Category Archives: Cloud Computing
4 Considerations for the Managing AWS Cloud Platform in Higher Ed – EdTech Magazine: Focus on K-12
Deploying cost-effective, reliable infrastructure is a must in higher education, which is why many higher education institutions leverage Amazon Web Services. Cloud resources are essential for serving web pages and juggling terabytes of user data. What should IT departments consider before hopping aboard?
AWS resources operate continuously. Its necessary to assess pricing for solutions before committing. AWS provides cost tables, which are tabulated per second, per minute or per month.
Storage, computing and database resources traditionally can be expensive. However, universities can sidestep heavy input costs with AWS. Teams can calculate their running costs with the AWS Pricing Calculator. They may also tailor service plans to meet university spending goals. AWS offers pay-as-you-go options, reserved capacities and volume discounts.
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Visibility into ones AWS infrastructure is essential. Amazon and partners offer tools that compile real-time analytics, such as Amazon CloudWatch and CDW Amplified Services. Higher education institutions oversee highly sensitive data from numerous sources.
AWS solutions are scalable without compromising security. After establishing monitoring based on determined goals, teams may see how active certain services are. Is uptime universally steady? Is activity normal, or does it indicate something nefarious, like a distributed denial of service attack or a hack?
Its also important to monitor active ports, root access and password integrity, and to establish role-based access control to bolster AWS security.
RELATED: Keep an eye on these cloud security trends in 2022.
AWS performance will fluctuate as services operate. CPU percentages, memory consumption and utilization can change in minutes. Consider how enrollment schedules and academic calendars impact web traffic. Its crucial to know other systems can effectively pass similar stress tests.
All IT teams should establish threshold-based alerting. When instances and resources become taxed, rapid reallocation may be necessary. Universities cant allow crashes or poor performance to impact users. AWS allows teams to extinguish fires.
LEARN MORE: A multicloud strategy that makes sense for higher education.
Cloud infrastructure also provides easy access to shared resources throughout the university, ensuring the continuity of teaching, learning and remote work. Through tools like Amazon AppStream 2.0 and Amazon Workspaces, students can access the apps and software they need from wherever they are. AWS also works with universities on solutions that employ voice technology, artificial intelligence and machine learning to support innovative learning models.
EXPLORE: How and why to establish a cloud center of excellence.
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4 Considerations for the Managing AWS Cloud Platform in Higher Ed - EdTech Magazine: Focus on K-12
Cloud technology is the future of businesses – Monitor
Tech experts believe local enterprises should opt for cloud technology to match the demands of the evolving business environment.
Cloud technology makes everything from apps to documents available on the Internet.
It is where most of our data, information and infrastructure are run by third parties in a way to offer us a service. A day to day example of cloud is; Google Drive which stores our data such as documents and photos.
Cloud provides on-demand access, via the Internet, to applications, servers, and data storage, networking capabilities, hosted to a remote data centre and managed by service providers.
Cloud computing technologies, according to Farouk Semambya, an information technology architect at MTN, allows enterprises to introduce new ways of working, and cost saving while eliminating the inefficiencies created by traditional automation.
All businesses need to be connected to the Internet because it is now a necessity. With the Internet, you access everything. Get out of the mindset of having physical meetings by using the available tools, Semambya says.
He made the remarks last Tuesday during a roundtable discussion held by Liquid Intelligent Technologies and The Innovation Village under the theme, What Next: Technologys response through cloud and cybersecurity?
Enterprises that embrace cloud computing services have the capability of lowering the cost of doing business as regards to IT costs especially at a time when startups are rising out of the distress caused by the pandemic.
Grace Kamulegeya, a software solutions consultant at Makerere University, says start ups need to associate with cloud to manage cash flow.
The biggest challenges startups face is capital and for them to grow, they need to make sure the cash flow is there and can be managed, she says.
One of the solutions is to have some of their innovations being hosted around the cloud environment, she notes.
Almost two-thirds, or 65 percent of spending on application and infrastructure software will be directed toward cloud technologies by 2025, which is an increase from 58 percent in 2022, according to a report by Gartner Inc.
This is a clear indication that businesses are quickly moving to cloud computing and failure to adopt increases the business risk of becoming obsolete.
