of Alphabet, has turned profitable at an operating level for the first time ever, despite fears of macroeconomic uncertainty.

Google Cloud posted an operating income of $191 million for the quarter ended March, compared with an operating loss of $706 million for the corresponding period last year.

The units revenue grew 28% to $7.45 billion during the quarter, resulting in an operating margin of 2.6%.

We have consistently grown top line revenue and improved annual operating margin, and we continue to do so this quarter. Our growth has come from our deep relationships with large enterprises, a strong partner ecosystem, and our product leadership, Alphabet CEO Sundar Pichai said during an earnings call.

Over the past 3 years, GCPs annual deal volume has grown nearly 500%, with large deals over $250 million growing more than 300%. Nearly 60% of the worlds 1,000 largest companies are Google Cloud customers, and many leading startups and millions of small and medium enterprises use Google Cloud, Pichai said.

Google Clouds mounting losses for the past few years could be attributed to the continued investments, especially in data centers. The company has been making these investments to compete better with larger rivals Amazon Web Services and Microsoft Azure.

In March, Google Cloud announced plans to open a second Middle Eastern region in Qatar. In October last year, Google announced it wouldopen new regionsacross Austria, Greece, Norway, South Africa, and Sweden to supplement new regions announced in August forNew Zealand,Malaysia, Thailand, and Mexico.

Alphabets cloud computing arm continues to see a slowdown in revenue growth over the past few quarters.

For the March quarter, revenue growth for the unit came in at 28% year-on-year, four percentage points slower than the December quarter, which saw 32% year-on-year growth. The previous sequential quarter that ended in September registered an ever stronger growth of 38% year-on-year.

In Q1, we continued to see slower growth of consumption as customers optimized GCP costs reflecting the macro backdrop, which remains uncertain, Alphabet Chief Financial Officer Ruth Porat said during the earnings call.

The company, according to CEO Pichai, has been trying to help enterprise customers optimize their spending during this period of uncertainty.

I would add, that we are leaning into optimization. I mean there is an important moment to help our customers, and we take a long-term view. And so, its definitely an area we are leaning in and trying to help customers make progress in their efficiencies where we can, Pichai said during the call.

Google Cloud is growing much faster than its parent Alphabet. For the March quarter, Alphabet posted total revenue of $69.78 billion with Search continuing to be the largest contributor with a $40.35 billion share. Revenue for the entire company was up only 3% year-on-year.

Alphabet, which laid off 12,000 employees in the beginning of the year, said it will continue to hire top engineering and technical talent while investing in areas of priority.

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Google Cloud boss Kurian’s rocky path to profit: ‘We were not in a very good situation’ – CNBC

Google Cloud CEO Thomas Kurian, right, arrives on stage as Alphabet CEO Sundar Pichai exits during the Google Cloud Next event in San Francisco on April 9, 2019.

Michael Short | Bloomberg | Getty Images

When Google hired Oracle's Thomas Kurian four years ago to run its cloud business, the internet search company had a clear reason for putting its trust in a career enterprise software executive.

Google was a consumer company. Despite years spent trying to compete with Amazon and Microsoft in selling cloud-based storage, computing and other services to big corporations, it was coming up short in its effort to win marquee deals.

While Google is still third in the U.S. cloud infrastructure market, its business is growing rapidly and, as of the first quarter, is finally contributing positively to Alphabet's bottom line. Earlier this week, Alphabet said Google's cloud unit generated $191 million in operating profit, after losing a total of $4 billion in 2021 and 2022. Revenue jumped 28% from a year earlier to $7.45 billion, far outpacing Google's struggling ad business.

"We were not in a very good situation when I joined," Kurian told CNBC in an interview after the results were released. "I think we were very early in the business. Most enterprises did not take us as a viable partner."

The central problem wasn't hard to spot. Google was a company of software developers and data scientists, who were trained at building sophisticated technologies. But they had no real idea how to build, market and sell them to the business world. Under Kurian's predecessor, VMware co-founder Diane Greene, critics said Google's cloud business hadn't matured enough to handle enterprises even as it was investing heavily to do so.

