Category Archives: Cloud Computing
McDonald’s and Google Cloud Announce Strategic Partnership to Connect Latest Cloud Technology and Apply … – PR Newswire
CHICAGO and SUNNYVALE, Calif., Dec. 6, 2023 /PRNewswire/ -- McDonald's Corporation and Google today announced plans for a new multi-year, global partnership to connect Google Cloud technology across thousands of its restaurants worldwide. This partnership is a significant step for McDonald's in advancing its restaurant technology platform to become the most sophisticated and productive in the industry. McDonald's plans to leverage a wide range of Google Cloud's hardware, data, and AI technologies to implement innovation faster and create even better experiences for its customers, restaurant teams, and employees.
"We see tremendous opportunity for growth in our digital business and our partnership with Google Cloud allows us to capitalize on this by leveraging our size and scale to build capabilities and implement solutions at unmatched speeds," said Brian Rice, McDonald's Executive Vice President and Global Chief Information Officer. "Connecting our restaurants worldwide to millions of datapoints across our digital ecosystem means tools get sharper, models get smarter, restaurants become easier to operate, and most importantly, the overall experience for our customers and crew gets even better."
As part of this partnership, McDonald's will roll out significant advancements to its restaurant and customer platforms from its popular mobile app that serves as the gateway for its 150 million member-strong and quickly expanding loyalty program, to its thousands of self-service kiosks in restaurants worldwide. With a consistent approach, McDonald's expects to deploy innovations with much greater speed and agility. McDonald's will use edge computing from Google Cloud to power these new platforms, bringing information storage and high powered computing into individual restaurants.
Google Distributed Cloud, a combined hardware and software offering, is planned to be deployed to thousands of McDonald's restaurants so they can leverage both cloud-based software applications and their own software and AI solutions locally on-site, as needed. With Google Cloud edge computing capabilities, McDonald's will be able to draw new insights into how equipment is performing, enact solutions that reduce business disruptions, and diminish complexity for crew so restaurant teams can focus on delivering amazing hospitality to customers. McDonald's will be the largest global foodservice retailer to use Google Distributed Cloud's new capabilities, with plans for thousands of restaurants to begin receiving their hardware and software upgrades next year.
Through this new partnership, a dedicated Google Cloud team in Chicago will work in close proximity to McDonald's global innovation center, known as Speedee Labs. Together, they'll focus on applying generative AI across a number of key business priorities to power exciting new experiences for crew and customers, with McDonald's unmatched convenience and value.
"Through this wide-ranging partnership, Google Cloud will help McDonald's seize on new opportunities to transform its business and customer experiences, empowering restaurants worldwide with the latest technologies for near-term impact," said Thomas Kurian, Google Cloud's Chief Executive Officer. "Pairing the iconic brand, size and scale of McDonald's with Google Cloud's deep history in AI and technology innovation will redefine how this industry works and what people expect when they dine out."
About Google CloudGoogle Cloud accelerates every organization's ability to digitally transform its business and industry. We deliver enterprise-grade solutions that leverage Google's cutting-edge technology, and tools that help developers build more sustainably. Customers in more than 200 countries and territories turn to Google Cloud as their trusted partner to enable growth and solve their most critical business problems.
About McDonald'sMcDonald's is the world's leading global foodservice retailer with over 40,000 locations in over 100 countries. Approximately 95% of McDonald's restaurants worldwide are owned and operated by independent local business owners.
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McDonald's and Google Cloud Announce Strategic Partnership to Connect Latest Cloud Technology and Apply ... - PR Newswire
Computing Power Market Revenue to Total USD 81.3 Billion by 2032 | Growing Investments In Data Centers – GlobeNewswire
New York, Dec. 07, 2023 (GLOBE NEWSWIRE) -- According to Market.us, The Global Computing Power Market is likely to secure a valuation of USD 48.4 Billion in 2024, with a CAGR of 6.8% during the forecast period. The global market is anticipated to capture a valuation of USD 81.3 Billion by 2032.
Computing power refers to the ability of computer systems or infrastructures to execute computational tasks and process information efficiently and quickly. It measures both processing capacity as well as speed and performance - typically measured in terms of how many operations or calculations computers can complete in an allotted amount of time - usually expressed either as "Flops per Second" (Floating Point Processing Every Second) or MIPS (million Instructions Per Second).
The computing power market, also referred to as high-performance computing (HPC), entails providing infrastructure and resources necessary for meeting rising computing power demand. It includes software, hardware and services which help companies leverage significant computing power for complex and data intensive tasks.
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Key Takeaway:
Top Trends in the Global System Integration Services Market
An important trend in the Computing Power Market is the increasing popularity of cloud computing. Governments worldwide are emphasizing cloud computing and digital transformation initiatives. For instance, projects like Smart Abu Dhabi and Smart Dubai in the United Arab Emirates (UAE) promote cloud computing adoption and stimulate demand for these systems. Additionally, the work-from-home trend, accelerated by the COVID-19 pandemic, has led to enhanced high-performance computing power limitations through solutions like data analysis. This trend reflects the adaptability and relevance of the market in evolving work environments.
