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Valencia College offers new computer technology concentration this fall – WFTV Orlando

ORLANDO, Fla. Students interested in cloud computing can enroll in a new concentration at Valencia College.

The concentration will start in the Fall 2023 semester under the Bachelor of Applied Science.

Lisa Macon is the program chair for the computing technology and software development program. She said this concentration will broaden students horizons in the information technology field.

Read: Valencia College, UCF provides more transfer student financial aid with 1.3M grant

The cloud concentration contains courses and learning objectives that will prepare students to work in the fastest growing field in the technology industry, Macon said. The cloud concentration also provides the background necessary for a student to manage cloud systems, which are used by every single company worldwide.

Course materials will be free for students, and classes will be offered online.

Read: Brightline partners with Valencia College to secure jobs for skilled workers

Some of the coursework will use Amazon Web Services.

According to the college, the bachelors program started in 2019 and has seen an increase in enrollment from 39 students to over 500 students a year.

Macron said the program plans to have a concentration in cybersecurity in the future.

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Top 10 Cloud computing trends for 2024 – Analytics Insight

Cloud computingadoption fuels several revolutionary tech developments, such as AI andIoT. Businesses will continue to employcloud services to gain access to new technology in 2024. These trends will also allow them to drive operational and process efficiency.

1. Edge Computing: Edge Computing stores and processes data at the networks edge. It reduces latency and bandwidth needs by allowing quicker and more efficient data processing. It provides strong privacy, fast data transfer, and greater efficiency. Moreover, edge computing will be crucial to the cloud approach.

2. Multi and Hybrid Cloud Solutions: Multi-cloud and hybrid cloud systems combine on-premise, private, and public clouds. Companies may distribute their workload among many cloud providers and on-premises frameworks. This allows them to keep control over the data and apps.

3. Cloud Security and Resilience: Security and resilience have become critical issues as organizations migrate to the cloud. As a result, cloud providers are increasing their investments in security and resilience. Data encryption, access restrictions, and disaster recovery are among the features. Increased cloud use and investment will aid in data safety.

4. Blockchain: Blockchain technology is a type of distributed ledger. It works in tandem with cloud computing to develop new apps and services.Blockchaincan safely and efficiently process massive volumes of data and exert control over documents. The technique has a lot of promise for industrial applications. It provides dependable security, transparency, and decentralization.

5. Internet of Things (IoT): The Internet of Things (IoT) is expanding, necessitating investment in the technology by cloud providers. It maintains links between computers, servers, and networksthe Internet of Things is a middleman. The Internet of Things also assures a successful connection and aids in data collection from faraway devices. It enables enterprises to manage and analyze massive amounts of data generated by IoT devices.

6. Kubernetes and Docker: Kubernetes is a container orchestration platform that is open source. It automates the deployment, scaling, and administration of containerized applications. Kubernetes and Docker have the potential to revolutionize the way organizations handle cloud installations. These technologies help businesses to efficiently launch and scale applications. Docker is also a containerization platform. It gives developers the ability to bundle their apps into containers.

7. Artificial Intelligence (AI) and Machine Learning (ML): AI and machine learning are strongly tied to cloud computing and affordable. These systems manage massive amounts of data and increase the companys output. Increased automation and self-learning ability are two moreAI and MLdevelopments anticipated to arise. Data gathering and algorithm training need computing and storage resources.

8. Automation: Cloud computing relies heavily on automation. It improves the efficiency of the business and the system and network quality. Automation also decreases the possibility of sluggish or downtime systems. Yet, deploying automation is difficult. Thanks to increased investments, citizen developer tools, and AI, more devices are being developed to make automation more pleasant for cloud suppliers.

9. Citizen Developer: The Citizen Developer idea empowers those who cannot code with the power of linked technology. Several technologies allow novice users to connect APIs and develop customized automation without coding. As we approach 2024, large corporations will introduce many tools with drag-and-drop interfaces to make it easier for developers to create sophisticated programs.

10. More Data Investments: The cloud enables organizations to analyze, collect, and store data. It enables businesses to store data in a more extensive database in a distributed computing environment. Large data volumes will be processed by storing them in graphics processing units (GPUs), greatly parallelizing computation.