The cloud division includes the Google Cloud Platform, which competes with Amazon Web Services and Microsoft Azure, and the Google Workspace productivity software bundle that goes head-to-head with Microsoft Office.

Kurian said he spent a lot of time with the technology in his early days to see how it worked and where it needed improvement. From 4 a.m. to 7 a.m., he would read technical design documents. In the evenings, he played with the products.

"We shifted the organization from thinking, we're building technology to we're building products and solutions," Kurian said.

It's a market Google has been committed to winning for years, as corporations have been rapidly pushing workloads from their own data centers to the cloud. Google wants to not only capture that storage and computing business but also get developers from those companies and others to use its cutting-edge technology, particularly as artificial intelligence systems gain traction.

The expansion has been costly. Almost every quarter, from the beginning of 2017 through the third period of 2020, finance chief Ruth Porat told analysts that cloud had been the biggest area of head count increases, for both sales and technical roles. Google also grew the operation through acquisitions, buying data analytics software startup Looker for $2.4 billion in 2019 and security software vendor Mandiant for $6.1 billion last year.

The cloud unit now accounts for more than 25% of Alphabet's full-time workforce, CNBC reported earlier this year.

Kurian's focus has included developing product road maps, introducing new pricing models, bolstering customer service and becoming more efficient with its infrastructure, a key to saving money.

"We've reduced cycle time in the way we provision and deploy machines by a factor of five in the last four years," Kurian said. "There's 100 different projects that have gone on to optimize resource consumption."

Customer success is a practice that's been widely adopted in the enterprise software world as a way to keep clients happy and wanting to buy more, emphasizing retention and limiting churn.

Google built up its customer-success mode to work more tightly with clients, and it racked up a community of 100,000 partners. The company has had hundreds of its senior engineers sponsor important customers so they could see how their products are being used and understand what needs to be changed.

"We have awards twice a year for teams that have done the best job helping customers," Kurian said, adding that Google now ranks among the top five enterprise software sellers.

In 2020, Google brought its productivity tools under the brand Google Workspace. It also issued new pricing tiers, resulting in organizations of different sizes starting to pay different prices.

While Google's cloud unit has swung to posting a profit, there's some fuzziness in the numbers.

Last week, Alphabet restated operating income for cloud and its other segments, resulting in lower cloud losses in 2021 and 2022. The restated numbers show the cloud unit had a $186 million operating loss in the fourth quarter, compared with $480 million before the change, for example.

The cloud numbers also benefited from an extension of the useful life of data center equipment. But Kurian said competitors have made similar depreciation adjustments.

"We were always going to get to profitability," he said. "If you draw the line, you can see the curve."

Under Kurian's leadership, Google's cloud group has had to cope with its share of executive turnover. Javier Soltero, who was the head of Workspace, left in July. Rob Enslin, a former top SAP executive who joined Google as president of global customer operations in 2019, departed last year to become co-CEO of UiPath. And Kirsten Kliphouse, who was the cloud group's president of Americas, left in 2023 after four years at the company.

But head count has continued to grow, as has the company's roster of large customers. In the past three years, Google has signed deals with Coinbase, Deutsche Bank, Ford, General Mills and SpaceX.

And existing clients have gone deeper with Google.

Home Depot said it was adopting Google's public cloud in 2016, while Greene was CEO. Fahim Siddiqui, Home Depot's chief information officer, said the home-improvement retailer has found increasing value from Google's platform since he joined from Staples in late 2018.

"He's brought in the enterprise discipline," Siddiqui said of Kurian. "It's one thing to provide the capability of the cloud, a set of interesting technical capabilities. There's a discipline of availability, reliability, management and being a proven partner on this journey."

Siddiqui said Home Depot uses its own data centers and co-location facilities, as well as cloud services from Google and Microsoft. Google is the company's main cloud-computing partner, he said, and last year Home Depot started moving merchandising applications to Google's cloud.

A big partner move Kurian made in his early months as CEO involved what he called an "integrated open-source ecosystem." It was an alliance with Elastic, MongoDB and five other companies that sell distributions of open source software.

Elastic and MongoDB shares rallied as Kurian, speaking at Google's Next cloud conference, talked about how clients could receive a single bill while using products from other companies managed through Google's cloud console.