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Regional Analysis
The Computing Power Market exhibits regional variations in its dynamics. North America leads the market, driven by its emphasis on technological advancements and robust data security measures. This region is a hub for technological innovation and is characterized by the presence of major global enterprises and SMEs that adopt HPC systems to address technical challenges.
North America's commitment to innovation and technological adoption has propelled the adoption of high-performance computing systems. Major enterprises, such as Boeing and General Motors, coupled with SMEs, recognize the value of HPC systems in overcoming technical restraints and driving growth.
In contrast, the Asia Pacific region is emerging as a significant player in the Computing Power Market, particularly in areas such as weather forecasting and scientific research. The region's focus on digitization and technological adoption contributes to its growth potential. As businesses and governments in the Asia Pacific region continue to invest in high-performance computing, the market's dynamics are expected to evolve further.
Competitive Landscape
Prominent participants in the Computing Power Market comprise Atos SE, Advanced Micro Devices, Inc., Hewlett Packard Enterprise Development LP, Dell Inc., Cisco Systems, Inc., Fujitsu, Intel Corporation, IBM, Microsoft, and Amazon Web Services, Inc. These key market players play a pivotal role in influencing the market landscape through strategic initiatives, product advancements, and collaborative partnerships.
Their significant presence and impact highlight the competitive dynamics of the market. These companies stand at the forefront of innovation, spearheading the creation of high-performance computing solutions tailored to the diverse requirements of businesses and industries. Leveraging their expertise and market leadership, these entities emerge as critical contributors in this dynamic and ever-evolving industry. Their proactive engagement in shaping the market, be it through strategic initiatives, cutting-edge product development, or strategic partnerships, solidifies their position as key players in the Computing Power Market.
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Market Drivers
Several key factors are driving the growth of the Computing Power Market. Chief among them is the escalating demand for high-efficiency computing. In today's rapidly evolving business landscape, organizations across diverse industries seek faster and more efficient data processing capabilities to maintain competitiveness.
The evolution of virtualization technology has significantly contributed to this demand surge. Virtualization helps organizations optimize their computing resources to increase efficiency and lower operational costs. As IT continues its rapid expansion and diversification, high-performance computing solutions become ever more essential.
Hybrid high-performance computing (HPC) solutions have gained great traction over recent years. These powerful computing systems specialize in processing vast volumes of data quickly, making them popular with academic institutions, government agencies, energy companies and defense agencies. Their widespread adoption across these sectors has been instrumental in shaping and growing the high-performance computing industry as a whole.
Market Restraints
While the Computing Power Market presents promising growth opportunities, it also faces certain restraints. One notable challenge is the escalating concerns regarding cybersecurity. As the use of HPC systems expands, the market is exposed to multiple potential security threats. HPC environments consist of heterogeneous systems, requiring multiple management systems to operate securely.
Unfortunately, the implementation of security policies and management processes has lagged, leading to vulnerabilities without corresponding benefits. Addressing these security concerns is crucial to sustaining the market's growth. Organizations and governments must invest in robust cybersecurity measures to mitigate potential risks associated with high-performance computing.
Market Opportunities
The Computing Power Market presents substantial growth opportunities in a variety of industries, both within the United States and globally. High-performance computing has served as the catalyst for innovation in areas like automotive, aerospace and healthcare, finance and many more. These industries rely on high-performance computing to transform the way they offer their services and products. The inherent capability of high-performance computing systems to speed up complicated business processes, is an important instrument for companies seeking productivity and effectiveness.
Expected growth in the need for supercomputing in the coming years is driven by the need for faster data processing, higher computational capabilities, as well as increased efficiency in operations. Companies that invest wisely in high-performance computing systems are set to get an edge in the market, opening new possibilities to innovate and encouraging sustainable growth.
Report Segmentation of the System Integration Services Market
Component Analysis
The Computing Power Market is composed of several pivotal components, each playing a crucial role in its functionality and expansion. These components encompass Servers, Software, Services, and Other Components. Among these, Servers notably occupy a dominant position in the market. The escalating prevalence of data centers and the growing presence of small and mid-size enterprises (SMEs) are key drivers behind the heightened demand for servers. Given the imperative for efficient data processing capabilities, servers emerge as a vital component within the Computing Power Market.
The Services segment constitutes another significant contributor to the market's dynamics. This segment encompasses maintenance, management, and support services, which are integral during the installation and ongoing operation of high-performance computing (HPC) systems. HPC vendors offer support to ensure the seamless functionality of these systems, addressing any issues that may arise during their use. This comprehensive suite of services underscores the importance of the Services segment in maintaining the robustness and reliability of the Computing Power Market.