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Policymakers must confront cloud insecurity, new report warns – The Record from Recorded Future News

Policymakers must do more to confront the increasing vulnerability critical infrastructure sectors face due to their growing reliance on cloud computing, a new Atlantic Council report urges.

The report underscores that the cloud has already allowed malicious actors to spy on government agencies, pointing to the 2020 Sunburst hack in which cloud products, specifically Microsoft Azures Identity and Access Management services, were compromised.

The authors propose key reforms to shore up defenses, including the establishment of a cloud management office that would proactively survey cloud reliance. Such reforms would better position existing sector risk management agencies to work with CISA to measure and respond to risk.

The report also recommends that Congress create a task force modeled after the groundbreaking Cyberspace Solarium Commission with a remit to design a security agency to specifically protect cloud infrastructure.

Government policy is still set up to assess the security of a cloud product, not the underlying infrastructure, Maia Hamin, report co-author and associate director of the Atlantic Councils Cyber Statecraft Initiative, said via email. This is a concern as more and more traditional infrastructure things like energy and healthcare relies on cloud computing.

The report argues that the ubiquitousness of the cloud propelled by its cost savings, scalability, and the ability to outsource infrastructure security overshadows the fact that policy has fallen drastically behind in reckoning with how essential cloud computing is to the functioning of the most critical systems and in the development of oversight structures commensurate with that new centrality.

In addition to the Sunburst hack, the report points to the weakness of software systems, citing a 2019 Google cloud outage which cascaded into an hours-long brownout for services like YouTube and Snapchat.

It argues that cloud infrastructure is vital to national security, national economic security, and national public health and safety and must accordingly be treated with more seriousness by policymakers since there is real potential for a cloud compromise or outage to incapacitate critical infrastructure services.

Two features heightening the risk of cloud computing, when compared to previous on-premises systems, should inform how a national cloud risk management policy is constructed, the report argues. Because of how widespread cloud adoption has become, the report says, a vast array of organizations rely on a few shared linchpin technology systems, including unglamorous subsystems within the cloud, where the failure of one node could precipitate a cascading collapse.

Separately, because control and visibility into organizations cloud infrastructure is inherently delegated, those organizations lose visibility into the operations and failure modes of their cloud systems, the report argues.

It is time to address the fact that the cloud may have already become critical by the metrics policymakers use when considering whether a system needs oversight to ensure its resilience, the report concludes. As more entities adopt the cloud, and as more of the core infrastructure of systems like the Internet come to rely on it, this dependence and the systemic nature of its attendant risks will only compound.

Recorded Future

Intelligence Cloud.

Suzanne Smalley is a reporter covering privacy, disinformation and cybersecurity policy for The Record. She was previously a cybersecurity reporter at CyberScoop and Reuters. Earlier in her career Suzanne covered the Boston Police Department for the Boston Globe and two presidential campaign cycles for Newsweek. She lives in Washington with her husband and three children.

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Integration and support service launched to help organisations … – Scientific Computing World

To meet the rapid increase in demand for computer processing power of high-end research, Red Oak Consulting, a specialist in high performance computer (HPC) systems, has launched a three-tiered, fully managed service solution to help organisations move their research systems into the realm of cloud-based supercomputers.

This, the company says, is applicable for organisations working across a whole host of sectors, where quite literally petabytes of data are required to be processed in milliseconds, where normal computers simply couldnt cope, and the only solution is a high performance, or supercomputer. As this moves increasingly towards cloud-based solutions, the level of support, technological knowledge and expertise moves into a whole new territory.

Designed to deliver complete peace of mind to any organisation requiring the seamless functionality of HPC throughout transition and through everything from incident logging, cost and usage analysis, Red Oak Managed Services (ROMS) is tailored to a businesss requirements, especially when critical issues require speed, and deep-level expertise.

Owen Thomas, senior partner and co-founder of Red Oak Consulting, said: UK universities and research institutions have built an enviable reputation over the years of underpinning and feeding into industries such as energy, nuclear, defence and even genomics. Its where everything starts, and where ideas are turned into economic reality.