"It was music to my ears," said Dev Ittycheria, CEO of MongoDB, which sells cloud database software and services. At the time, AWS was attempting to add some open source MongoDB database software capabilities into its DocumentDB service.

Ittycheria said the open source initiative was Kurian's idea, and he applauded how Google has arranged the partnerships. In 2021, Google said it was lowering the percentage of revenue it keeps in marketplace deals to 3% from 20%. Ittycheria said MongoDB is "very happy with the structure of the deal."

Jeffrey Flaks, the CEO of Hartford HealthCare, which has 37,000 employees, said one reason why his Connecticut health system moved to Google Cloud Platform last year from its on-premises data centers is that other large hospitals had picked Google. He said Kurian was another factor in why it selected Google over AWS, Azure and Oracle's cloud.

"His personal engagement, his knowledge of our intentions and our desires and, candidly, his personal problem-solving skills," Flaks said, "distinguished Google Cloud in this process."

Google Cloud technology chief Will Grannis said Kurian's commitment to improving the division's offerings was evident right away. Grannis recalled a day in late 2018, after Kurian had been picked for the role but before he'd actually started the job.

Kurian stopped by a Google office in Sunnyvale, California, and was introduced to employees. After the meeting, Grannis found himself alone in the elevator with Kurian and they rode down silently. As they walked toward the parking lot, Grannis, who was then a managing director, introduced himself, and they began talking about a container-management technology called Kubernetes.

"I've been trying to get some Kubernetes clusters spun up in the console, and I have some feedback," Kurian said, according to Grannis. "I'd like to understand how we can improve the experience for developers."

The conversation went on for an hour.

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Mastering the Art of SOC Analysis Part 2 | Top Areas for Aspiring … – SentinelOne

As cybersecurity threats increase in sophistication and frequency, the demand for skilled Security Operations Center (SOC) analysts continues to rise. In tandem with defensive strategies and advanced security software, SOC analysts fill a critical role in keeping enterprises safe from attacks.

They are responsible for identifying and mitigating oncoming threats, protecting sensitive information, and ensuring the overall security of an organizations digital assets. Demand for skilled SOC analysts climbs so aspiring defenders need to ensure they have the technical knowledge, analytical skills, and critical thinking abilities required for the job.

This is part two of a three-part blog post series covering the top tips and skills that aspiring analysts will need to master as they begin their journey toward success in the SOC analysis field. In this second post, learn about the top four topics significant to building an understanding of security platforms and tools needed in SOC analysis. Read Part One of the blog series here.

Understanding how cloud computing works and its security risks are becoming increasingly important. Learn cloud concepts and best practices for Incident Response.

In todays digital world, businesses of all sizes rely heavily on technology to operate efficiently. Effective SOC analysts strive for a deep understanding of the latest technologies and tools used in cybersecurity. One area that is becoming increasingly important is cloud computing.

Cloud computing refers to the delivery of computing services over the internet. Instead of hosting software applications and data on local servers or personal devices, users can access these resources remotely over the internet. Cloud computing services can include infrastructure as a service (IaaS), platform as a service (PaaS), and software as a service (SaaS). Essential cloud concepts for SOC analysts include cloud service models, deployment models, security controls, compliance frameworks, and incident response.

There are many benefits to using cloud computing, such as cost savings, scalability, and flexibility. However, potential risks also need to be considered, such as data security and compliance. As a SOC analyst, it is important to understand cloud computing basics to monitor and respond to security incidents effectively.

Cloud computing has fundamentally changed how IT infrastructure is designed, implemented, and secured. With the adoption of cloud services, traditional security measures such as firewalls and intrusion detection systems are no longer sufficient to protect against modern cyber threats. SOC analysts must now be able to monitor and analyze data from cloud environments and traditional on-premises systems.

One challenge in cloud computing is the shared responsibility model. Cloud providers are responsible for the security of the underlying infrastructure, while the customer is responsible for securing their own data and applications. This means that SOC analysts should understand the cloud providers and the customers security controls to detect and respond to security incidents effectively.