Deployment Mode Analysis
The choice of deployment mode is a critical decision for businesses operating in the Computing Power Market. The market is primarily divided into two deployment modes: On-Premise and Cloud. On-Premise deployment remains a preferred choice for many organizations due to concerns about data security. Enterprises are cautious about the safety of their sensitive data, especially with government regulations in place.
Cloud deployment, however, is poised for substantial growth in the coming years. The cloud offers numerous advantages, including cost-cutting potential and operational efficiency benefits. The flexibility and scalability of cloud computing provide a compelling choice for companies looking to lower expenses for operations and reduce the requirement for more computing resources in-house. As cloud computing grows and become more reliable, it is likely to become more prominent within the Computing Power Market.
End-User Analysis
The Computing Power Market serves a diverse range of end-users, each with its unique requirements and challenges. These end-users include BFSI (Banking, Financial Services, and Insurance), Gaming, Media & Entertainment, Retail, Transportation, Government & Defense, Education & Research, Manufacturing, Healthcare & Bioscience, and Other End-Users.
Among these, the Manufacturing sector stands out as a dominant player in the market. Manufacturing processes are often time-consuming and computation-intensive. To address these challenges, the industry adopts HPC systems and CAD (Computer-Aided Design) software. These technologies enhance performance, improve computational speeds, and provide quick data access, contributing to increased efficiency and competitiveness within the sector.
The Government & Defense sector is another prominent player in the Computing Power Market. Governments and defense agencies are increasingly leveraging high-performance computing to support digitization initiatives and contribute to economic development. These agencies adopt progressive IT solutions to improve computing efficiency, enhance security measures, and drive technological advancements.
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Market Segmentation
By Component
By Deployment Mode
By End-Users
By Geography
Top 10 Biggest Companies in Computing Power Market
The competitive landscape of the market has also been examined in this report. Some of the major players include:
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Aqua Security on how to navigate the Cloud’s complexities – IT Brief Australia
Enterprises are building, deploying and managing modern applications in cloud computing environments. By adopting cloud technologies, they can build highly scalable, flexible and resilient applications that can be updated quickly.
Cloud native technologies support fast and frequent changes to applications without impacting service delivery. They help industries to increase efficiency, reduce costs and ensure availability of applications to meet their customer demands.
With all the benefits the cloud has to offer, it also introduces a new set of challenges, particularly for industries where security and compliance are priorities.
When PPRO and Spotnana, influential companies within the fintech and travel sectors, needed to prioritise their security and regulatory compliance, they turned to my company for a solution.
The growing complexity of their environments, the numerous alerts hindering their ability to effectively monitor and mitigate vulnerabilities and the mounting concerns around keeping speed and agility in the DevOps team while ensuring security were only a few of the challenges each was looking to resolve.
PPRO (pronounced 'p-pro') is at the forefront of the fintech industry, providing banks and businesses with a globalised digital payment infrastructure. PPRO's secure and unified payment platform grants customers access to card schemes, payment methods, fraud screening tools and other robust capabilities.
These tools empower users to conduct quick transactions, enhance checkout conversions, and streamline services via a single connection. PayPal, Stripe and GlobalPayments are just a few of the businesses that rely on PPRO.
As a global payment provider, PPRO adheres to stringent regulations spanning various industries and countries. Looking for a complete cloud native solution to help balance the multiple workloads and environments, PPRO chose us to protect and monitor their customers' payment platforms, ensuring end-to-end visibility, speed, and compliance.
Oursolutionbridges the gap between PPRO's developers and management to prioritise vulnerabilities and streamline remediation efforts.
PPRO's security team can now collaborate to address and resolve discovered vulnerabilities, whether that means fixing them immediately, monitoring for malicious activity at runtime, or flagging the non-compliant resource. By scanning for secrets hidden below the surface of PPRO's platform, our product has transformed PPRO's operational hygiene.
Time savings proved evident during the Log4J and Spring4Shell vulnerabilities. The first instance occurred before PPRO's deployment of our tech, while the second vulnerability was detected shortly after the implementation.
In response to the first CVE report, PPRO's security team took immediate action, developing and testing writing scripts to run against all known repositories a task that consumed hours of effort.
Since the implementation of the defence platform, PPRO's security team receivesinstant notifications and gainsclear visibility into all affected applications via the dashboard. What used to take hours or days of research and remediation now only takes a matter of minutes. Our cloud native protection platform provides PPRO with a competitive advantage in the financial services sector respectively.
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Spotnana is a global travel-as-a-service platform redefining corporate travel with personalised and cost-effective offerings. Spotnana provides cloud-based travel solutions to bring simplicity and trust to adventurers worldwide.
Leveraging cloud computing, microservices and open APIs, Spotnana drives innovation in the travel industry. Corporations, agencies, suppliers and technology providers using Spotnana's platform can deliver travel experiences smoothly to connect people from all around the world.