Therefore, we are in no doubt as to the complexities of our customers environments, and HPC requires a high and often intricate level of understanding and support that is not always available in house or on-premises.

Likewise, we understand the transition from on-premises to the cloud can be met with trepidation for many. But that is precisely why we exist; to manage the change, and to support the onward journey with agility and flexibility so HPC users can concentrate on their work without stress and undue downtime.

Speaking of his experience with ROMS, Nigel Cowler, digital cloud platform owner for Lloyds Register, said: I highly recommend ROMS for their exceptional HPC (High-Performance Computing) support services. From the moment we engaged with them, their professionalism and expertise were evident.

They demonstrated a deep understanding of our needs and provided tailored solutions that perfectly aligned with our requirements. Their level of engagement and commitment to delivering high-quality results matched our expectations.

Red Oak Consultancy has proven to be a reliable and knowledgeable partner in the realm of HPC, and we continue to benefit from their valuable support.

Within the bespoke packages Silver, Gold and Platinum Plus ROMS offers three distinct areas of support, namely HPC system admin support, business-oriented reporting and cost & usage analysis. All of which are designed to help organisations running multiple HPC workflows greater knowledge of their systems, and a guarantee to get the best productivity, flexibility and value for users and the business.

Support is provided via a team of highly skilled HPC specialists with backgrounds in both academia and the corporate sector as users, engineers, solutions architects or software support agents.

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How the cloud impacts the financial services industry – Accounting Today

The financial services industry has been slower than other sectors to adopt cloud computing. Many financial companies still rely on on-premises IT, legacy mainframes and monolithic applications.

Migrating and refactoring these resources can take considerable time and effort enough to keep IT leaders from making the switch. However, things are picking up steam, thanks to the many ways in which cloud technology has evolved.

Today's leading cloud service platforms, like Amazon Web Services, offer a multitude of tools that make it easier to leverage best-in-class technology with minimal IT management. This is great news for financial services organizations that need to create value, innovate, and cut costs. The world is changing faster than ever, and one of the best ways to keep up is to embrace the cloud.

What's on the horizon in financial services?

It's increasingly clear that the cloud offers numerous benefits for financial services companies. Looking ahead, those who use the cloud effectively will separate themselves when it comes to:

Big data analytics

The cloud unlocks big data in multiple ways. On the cloud, financial services companies can ingest, store, process and analyze data at massive scales. This data can include banking statements, customer portal log data, marketing engagement metrics, real-time spending information and much more.

Financial institutions no longer have to be bound to the limits of their on-premises IT or in-house technical capabilities. Instead, they can now offload that infrastructure and work through the cloud, where computing and storage are available on-demand under pay-as-you-go pricing models.

What's more, all the financial data that companies keep is safer in the cloud. That's assuming data engineers configure their cloud environments appropriately. Cloud platforms like AWS provide solutions that automate security assessments and simplify access control. They also make it easier to maintain regulatory compliance at a time when governments worldwide are adopting stricter policies for data management.

In the future, big data analytics will be even more accessible to financial services organizations than it is today. The question that teams will be asking when it comes to big data is "what" to analyze, rather than "how."

Better fraud detection

On a related note, fraud detection powered by big data in the financial industry will grow increasingly important. Through the cloud, financial organizations can build, train and deploy advanced artificial intelligence and machine learning algorithms that have the ability to identify patterns that would otherwise be invisible to human analysts. These patterns may represent fraudulent activity, biases or human errors.

Going forward, fraud detection capabilities on the cloud will get smarter and faster. Companies will be able to catch bad actors or problems in their algorithms quickly. The key will be learning how to maintain and fine-tune ML models over time.

As we're learning, ML models do degrade, which means AI isn't a "set it and forget it" type of technology yet. Fortunately, cloud platforms like AWS recognize the power of AI and ML and continue to invest in solutions to make the technology easier to manage.

Personalized financial products

Another way the cloud will continue to shape the financial services space is by empowering companies to deliver more personalized offerings to customers. The abundance of data available today can be used to create products that cater more to individual needs, rather than broad demographic groups. Organizations will be able to create better customer experiences and focus their marketing efforts to maximize ROI.