Active Directory (AD) is the backbone of most organizations identity and access management systems. A good SOC analyst will thoroughly understand AD concepts like domains, users, groups, and permissions.

Active Directory (AD) is a centralized database that stores information about users, groups, computers, and other resources. Its the backbone of most organizations identity and access management systems and is critical in securing access to sensitive data. Active Directory naturally presents an attractive target for attackers.

To effectively monitor and secure AD, SOC analysts must understand its key concepts, including domains, users, groups, and permissions. Domains are logical groupings of computers and other resources managed as a single unit. Users are individual accounts that are granted access to resources within the domain. Groups are collections of users or computers that are assigned common permissions, and permissions define what actions users can perform on specific resources.

SOC analysts must be able to effectively monitor and manage AD to identify and respond to security incidents. They should thoroughly understand AD security best practices, such as implementing strong password policies, restricting administrative access, and regularly auditing AD activity.

They should also be familiar with AD security tools, such as Microsofts Active Directory Users and Computers (ADUC) console, which allows them to manage users, groups, and other AD objects. Another tool, Active Directory Domain Services (ADDS), is used to manage domain controllers and replication. SOC analysts use AD to perform the following functions:

Writing filters that are used to hunt or detect threats is a foundational part of most analysts skills set.

Threats float in and out of visibility and may not leave a network, log or endpoint footprint. Additionally, there is a chance youre not collecting or monitoring one of the mentioned data sources. Brute force attack detections need to be made for each source; if its targeting your SSO, it may not have a network or host footprint. The same can be said for other attacks.

Within SOCs, this creates an exponential amount of detections to be made. SOCs can often suffer from alert fatigue, trying to detect suspicious activity across multiple applications. This creates the need for high quality detections. To detect and identify malicious activity without burying yourself in noise.

Creating high quality detections is a skill, and similar to languages, once learned can be applied across platforms and technologies. An example of a more advanced detection could be one that identifies a users most common historical IP addresses for Okta. This can then facilitate alerting on activity that was previously too noisy. Being able to operationalize and improve the efficiency of alerts makes you a force multiplier within SOCs.

Similarly, threat hunting is also a skill. Often, youll be pivoting in the tool that youll be making a rule in, aggregating data together, slicing it, performing long tail analysis and investigating telemetry alerting. It is vital to develop the ability to visualize data in a way that produces high quality threat hunting leads, identifying and bringing obscure activity front and center.

SOC analysts use a variety of tools for different purposes. Learn to be flexible and adapt to different tools instead of relying on one particular tool.

SOC analysts must be proficient in various tools and technologies used in cybersecurity. However, becoming too reliant on a specific tool or technology can hinder SOC analysts ability to analyze and respond to security incidents effectively.

Being overly reliant on a specific tool or technology can lead to several risks for SOC analysts. First, analysts may not be able to see the complete picture of their organizations security posture if they only rely on a specific tool or technology. This can result in missed security incidents and vulnerabilities. Using multiple tools that need to be integrated is a common cause of inefficiencies in SOC analysts workflows. This can result in delayed incident response times and increased workload. Relying too heavily on a specific vendors tool can result in vendor lock-in, making switching to a different tool or vendor difficult if necessary.

To effectively master the art of SOC analysis and be tool agnostic, SOC analysts should follow these best practices:

As the threat landscape evolves, SOC analysts must remain agile and adaptable to effectively detect, respond to, and mitigate security incidents. Being tool agnostic is a crucial component of this adaptability, enabling SOC analysts to select and use the best tool for the job, regardless of vendor or technology.

As more data breaches and ransomware occupy news headlines worldwide, enterprise leaders understand the absolute need for robust cybersecurity services such as security operation centers (SOCs).

Investing in aspiring security professionals means operational teams can detect intrusions and rapidly isolate them before they move deep into a sensitive environment and create long-lasting damage. SOC analysts are an essential part of this defense, proactively monitoring for early indicators of threat, providing real-time responses to security events, triaging actions, recovering assets, and triggering incident recovery mechanisms.