To establish trust with its customers, Spotnana must secure the cloud native technology that powers its transformative travel-as-a-service platform.
Built on AWS Fargate, Spotnana assumes responsibility for the security of their cloud native applications, including video and runtime. Gabriel Alexandru, Senior Security Engineer at Spotnana, emphasised key concerns in the company's security posture.
"We were building the security function from the ground up and lacked telemetry and protection on our AWS containers," he said. "Without forensic evidence of what was happening on those containers, we couldn't harden runtime and certainly couldn't prevent anything from happening at runtime."
Spotnana needed cloud native protection that would fit into its existing tools and workflows, ensuring end-to-end protection from development to runtime.
My company's tech emerged as the optimal solution to secure Spotnana's travel-as-a-service platform with AWS Fargate. Its platform provides essential telemetry, runtime hardening, and comprehensive cloud-native security across the entire application lifecycle.
Seamlessly integrating into Spotnana's DevSecOps workflows, our technology brings dynamic threat analysis, container protection and detection of malicious behaviour into their security landscape. With effortless scalability, accurate threat detection, and Kubernetes expertise, it delivers unmatched value for the Spotnana platform, its security team, and its customers.
Spotnana intends to further leverage the technology's features and values our company's valuable research and educational content, which keeps them informed of the latest threats. With such support, Spotnana maintains a secure infrastructure while cultivating innovation and delivering exceptional travel experiences.
In navigating the complexities of the cloud, the stories of PPRO and Spotnana highlight the pivotal role our technology plays in enabling organisations to harness the full potential of cloud native technologies while addressing the unique challenges they bring.
As cloud computing continues to reshape industries, security and compliance remain paramount concerns. PPRO's journey illustrates how our security facilitates the seamless integration of security into DevOps workflows, transforming operational hygiene and reducing response times to vulnerabilities.
Spotnana's experience highlights how we empower companies to build trust by securing cloud native environments and ensuring end-to-end protection.
Both stories exemplify the ability to not only safeguard critical assets but also drive innovation and enhance the delivery of exceptional customer experiences in the cloud era.
The technology is not merely a solution but a strategic partner in navigating the cloud's complexities, safeguarding enterprises, and propelling them towards success in the ever-evolving digital landscape.
Forrester Consulting recently examined the Total Economic Impact (TEI) and the return-on-investment (ROI) that enterprises may realise by deploying my company's solution.Dive into the new studyto learn how to achieve 207% ROI along with other quantifiable benefits of using our platform.
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Aqua Security on how to navigate the Cloud's complexities - IT Brief Australia
NCS partners with Google Cloud in Australia and Singapore – Channel Asia Singapore
Howie Lau (NCS)
IT services provider NCS has partnered with Google Cloud in Singapore, Australia, and the wider Asia Pacific (APAC) region for cloud and artificial intelligence.
According to NCS, the partnership will focus on delivering AI-driven cloud to public and private organisations in APAC leveraging the providers 100-strong Google Cloud team across the region.
The Singtel-owned company is now a premier partner for Google Cloud Platform and Google Workspaces, offering a range of services from data analytics to infrastructure and cyber security across the Google suite, including Google Cloud, Workspace, Maps and Mandiant.
NCS has specialisations in infrastructure services, data analytics services and 15 partner expertise including retail, healthcare, education, and financial services.
The IT services provider claimed that organisations can now accelerate their digital transformation by leveraging Google Clouds capabilities alongside NCS services, bridging the gap between AI and cloud technologies. This, NCS claims, will allow companies to benefit from AI capabilities for data-driven decision-making, with the cloud providing the infrastructure to support AI applications at scale.
We are seeing a revolution in digital experiences and innovation led by the convergence of AI with cloud computing, said Howie Lau, managing partner of corporate development and partnerships at NCS.
By combining NCS' end-to-end system integration expertise with Google Cloud's trusted AI and cloud technologies, we are empowering our clients to harness the transformative potential of AI and cloud. Together, we will co-create the next generation of resilient and secure AI-powered applications that our clients need to advance their businesses and the communities they serve.
Anthony McMahon, managing director of partners and alliances for Google Cloud APAC, said the partnership will power new capabilities that can improve operations and create real-world value.
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NCS partners with Google Cloud in Australia and Singapore - Channel Asia Singapore
GigaIOs SuperNODE to Power TensorWave Deployment with AMD MI300X – High-Performance Computing News … – insideHPC
San Jose, California, December 6, 2023 GigaIO, provider of open workload-defined infrastructure for AI and accelerated computing, has announced what the company said is the largest order yet for its SuperNODE utilizing tens of thousands of the AMD Instinct MI300X accelerators.
GigaIOs infrastructure will form the backbone of a bare-metal specialized AI cloud code-named TensorNODE, to be built by cloud provider TensorWave for supplying access to AMD data center GPUs, especially for use in LLMs.