Additionally, engineering teams will have more freedom to innovate. They will be able to automate crucial parts of their IT infrastructure and development processes, ultimately reducing time to market. And organizations that want to give users more control over their accounts will be able to build useful self-service portals.

The age of efficient personalization in the finance industry is here. Enterprises only need to figure out how to build agile and integrated cloud environments in which everything works together to improve the customer experience.

The financial services sector has been lagging behind in adopting cloud computing due to the effort involved in migrating and refactoring their legacy systems. However, advancements in cloud services are encouraging more organizations to transition to the cloud.

With the cloud, financial institutions can manage vast amounts of data more efficiently and securely, with automated security assessments and simplified access control, complying with increasingly stringent data management policies. Furthermore, cloud technology promotes innovation and streamlines the development process, enabling financial organizations to offer more personalized products and services, marking the advent of an era of efficient personalization in the finance industry.

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Startups Thrive with AWS : Cost optimization and efficiency in cloud … – TechiExpert.com

Cost optimization refers to the process of identifying and implementing strategies to minimize expenses and achieve the most efficient use of resources while maintaining or improving the desired level of performance or service. In the context of cloud computing, cost optimization focuses on reducing the overall expenditure associated with utilizing cloud services, such as compute instances, storage, data transfer, and other resources.

The goal of cost optimization is to strike a balance between cost reduction and meeting business objectives. It involves analyzing various factors, including resource utilization, pricing models, workload patterns, and performance requirements, to identify opportunities for cost savings and efficiency improvements. By optimizing costs, organizations can maximize the value they derive from their cloud investments, allocate resources more effectively, and improve their overall financial health.

Cost optimization in cloud computing often involves implementing strategies such as right-sizing resources, leveraging discounted pricing options like reserved instances or spot instances, implementing autoscaling, optimizing storage options, utilizing serverless computing, and monitoring and analyzing resource usage and costs. It is an iterative and continuous process that requires ongoing evaluation, adjustment, and adoption of new practices to adapt to changing business needs and technology advancements.

How to do Cost optimization and efficiency in cloudcomputing :

Always remember that cost optimization and efficiency are ongoing processes. Regularly review and adjust your cloud infrastructure based on evolving requirements, technological advancements, and new cost optimization strategies to ensure continuous improvement and maximize savings.

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US shouldn’t restrict China’s access to cloud computing and … – asianews.network

July 11, 2023

BEIJING In an era where technology transcends boundaries and propels global progress, it is crucial to foster cooperation and open channels of innovation. Restricting Chinas access to cloud computing and semiconductors may seem like a viable strategy to safeguard national interests, but a deeper analysis reveals the potential drawbacks and missed opportunities such restrictions bring. Instead of isolating China, the United States should embrace collaboration and seek mutually beneficial partnerships in the realm of technology. By doing so, the US can contribute to ensuring continued advancements, driving economic growth, and creating a more inclusive and prosperous future.

Technological advancements in todays world rely on collaboration and the exchange of ideas across borders. Cloud computing and semiconductors are critical pillars of the digital revolution that empower businesses, governments, and individuals to thrive in the digital age. Restricting Chinas access to these technologies would hinder the free flow of knowledge and impede global progress. The US should prioritize building bridges instead of erecting barriers, fostering an environment that encourages collaboration between nations.

National security concerns are undoubtedly important, but a comprehensive approach is necessary to address them effectively. Relying solely on restrictions and limitations is a shortsighted strategy that undermines the potential for constructive dialogue and problem-solving. Instead of trying to thwart Chinese technological development, the United States should put efforts into dialogue with China to establish frameworks for cooperation that safeguard both national interests and global security. Collaborative endeavors can enable the establishment of shared standards, enhanced transparency, and improved cybersecurity measures, fostering a more secure technological ecosystem for everyone.

Chinas technological prowess is undeniable. It has emerged as a global leader in several domains, including cloud computing and semiconductors. Instead of fearing this progress, the United States should recognize the economic opportunities that lie in collaborating with China. American firms can gain a lot by collaborating with Chinese companies, including access to the vast market and consumer base, foster innovation that will benefit China and the United States as well as the whole world. The synergy of Chinese and American companies would allow businesses from both countries to flourish and create jobs, benefiting not only the US and China but the global economy as a whole.