Dennis Keko Kahindi, chief executive at Liquid Intelligent Technologies, explains that the discussion explored major changes within the cloud economy and demystified factors driving todays private cloud valuations, the new cloud frameworks, and emerging strategies to help entrepreneurs measure growth and drive go-to-market momentum.
Although Africa accounts for only 1 per cent of the global public cloud market, the market continues to grow exponentially and has doubled in the past three years.
The technology sector in Uganda continues to rapidly grow, with ongoing expansion and improvement of data infrastructure a crucial aspect in pushing the country towards economic growth.
As Uganda and the rest of Africa look towards economic recovery and growth, Kahindi says cloud is the answer to cutting costs and increasing efficiencies as businesses move away from the requirement of hardware and installation.
This is a must in the new era where office-bound working is becoming less of a priority and, in some instances, obsolete altogether, he says.
To enhance our value proposition on technology development, we have partnered with entities like Microsoft through the Go-Cloud initiative to raise awareness, adoption and usage of Azure Cloud across Africa. This programme provides connectivity and cloud-based services tailored to start-ups at different gestation stages, enabling them to grow and scale their businesses, Kahindi added.
Even as enterprises integrate these technologies within their operations, challenges including a poor mindset towards adoption as well as the technical deficit to deploy applications on the cloud, stand in the way.
But an even more concerning issue at the back of all peoples minds is the security of data shared over the cloud.
The question to ask is how prepared the economy is to address challenges of cybersecurity arising from the growing number of hackers, increasing malware attacks and thriving black market for stolen data.
Cyber space has become very competitive but a risky place for organisations who are losing lots of data, information and money to cybercrime.
Duncan-Allan Byamukama, IT Systems & Networks Supervisor at The Innovation Village, says cyber security is very important given that most company work is done via the Internet and awareness of the risks involved is a good place to start.
Cloud allows entrepreneurs to expand their business portfolio and information infrastructure. So, as we aggressively take on digital technologies, let us develop the local tech talent to ensure that they provide customised software skills to manage the cyber-attacks, he shares. He notes that digital infrastructure will foster growth of digital technology.
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Cloud technology is the future of businesses - Monitor
Digital Transformation Market [2022-2028] size to Hit USD 3,546.80 billion | Exhibiting a Stellar CAGR of 22.1% – Yahoo Finance
Fortune Business Insights
Companies Profiled in Digital Transformation Market are Amazon Web Services, Oracle Corporation, Microsoft Corporation, VMware, Inc., SAP SE, IBM Corporation, Salesforce.com Inc., HCL Technologies Limited, Wipro Limited, Accenture plc, Cisco Systems, Inc.
Pune, India, April 06, 2022 (GLOBE NEWSWIRE) -- The global digital transformation market is expected to gain impetus from the emergence of industrial automation in a wide range of industries. Robots are able to control several core industrial processes efficiently. Fortune Business Insights published this information in a new report, titled, Digital Transformation Market Share, 2021-2028. The report further states that digital transformation market size was USD 737.88 billion in 2020 and is projected to reach USD 3,546.80 billion by 2028, exhibiting a CAGR of 22.1% during the forecast period. The expansion of the automotive industry worldwide would result in the rising implementation of industrial robotics. The International Federation of Robotics (IFR), for instance, declared that in 2017, around 2.1 million stand-alone automotive and industrial robots were installed worldwide.
Key Industry Developments:
October 2020: Oracle launched its Oracle Cloud Observability and Management Platform. This would aid customers to remove the cost, risk, and complexity associated with managing on-premises and multicloud environments.
February 2019: SAP SE introduced SAP Leonardo Internet of Things (IoT) capabilities. These would drive and generate digital transformation for Industry 4.0 and Industrial IoT. The company also unveiled cloud-to-cloud interoperability with Microsoft Azure IoT Hub.
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Drivers & Restraints-
Increasing Adoption of Cloud Computing & Big Data to Favor Growth
Several enterprises are slowly entering into a new customer engagement era stoked by the evolving regulatory environment and rapid technological changes. In this era, digital technologies are considered to be essential. Hence, these companies are adopting artificial intelligence, cloud computing, and big data technologies to bolster the organizational growth. They are striving to change conventional business models to modern strategies. However, the increasing risks of security breaches and cyber-attacks may hinder the digital transformation market growth in the near future.