The company said the SuperNODE, launched last June, was the worlds first 32-GPU single-node supercomputer. The TensorNODE deployment will build upon this architecture to a greater scale, leveraging GigaIOs PCIe Gen-5 memory fabric to provide a simpler workload setup and deployment than is possible with legacy networks, and eliminating the associated performance tax., according to GigaIO.
TensorWave is excited to bring this innovative solution to market with GigaIO and AMD, said Darrick Horton, CEO of TensorWave. We selected the GigaIO platform because of its superior capabilities, in addition to GigaIOs alignment with our values and commitment to open standards. Were leveraging this novel infrastructure to support large-scale AI workloads and we are proud to be collaborating with AMD as one of the first cloud providers to deploy the MI300X accelerator solutions.
GPU utilization is key in this era of GPU scarcity but requires significant VRAM and memory bandwidth. TensorWave will use FabreX to create the very first petabyte-scale GPU memory pool without the performance impact of non memory-centric networks. The first installment of TensorNODE is expected to be operational starting in early 2024 with an architecture that will support up to 5,760 GPUs across a single FabreX memory fabric domain. Workloads will be able to access more than a petabyte of VRAM in a single job from any node, enabling even the largest jobs to be completed in record time. Throughout 2024, multiple TensorNODEs will be deployed.
The composable nature of GigaIOs dynamic infrastructure provides TensorWave with tremendous flexibility and agility over standard static infrastructure; as LLMs and AI user needs evolve over time, the infrastructure can be tuned on the fly to meet both current and future needs.
TensorWaves cloud will be greener than alternatives by eliminating redundant servers and associated networking equipment, providing a savings in cost, complexity, space, water, and power.
We are thrilled to power TensorWaves infrastructure at scale by combining the power of the revolutionary AMD Instinct MI300X accelerators with GigaIOs AI infrastructure architecture, including our unique memory fabric, FabreX. This deployment validates the pioneering approach we have taken to reimagining data center infrastructure, said Alan Benjamin, CEO of GigaIO. The TensorWave teambrings both a visionary approach to cloud computing and a deep expertise in standing up and deploying very sophisticated accelerated data centers.
TensorNODE is an all-AMD solution featuring both 4th Gen AMD CPUs and MI300X accelerators. The expected performance of the TensorNODE is made possible by the MI300X, which delivers 192GB of HBM3 memory per accelerator. The leadership memory capacity of these accelerators, combined with GigaIOs memory fabric which allows for near-perfect scaling with no compromse to performance solves the challenge of underutilized or idle GPU cores.
We are excited about our collaboration with GigaIO and TensorWave to bring unique solutions to the evolving workload demands of AI and HPC, said Andrew Dieckmann, Corporate Vice President and General Manager, Data Center and Accelerated Processing of AMD. GigaIOs SuperNODE architecture, powered by AMD Instinct accelerators and AMD EPYC CPUs, is expected to deliver impressive performance and flexibility.
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GigaIOs SuperNODE to Power TensorWave Deployment with AMD MI300X - High-Performance Computing News ... - insideHPC
What’s Going On With Alibaba Cloud? – The Motley Fool
Once a rising star among Alibaba's (BABA -0.59%) diversified businesses, Alibaba Cloud has fallen from grace lately, with revenue growth coming to a halt.
And just when investors hoped that a complete spin-off of Alibaba Cloud from the group would rekindle growth and unlock shareholder value, the parent company's recent decision to cancel the spin-off further confused investors.
So, what's going on with the business? Let's explore that further.
Image source: Getty Images.
One of the biggest technological trends in the last decade is the migration from on-premises computing to cloud computing. One of the leaders in China's tech scene, Alibaba is an early mover in this industry, leveraging its colossal business empire and vast network of customers to build its cloud-computing business.
Thanks to its massive investment over the years, Alibaba Cloud became the most significant cloud player in China, with a 34% market share. And with the development of new trends like artificial intelligence (AI), IoT, etc., long-term prospects look excellent for Alibaba Cloud.
Yet, after delivering remarkable growth rates for many years, the cloud business had a meager 4% growth in the fiscal year 2023 ended March 31, 2023 . Worse, revenue fell 2% in the final quarter of fiscal year 2023. While it's hard to pinpoint specific reasons, the lack of management attention -- thanks to Alibaba's colossal business empire -- could be a key reason for the poor performance.
Fortunately, Alibaba is not sitting idle with the situation. It proposed a major restructuring by breaking down its empire into six major divisions, Alibaba Cloud being one of them. The objective was to let each business chart an independent path to bring back the entrepreneurial spirit needed to resume growth.
The parent company went further with Alibaba Cloud by proposing a complete spin-off, which included giving up its control of this subsidiary so that the latter could chart its path with total autonomy. Besides, Alibaba's ex-Chairman and CEO, Daniel Zhang, would step down from the parent to focus solely on leading Alibaba Cloud.