Restricting Chinas access to cloud computing and semiconductors will only harm American businesses and impede technological advancement, undermining the countrys global competitiveness.

Technological collaboration can serve as a catalyst for strengthening diplomatic relations between nations. Engaging with China on shared technological interests fosters an environment of trust and cooperation. By promoting open dialogue and collaboration, the United States can address its economic problems. Engagement allows for the inclusion of important discussions about privacy, data protection, and intellectual property rights, ensuring that shared values are protected and respected.

In an increasingly interconnected world, isolating and restricting Chinas access to cloud computing and semiconductors would be a counterproductive move. Rather than allowing fear and competition to drive us apart, the United States should embrace collaboration and cooperation. Through engaging with China in the development of these technologies, the US can have its own contribution in shaping the future of innovation, enhancing national security, and fostering economic growth.

Instead of trying to thwart and isolate China by pushing for a new Cold War, the US leaders shall choose the path of collaboration, taking a part in forging a world where technological advancements benefit all, and where the global community thrives together.

Dawid Wiktor is the chief executive officer of Media Scope Group and president of the Estonian-Chinese Chamber of Commerce. The views dont necessarily reflect those of China Daily.

If you have a specific expertise, or would like to share your thought about our stories, then send us your writings at opinion@chinadaily.com.cn, and comment@chinadaily.com.cn.

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How Global Hyperscalers are Shaping the Future of Cloud … – Fagen wasanni

The Role of Global Hyperscalers in Shaping the Future of Cloud Computing and Data Centers

Global hyperscalers, the tech giants that provide cloud computing services on a massive scale, are playing a pivotal role in shaping the future of cloud computing and data centers. Companies like Amazon Web Services (AWS), Google Cloud, and Microsoft Azure are leading the charge, leveraging their vast resources and technological prowess to redefine the landscape of data storage and processing.

The term hyperscaler refers to companies that have the capacity to scale their IT infrastructure exponentially in response to demand. These companies have built their businesses around the ability to provide vast amounts of computing power, storage, and networking capacity to a global customer base. This ability to scale is what sets them apart and allows them to shape the future of cloud computing and data centers.

One of the key ways hyperscalers are influencing the future of cloud computing is through the development and implementation of advanced technologies. For instance, they are pioneering the use of artificial intelligence (AI) and machine learning (ML) in data centers to optimize operations, improve energy efficiency, and reduce costs. These technologies enable data centers to predict and respond to changes in demand, ensuring optimal performance at all times.

Moreover, hyperscalers are driving the shift towards more sustainable data centers. They are investing heavily in renewable energy sources and innovative cooling technologies to reduce the environmental impact of their operations. Google, for example, has committed to operating its data centers on 24/7 carbon-free energy by 2030. This commitment not only sets a new standard for the industry but also demonstrates how hyperscalers can use their influence to drive positive change.

In addition to technological advancements and sustainability efforts, hyperscalers are also shaping the future of cloud computing through their business models. They offer a range of cloud services, from infrastructure as a service (IaaS) to platform as a service (PaaS) and software as a service (SaaS), allowing businesses of all sizes to leverage the power of the cloud. This flexibility and scalability have democratized access to advanced computing resources, enabling even small businesses to compete on a global scale.

Furthermore, hyperscalers are fostering a more interconnected global economy. Their vast networks of data centers span the globe, enabling businesses to operate seamlessly across borders. This global reach not only facilitates international business operations but also enhances data sovereignty by allowing data to be stored and processed in the region where it is generated.

In conclusion, global hyperscalers are playing a crucial role in shaping the future of cloud computing and data centers. Through their technological innovations, sustainability initiatives, flexible business models, and global networks, they are redefining the way businesses store and process data. As they continue to push the boundaries of what is possible, we can expect to see even more transformative changes in the years to come. The future of cloud computing and data centers is undoubtedly being shaped by these tech giants, and their influence will continue to be felt across the industry and beyond.