For aspiring SOC analysts, a combination of technical knowledge, analytical skills, and critical thinking abilities ensure they can truly understand the digital environment they are protecting. Together with the right stack of security tools, cybersecurity strategy, and top-down support from enterprise leadership, SOC analysts can keep their businesses safe from evolving threats in the cyber landscape.

If you enjoyed this post dont forget to check out Part One and follow us to find out when the third and final part of the series is published.

Contact us today or book a demo to learn more about how SentinelOne can augment your businesss cybersecurity posture against even the most sophisticated threats, tactics, and techniques used by threat actors today.

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Teradata Corp.: Leveraging Cloud Computing to Tackle Complex … – Best Stocks

The world of data processing and analytic solutions has seen a considerable shift towards cloud-based services in recent years. The industry, which is instrumental in mining crucial insights that can be leveraged for better decision-making, has been able to scale its operations like never before with the advent of cloud computing.

Teradata Corp., a San Diego-based technology firm, has recognized this trend and built its business around it. Established in 1979, Teradata leverages the power of multi-cloud computing to enable its clients to tackle complex data challenges across various geographical regions.

Investment firms have taken notice of Teradatas value proposition as well. Nisa Investment Advisors LLC recently added over 60% more shares of Teradata Co. (NYSE:TDC) during the fourth quarter of 2020, according to a filing with the Securities and Exchange Commission (SEC). This raised Nisas holdings to over 104,000 shares worth $3.5 million at the time of filing.

Teradata stock opened at $39.44 on Tuesday and maintains a market capitalization of $4.04 billion with a PE ratio of 131.47 and a P/E/G ratio of 2.59. The companys debt-to-equity ratio stands at 2.14.

As we move deeper into an age where data-driven decision making becomes essential for corporations worldwide, companies like Teradata will undoubtedly continue to play an integral role in providing reliable and scalable solutions that are built for todays multi-cloud reality. It will be intriguing to keep a watchful eye on how they continue to innovate in this rapidly evolving space while serving their customers with exceptional products and services made possible by cloud computing technologies.

Teradata Corp. is finding success in the tech industry as a cloud data analytics company designed to solve data challenges at scale. With headquarters located in San Diego, California, Teradata operates through three geographical segments: Americas, EMEA and APJ. The company was founded on July 13th, 1979 and its stock (NYSE:TDC) has been highly sought after by a number of hedge funds and institutional investors. As of now, corporate holdings are valued at $111,000 for Lindbrook Capital LLC who raised their shares by 23%. Lazard Asset Management LLC grew their position in shares of Teradata by 48% while Macquarie Group Ltd. increased theirs by 24%. Ronald Blue Trust Inc. grew their position by 104% with Invst LLC also growing shares by another 8%, bringing the percentage of institutional ownership up to an impressive rate of 90.92%.

Teradata announced positive quarterly earnings results back in February of this year, posting $0.35 earnings per share for the quarter compared to consensus estimates set at $0.30 earnings per share marking a positive deviation from predictions.

Additionally, insiders Kathleen R. Cullen-Cote and CFO Claire Bramley have both made notable sales of the companys stock earlier this year; however, both sales were made with high prices per share indicating that confidence around Teradatas performance remains favorable.

Overall, despite concerns around its stock rating hovering between hold and sell amongst analysts covering it according to Bloomberg.com, Teradatas emergence as a leading market player with innovative solutions could indicate more stable long-term success for both institutional investors and traders alike within this burgeoning field of tech.

As we move further into the multi-cloud reality where data presents itself even more valuable than ever before across industries worldwide an effective solution like that provided by Teradata Corps cloud data analytics SaaS suite may well provide the technological edge companies need more and more to keep and increase their competitive edge within fast-paced business environments.

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NUSO Becomes a Cloud Peering Partner for Zoom Phone on … – The Fast Mode

NUSO yesterday joined Zooms Provider Exchange as a Cloud Peering Partner for Zoom Phone. Now, Zoom users can access the PSTN through NUSOs carrier phone network.

Zoom Phone is a feature-rich cloud phone solution for businesses of all sizes. Its simple to deploy and use on a mobile device, desktop, or desk phone.