In short, Alibaba had a plan for Alibaba Cloud to regain its glory.
Everything looked great with Alibaba's plan for its subsidiary until recently.
In September 2023, Alibaba shocked its investors when Daniel Zhang stepped down from Alibaba Group, relinquishing his chairman and CEO role in Alibaba and Alibaba Cloud. The Alibaba Group's new CEO, Eddie Wu, became the chairman and CEO of Alibaba Cloud. The sudden change in the top leadership in Alibaba Cloud cast a massive cloud around the prospects of this business.
And if that's not enough, the new leadership in Alibaba Group decided to shelve the spin-off of Alibaba Cloud, announcing its decision in the latest earnings announcement. The reason? A full spin-off of Alibaba Cloud business may not create the intended value for shareholders amid the uncertainties around its prospects caused by U.S. export restrictions on advanced computing chips.
Instead, Alibaba Group will continue to invest in this business long term, focusing on developing a sustainable growth model leveraging AI-driven demand growth.
Many investors (myself included) were disappointed when Alibaba changed direction with the Alibaba Cloud spin-off.
Still, it's not uncommon for new management to set a new strategic direction for the company. And while investors lost the opportunity to participate directly in Alibaba Cloud's future growth by owning its shares, they can still benefit indirectly by remaining as Alibaba's shareholders.
Besides, Alibaba Cloud will still have its own independent board and management team, so it is still well-positioned to operate independently, albeit with access to better support from Alibaba, as it remains under the parent's umbrella.
In all, investors should now look forward to the future. As one of those investors, I will closely monitor whether Alibaba Cloud can solve its growth issues in the coming quarters. If it can, I will be more comfortable with the parent's decision to keep its child under its control.
China’s Alibaba shakes up cloud unit management after scrapping the division’s IPO – CNBC
The World Artificial Intelligence Conference in Shanghai in July 2023.
Aly Song | Reuters
Alibaba has begun an overhaul of its cloud computing unit, bringing in veterans to new leadership positions, as it looks to revive the division after cancelling its public listing.
The move underscores the Chinese technology giant's desire to tap the boom in artificial intelligence that relies on the infrastructure built up by cloud players.
Alibaba will put a bigger emphasis on three business units within the cloud space public cloud, hybrid cloud and cloud infrastructure. While these groups existed previously, Alibaba has newly instated executives that oversee the divisions and that report to the company's top leadership.
Weiguang Liu will lead the public cloud division, a person familiar with the matter who was not authorized to speak publicly on it told CNBC, while Jin Li will lead the hybrid cloud unit. Both executives will report to Alibaba's group CEO Eddie Wu, the source said.
Jiangwei Jiang will lead the cloud infrastructure unit, reporting to the cloud division's Chief Technology Officer Jingren Zhou, the person added.
All three executives of the cloud business units are Alibaba veterans. The company was not immediately available for comment.
Chinese publication Leifeng first reported the news.
The shakeup comes after a surprise move by Alibaba last week to cancel the highly-anticipated initial public offering of its cloud unit that led the company to shed more than $20 billion from its value.
Alibaba underwent the biggest restructure in its history this year by way of splitting the company into six business units. Daniel Zhang stepped down from the CEO role in September, then quit as the head of the cloud business weeks later.
Alibaba has faced intensifying competition in China in the cloud market, particularly when pursuing customers in the state-owned enterprise and government sector.
Last week, Wu said the company would put more emphasis on the so-called public cloud, which targets enterprises in China, rather than at government customers.
The company will focus on AI in the cloud, as AI applications require vast amounts of computing power that cloud computing firms can offer. Alibaba hopes to capitalize on this prospect.
"The cloud intelligence group will resolutely implement a strategy of driving growth with AI and of prioritizing public cloud. It will scale up its technology investments in AI-related software and hardware," Wu said.
"In the future, incremental demand for cloud computing will be driven by demand for AI, and most AI computing will run in the cloud."
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China's Alibaba shakes up cloud unit management after scrapping the division's IPO - CNBC
Five things to look for at AWS re:Invent 2023 – SiliconANGLE News
Thanksgiving has passed in the U.S., so its on to the December holiday season but before we can deck the halls and jingle some bells, an important event is coming up:AWS re:Invent 2023.
This upcoming week, an estimated 60,000-plus people will descend upon Las Vegas to check out the latest and greatest from the cloud computing leader. One of the things I like most about the show is that Amazon Web Services Inc. has done a nice job of evolving the event from being a vendor show to more of an industry show for all things cloud computing.
Most businesses seem to have shaken off the COVID cobwebs and have been full steam ahead with many emerging technologies. Because of this, Ive been looking forward to this years show for some time. Here are the top five things Ill look for at re:Invent:
This might be the most obvious thing to look for this year, as its hard to go to any event without being hit over the head with generative AI. Specifically, with AWS, one would assume that generative AI will be sprinkled throughout the keynotes as part of AWS vision for the industry.