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Disneyland to celebrate 68th anniversary with limited-time event – KTLA Los Angeles

The Disneyland Resort will celebrate its 68th anniversary on Monday and will hold a celebratory cavalcade to mark the special occasion, the resort announced Thursday. (Unsplash)

The Disneyland Resort will celebrate its 68th anniversary on Monday and will hold a celebratory cavalcade to mark the special occasion, the resort announced Thursday.

Walt Disney welcomed the first guests into Disneyland on July 17, 1955.

The celebratory cavalcade will take place at Disneyland at 11:45 a.m. and will likely include appearances from Mickey, Minnie, Donald and Daisy, among other characters.

The Anaheim-based theme park will also celebrate its birthday with a new doughnut available at Jolly Holiday Bakery Caf from July 15 until July 17.

The resorts latest celebration comes during Disney 100, a yearlong celebration of the Walt Disney Co.s 100th anniversary. The festivities included the debut of a new ride, two new nighttime shows, new food options and more.

The new dark ride, Mickey and Minnies Runaway Railway, opened to the public earlier this year and is the first ride at Disneyland that stars Mickey Mouse, Minnie and the rest of the gang.

Two new nighttime shows, World of Color One and Wondrous Journeys, will also play throughout the centennial celebration.

World of Color One will be shown at Disney California Adventure at Paradise Bay. The storyline accompanying the show discusses how a single drop of water can create a ripple effect.

The show includes a new original song, Start a Wave, and features moments from beloved Disney movies like Pocahontas, The Lion King and Coco. The show also includes elements from The Avengers and Star Wars film series.

Wondrous Journeys, the other nighttime show playing at Disneyland, serves as a homage and love letter to Walt Disney Animation Studios, Jordan Peterson, a show director with Disney Live Entertainment, said.

The show was a collaboration between Walt Disney Animation Studios and Disney Live Entertainment, a branch of the company that helps produce Disney Parks entertainment, such as parades and shows.

The fireworks show is slated to have its last performance on Aug. 31 to make way for the Halloween Screams and BelieveIn Holiday Magic nighttime spectaculars.

Disneyland has not announced when the show would return.

Disney fans hoping to experience the limited-time events will need a valid theme park ticket and reservation to enter the park.

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IBM mulls using its own AI chip in new cloud service to lower costs – Reuters

SAN FRANCISCO, July 11 (Reuters) - International Business Machines (IBM) (IBM.N) is considering the use of artificial intelligence chips that it designed in-house to lower the costs of operating a cloud computing service it made widely available this week, an executive said Tuesday.

In an interview with Reuters at a semiconductor conference in San Francisco, Mukesh Khare, general manager of IBM Semiconductors, said the company is contemplating using a chip called the Artificial Intelligence Unit as part of its new "watsonx" cloud service.

IBM is hoping to take advantage of the boom in generative AI technologies that can write human-like text more than a decade after Watson, its first major AI system, failed to gain market traction.

One of the barriers the old Watson system faced was high costs, which IBM is hoping to address this time. Khare said using its own chips could lower cloud service costs because they are very power efficient.

IBM announced the chip's existence in October but did not disclose the manufacturer or how it would be used.

Khare said the chip is manufactured by Samsung Electronics (005930.KS), which has partnered with IBM on semiconductor research, and that his company is considering it for use in watsonx.

IBM has no set date for when the chip could be available for use by cloud customers, but Khare said the company has several thousand prototype chips already working.

IBM has joined other tech giants such as Alphabet's (GOOGL.O) Google and Amazon.com (AMZN.O) in designing its own AI chips.

But Khare said IBM was not trying to design a direct replacement for semiconductors from Nvidia (NVDA.O), whose chips lead the market in training AI systems with vast amounts of data.

Instead, IBM's chip aims to be cost-efficient at what AI industry insiders call inference, which is the process of putting an already trained AI system to use making real-world decisions.

"That's where the volume is right now," Khare said. "We don't want to go toward training right now. Training is a different beast in terms of compute. We want to go where we can have the most impact."

Reporting by Stephen Nellis; Editing by Jamie Freed

Our Standards: The Thomson Reuters Trust Principles.

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