NUSO is a multi-national communications focused SaaS provider. NUSO delivers full stack solutions through authorized channel partners and regulated carriers. NUSOs real-time service provisioning enables expedited and reliable customer experiences. Voice, Messaging (SMS) and complex communication and collaboration integrations are made possible using an as a service infrastructure.

Enabling NUSOs voice calling via the Zoom Phone app also allows Zoom customers to enjoy the benefits of NUSOs Carrier Network and NUSOflex. NUSOflex extends the concept of cloud computing infrastructure to the PSTN environment and routes around local, inbound voice impairments in minutes. End users expect to always be connected and NUSO has made that operational what if a reality.

Jason Gilligan Global Head of Business Development for Zoom Phone

The Zoom and NUSO partnership makes a lot of sense, were able to pair Zooms cutting edge Cloud Phone System with NUSOs unparalleled customer support and security to create a seamless and secure communication experience, empowering businesses to focus on growth and success without worrying about infrastructure and support.

Briana Sullivan, VP of Marketing

We are thrilled to announce our Cloud Peering Partnership with Zoom for Zoom Phone users. Integrating NUSO calling into the Zoom Phone application is incredibly exciting for our collective teams. We look forward to growing the NUSO and Zoom partnership through shared and successful mutual customers.

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Cloud-Based Quantum Computing Market worth $4,063 million by 2028 – Exclusive Report by MarketsandMarkets – Benzinga

CHICAGO , April 28, 2023 /PRNewswire/ --The global Cloud-Based Quantum Computing Market is projected to grow from an estimated USD 798 million in 2023 to USD 4,063 million by 2028, at a CAGR of 38.5% from 2023 to 2028 according to report by MarketsandMarkets.The growing adoption of quantum computing solutions across several verticals and the increasing accessibility of quantum computers by the cloud drive market growth.

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By vertical, research, and academia to account for the largest market size during the forecast period.

Quantum computing is a research area combing quantum physics and computer science. Researchers from academia and the quantum computing field are expected to work together in the coming years to speed up fundamental research. Additionally, several use cases of cloud-based quantum computing exist in research and academia. Teachers can use cloud-based quantum computing to help students better understand quantum mechanics and test quantum algorithms. Scientists and researchers can use cloud-based quantum resources to test quantum information theories and compare architectures. Various partnerships took place in the Cloud-Based Quantum Computing Market. In May 2021, IBM announced that it partnered with 11 top-tier academic institutions, including the IISc and IIT Kharagpur, to allow over-the-cloud access to its systems to accelerate advanced training and research in quantum computing.

By service, professional services to grow at a higher CAGR during the forecast period.

Professional services are typically offered on-demand or are project-based. They provide various services, including digital transformation, business strategy, management consulting, data architecture and visualization, UX/UI design, and more. An organization might choose professional services in consulting, cloud migration, deployment, and advanced troubleshooting. Consulting services are provided by consultants and industry experts that assist clients in recognizing new business values by implementing cloud-based quantum computing technology. They also offer customized roadmaps to help clients in adopting the solutions. For instance, IBM offers consulting services, along with quantum computers and QCaaS. 1QBit provides consulting services to customers to solve large-scale and complicated computational problems using complex algorithms and software development tools. These complex algorithms and software development tools use classical methods, quantum computers, and quantum annealing hardware.

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By region, North America accounts for the largest market size during the forecast period.

North America is one of the most advanced regions regarding security technology adoption and infrastructure. It is experiencing a rise in the use of technologies such as artificial intelligence(AI) and cloud-based applications. This region is a key market for cloud-based quantum computing software & services as it is home to several key players, such as IBM, Microsoft, Google, and AWS. Several standards and regulations also govern the Cloud-Based Quantum Computing Market in the North American region, specially in countries like US and Canada. The implementation of such privacy laws has prompted organizations to adopt cloud-based quantum computing solutions. Additionally, in recent years, the region witnessed several partnerships and initiatives between organizations and governments concerning cloud-based quantum computing offerings.

Key Players

The major vendors in cloud-based quantum computing include IBM (US), Microsoft (US), Google (US), AWS (US), Baidu ( China), Rigetti Computing (US), Xanadu (Canada), Oxford Quantum Circuits (UK), IonQ (US), and Zapata Computing (US).