However, I am expecting AWS to talk more than vision. The company always does a great job of parading customers out onstage during the keynotes to provide specific examples of how technology can transform a business. Im hoping to see some in this area. Also, one of the core principles of AWS has always been to drive innovation to make things easier for its customers, and generative AI can do that an embedded technology.
Some people say that AWS is behind on generative AI, which contradicts what Ive seen in my customer conversations. I do think its fair to say that AWS is behind on generative AI marketing, but the company has never been one to have its marketing outpace innovation.
For decades, the industry relied primarily on off-the-shelf silicon to power infrastructure, but over the past several years, more companies have built their own.Ive talked to AWS about why its investing heavily in silicon, and executives told me building custom chips allows it to operate faster, at a lower cost, while providing better performance.
There is also a power benefit, which is critical as sustainability has become such a big driver of modernization. AlthoughAWS has used re:Invent to launch the latest and greatest services, its most established and largest volume services are infrastructure and silicon, which help customers save money with better performance.
Most people think of AWS as a company that provides building blocks for applications, but it also offers several of its own software-as-a-service applications. A few years ago, AWS released Connect, a cloud-native, AI-based contact center solution. Last year, the company took the covers off AWS Supply Chain, which, as one would expect, also uses cloud-native and AI as its differentiator.
Although the applications are certainly newsworthy, whats more interesting is how AWS rolls out applications. Both Supply Chain and Connect were built off internally facing services. As an example, Amazon has one of the biggest contact centers in the world, with, I believe, somewhere in the range of 70,000 agents, so once it became customer-facing, it was already fully baked.
The same can be said for Supply Chain. Amazon has so many homegrown applications logistics, human resources, inventory management and so on that the challenge is prioritizing which ones to roll out. We should expect to see more of applications at every re:Invent. This gives customers of all sizes access to applications that may have been out of their reach with a pay-per-use model.
5G has been hyped for over five years, but its yet to have the societal impact many people predicted.I believe we are on the precipice of seeing 5G finally have the transformative effect we have all been waiting for, and AWS is playing a key role in the infrastructure and showcasing the use cases.
At the Mobile World Congress, AWS created its NextLevel Experience area earlier this year, demonstrating 5G-enabled services. The organization has a massive 5G ecosystem, and Im looking forward to checking out the expo hall, where plenty of 5G should be on display.
The catalog of AWS services is massive, and many customers like to put the building blocks together. Developers use the services, assemble the components and build something. This works for many organizations but only for some, as it can create a lot of heavy lifting and skills to tie the services together.
Over the past few years, AWS has done a better job of pre-integrating the products to simplify deployment with predictable results. At re:Invent 2022, AWS announced the integration of its relational database, Aurora, and Redshift for cloud data warehousing. Customers rarely buy one without the other, so putting them together makes things easier for AWS customers. Over the next week, we should expect more solutions that create a better together story.
Given the massive hype around generative AI, I expect anything related to this to steal the show this year. However, theres more to the show than that, and I would encourage anyone attending the show to investigate the areas I have outlined as a good starting point for AWS innovation.
Zeus Kerravalais a principal analyst at ZK Research, a division of Kerravala Consulting. He wrote this for SiliconANGLE
TheCUBEis an important partner to the industry. You guys really are a part of our events and we really appreciate you coming and I know people appreciate thecontent you create as well Andy Jassy
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Five things to look for at AWS re:Invent 2023 - SiliconANGLE News
Broadcom completes its $61 billion acquisition of VMware – Times of India
Broadcom, the semiconductor manufacturing giant, has announced that its acquisition of cloud-computing firm VMware, worth $61 billion, has been completed after being under the scanner of regulators for months. The company has received all necessary approvals, including added restrictions from China.The deal, which was announced in May 2022, was one of the largest deals globally. However, the transaction faced rigorous regulatory scrutiny worldwide, leading to the delay of the closing date three times. China granted regulatory approval, on Tuesday, easing concerns among some investors that the company might not be able to close the deal before the November 26 deadline due to the ongoing tensions with the US over stricter chip export control measures.The European Commission approved Broadcom's acquisition of Marvell Technology after Broadcom offered remedies. The UK's Competition and Markets Authority also approved the acquisition following an in-depth investigation."Broadcom has received legal merger clearance in Australia, Brazil, Canada, China, the European Union, Israel, Japan, South Africa, South Korea, Taiwan, the United Kingdom, and foreign investment control clearance in all necessary jurisdictions," the company said. "We are excited to welcome VMware to Broadcom and bring together our engineering-first, innovation-centric teams."The approval from Chinese regulators comes with some terms and conditions. With its entry into the Chinese market, Broadcom will have to ensure that VMware's server software is interoperable with rival hardware, according to China's regulator.VMware will now operate under four specialized divisions. Krish Prasad will lead the VMware Cloud Foundation, Purnima Padmanabhan will head Tanju, Sanjay Uppal will manage the software-defined edge division, and Umesh Mahajan will direct the application networking and security division.Former VMware CEO Raghu Raghuram has transitioned to serve as a technical advisor to Broadcom CEO Hock Tan. Ricky Cooper has taken on the role of Vice President of OEM sales, responsible for managing partner incentives across the newly established divisions.