MarketsandMarkets segments the Cloud-Based Quantum Computing Market by offering, technology, application, verticals, and region. The report's scope covers detailed information about the major factors, such as drivers, restraints, opportunities, and challenges, influencing the market's growth. A detailed analysis of key industry players was carried out to provide insights into their business overviews, solutions & services, key strategies, product launches, mergers and acquisitions, partnerships, agreements, collaborations, and recent developments associated with the Cloud-Based Quantum Computing Market.

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Cloud-Based Quantum Computing Market worth $4,063 million by 2028 - Exclusive Report by MarketsandMarkets - Benzinga

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New cloud computing capabilities for streaming video – The Tech Panda

Akamai Technologies(NASDAQ: AKAM), the cloud company introduced new cloud computing capabilities for streaming video. The capabilities are designed to help OTT operators deliver higher quality and more personalized video experiences to viewers. They can also help operators realize lower, more predictable operational costs and improve efforts to monetize content. Additionally, Akamai announced enhancements to its support of the Common Media Client Data (CMCD) specification and highlighted the latest members of its Qualified Computing Partner program.

OTT services today operate the types of complex applications and demanding workloads that Akamai cloud computing services are ideally suited to handle. Built onAkamai Connected Cloud, the massively distributed edge and cloud platform for cloud computing, content delivery and security, developers can useAkamai cloud computing servicesto build, run and secure applications and workloads that are best suited to where and how their viewers connect. For viewers, that means low-latency, high-performing experiences; for OTT operators, it means global scalability with lower-cost and predictable pricing.

Were giving OTT operators a host of powerful new cloud computing functions, scaling them across our global platform, and backing them with Akamai content delivery and security services

Whether youre building the app or paying the invoices from cloud providers, Akamai cloud computing services are uniquely capable to help cover the gamut of development, cost control, and viewer experience, saidJon Alexander, Vice President, Product Management, Akamai. Were giving OTT operators a host of powerful new cloud computing functions, scaling them across our global platform, and backing them with Akamai content delivery and security services.

In addition, Akamai is adding new use cases to itsEdgeWorkersserverless computing capabilities that address needs around content personalization, rights management and security for streaming video. The use cases support DASH and HLS streaming protocols:

To help OTT operators improve the viewing experience and obtain additional visibility into video performance, Akamai is enhancing its support for the CMCD specification. Created by the Consumer Technology Association (CTA), the specification enables device-based media players to send playback information to Akamai and other CDNs. Akamai is using CMCD to intelligently pre-fetch content, which can improve video start-up time and reduce buffering.

With CMCD support, OTT operators can also benefit from more consistent, reliable metrics on viewer quality of experience. The CDN receives meaningful client-side data and affords the low-latency, high-volume processing power togenerate logsthat can be delivered to third-party analytics tools for reporting and analysis.

Akamai is also highlighting the members of its Qualified Computing Partner program that provide solution-based services for media workflows. The services are interoperable with Akamai Connected Cloud and are available through partners that have completed a thorough qualification process.

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New cloud computing capabilities for streaming video - The Tech Panda

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LITEON Technology Reports Q1 2023 Sales of NT$34.2B – SMT 007

FEATURED ARTICLES AND COLUMNS: May 2, 2023 | Nolan Johnson, I-Connect007

staffing issues remain a top concern for electronics manufacturing companiesa ripple effect of the pandemic, to be sure. No sooner did supply chain issues soften than we realized nobody wanted to come work for us, and if they did, could we train them quickly enough? Therefore, what are todays best practices in on-the-job training? Are local technical schools recognizing the need and meeting the challenge set before them?

In this weeks must-reads, we have coverage of NAMM 2023 and SMTA Atlanta, plus some tips for traditional PCB designers who are entering the RF design space, where designers have to master ideas like antenna tuning. We also have some news about March PCB sales, as well as a great conversation with Ventecs Frank Lorentz, who explains how to set up an onboarding process that converts new hires into happy, long-term employees.

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LITEON Technology Reports Q1 2023 Sales of NT$34.2B - SMT 007

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