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Broadcom completes its $61 billion acquisition of VMware - Times of India
What You Need to Know About Hybrid Cloud Computing – What You … – InformationWeek
A hybrid cloud is a mixed computing environment that allows applications to run with the support of computing, storage, and services in multiple environments, including public and private clouds, on-site data centers, and even edge locations. Hybrid cloud computing continues to gain momentum, since the number of organizations relying entirely on a single public cloud is now dwindling rapidly.
In a hybrid cloud environment, organizations have the flexibility to run certain services or store data on their own servers (on-premises or in a private cloud) while also leveraging the resources and scalability of the public cloud, says Mayank Jindal, an Amazon software development engineer in an email interview. The approach allows organizations to meet specific security, compliance, or performance requirements, as well as providing the ability to seamlessly move workloads between different environments based on their evolving needs.
A hybrid cloud allows adopters to optimize and tailor their infrastructure/resources for business needs, performance, cost, security, and governance, explains Alok Shankar, engineering manager and technical lead for Oracle Cloud Migrations via email. It also allows adoption at a pace that is comfortable for an organization.
Related:3 Ways to Maximize Cloud Investments
Shankar notes that an organization may start their hybrid cloud journey quite modestly by replacing disk storage with object storage and slowly migrate other components as needed. Usually, applications needing high security or low latency can be kept on-premise while others needing elasticity or rapid scaling can be migrated to the public cloud.
A hybrid clouds flexibility can be extremely useful, Shankar says. In most cases, there are cost and ROI implications that can save millions of dollars, he states. If an organization migrates components to the cloud, it can save the expense of adding extra machines to its data center, which may be needed only temporarily. Cloud elasticity is on-demand, cheaper, and you only pay for what you use when compared to on-premise solutions.
By choosing exactly where data lives, a hybrid cloud can also help an organization meet regulatory and compliance requirements. For example, storing data in a European country due to GDPR regulations will be faster in the cloud if you dont have a data center in that particular geography, Shankar explains.
Meanwhile, security can be enhanced by maintaining tighter control over sensitive information. One can keep sensitive components on-premises and use the cloud for less critical data and applications, Shankar notes.
Related:How to Minimize Multi-Cloud Complexity
In an email interview, Bernie Hoecker, a partner and enterprise cloud transformation leader with technology research and advisory firm ISG, reports that benefits can be narrowed to four specific attributes.
Cost savings. Hybrid cloud adopters can avoid capital expenditures by leveraging the public cloud and running the applications in a SaaS model. This strategy also avoids the need for ongoing hardware maintenance.
Scalability. Public cloud models can scale up or down during usage spikes. Pay as you go models also provide the opportunity to help balance cost and revenue.
Flexibility. The hybrid cloud allows adopters to select the most suitable environments for specific workloads. An example would be applications that are required to run in a private cloud for compliance or regulatory statutes.
Performance. Adopters can select the cloud environment that best serves their end users needs. Client demands differ by industry and persona. A hybrid cloud model offers multiple avenues to satisfy client demand.
A hybrid cloud strategy should be considered only after careful evaluation, Shankar says. The first step should be a careful assessment of the organizations needs and requirements, he suggests. If it seems like a good fit, you can start building a hybrid cloud strategy.
Related:The Case of Climbing Cloud Costs Optimizing Hybrid IT Strategy
When considering hybrid cloud adoption, its important to understand that a successful implementation often involves ongoing monitoring, evaluation, and adjustments, Jindal says. Technology evolves, and an organizations needs may change over time, so regular assessments of cost-effectiveness and security measures are crucial, he warns. Staying adaptable and informed about the latest developments in the hybrid cloud space can lead to better outcomes and long-term success.
The biggest misconception about hybrid cloud computing is that its overly complex and challenging to manage, Jindal says. In reality, with proper planning, the right tools, and expertise, hybrid cloud environments can be effectively managed without excessive complexity. The key, he notes, is to carefully design and implement the hybrid cloud strategy to align with the organizations objectives and requirements.
Another mistaken belief, Hoecker says, is that hybrid clouds are only for large enterprises. Hybrid clouds are used by large and small firms and, in many cases, start-ups leverage this approach. He also dismisses the misconception that hybrid clouds arent reliable. This is not true, Hoecker states. Hybrid cloud providers provide high availability offerings and uptime SLAs.
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What You Need to Know About Hybrid Cloud Computing - What You ... - InformationWeek