Story continues
Digital Transformation Market Report Coverage
Report Coverage
Details
Forecast Period
2022-2028
Forecast Period 2022 to 2028 CAGR
22.1 %
2028 Value Projection
USD 3,546.80 billion
Base Year
2020
Digital Transformation Market Size in 2020
USD 737.88 billion
Historical Data for
2017-2019
No. of Pages
140
Segments covered
By Technology; By Enterprise; By Deployment; By Industry; Regional
Digital Transformation Market Share Growth Drivers
Increasing Adoption of Cloud Computing & Big Data to Favor Growth
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Digital Transformation Market Segmentation Analysis
Fortune Business Insights says BFSI Segment Procured a Share of 26.0% in 2019
We have divided the market into technology, enterprise size, deployment model, industry vertical, and region. Based on technology, the market is segregated into cloud computing, big data and analytics, social media/mobility services, robotics, artificial intelligence (AI), internet of things (IoT), and others. In terms of enterprise size, it is bifurcated into large enterprises and small and medium sized enterprises (SMEs). By deployment model, it is classified as on-premises and cloud. Lastly, by industry vertical, it is segmented into banking, financial services and insurance (BFSI), manufacturing, IT and telecommunications, retail and consumer goods, healthcare, transportation and logistics, media and entertainment, government, and others. In 2019, the BFSI segment generated 26.0% in terms of the digital transformation market share because of the increasing need to meet the changing customer demand.
Regional Insights-
Rising Penetration of Internet to Accelerate Growth in North America
Geographically, North America generated USD 234.7 billion in 2020. It is expected to remain at the forefront fueled by the increasing penetration of the internet in a wide range of industry verticals, such as manufacturing, retail, and healthcare. On the other hand, Europe is anticipated to grow significantly on account of the rapid digitalization in economies and societies. In Asia Pacific, the digital transformation industry is likely to grow remarkably attributable to the need to automate labor-intensive tasks by using robots in China.
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Companies Profiled in Digital Transformation Market Report:
Amazon Web Services (Washington, United States)
Oracle Corporation (California, United States)
Microsoft Corporation (Mexico, United States)
VMware, Inc. (California, United States)
SAP SE (Walldorf, Germany)
IBM Corporation (New York, United States)
Salesforce.com Inc. (California, United States)
HCL Technologies Limited (Noida, India)
Wipro Limited (Bengaluru, India)
Accenture plc (Dublin, Ireland)
Cisco Systems, Inc. (California, United States)
Teradata Corporation (California, United States)
Cloudera, Inc. (California, United States)
Tableau Software (Washington, United States)
Huawei Technologies Co., Ltd. (Shenzhen, China)
Apple Inc. (California, United States)
NVIDIA Corporation (California, United States)
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Major Points from Table of Content:
Introduction
Key Takeaways
Market Dynamics
Macro and Micro Economic Indicators
Drivers, Restraints, Opportunities and Trends
Impact of COVID-19
Short-term Impact
Long-term Impact
Competition Landscape
Business Strategies Adopted by Key Players
Consolidated SWOT Analysis of Key Players
Porters Five Force Analysis
Global Digital Transformation Key Players Market Share Insights and Analysis, 2020
Key Market Insights and Strategic Recommendations
Companies Profiled
Annexure / Appendix
Global Digital Transformation Market Size Estimates and Forecasts (Quantitative Data), By Segments, 2017-2028
By Technology (Value)
Cloud Computing
Big Data and Analytics
Cybersecurity
Artificial Intelligence (AI)
Internet of Things (IoT)
Others (Blockchain, Etc.)
By Enterprise Size (Value)
By Deployment Model (Value)
By Industry Vertical (Value)
Banking, Financial Services and Insurance (BFSI)
Manufacturing
IT and Telecommunications
Retail and Consumer Goods
Healthcare
Transportation and Logistics
Government
Others (Oil and gas, Media and Entertainment, Etc.)
TOC Continued!
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From Software to Hardware, Vertical Integration Is a Cloud Trend to Watch – ITPro Today
Once upon a time, the main product of public clouds was infrastructure. That infrastructure was constructed using hardware that the clouds acquired mostly from third-party providers, and the infrastructure hosted whichever third-party software platforms customers chose to deploy on it.
Ah, how times have changed. Today, major cloud providers seem to be on a vertical integration bent. Not only are providers such as Amazon Web Services (AWS) and Google Cloud Platform investing heavily in software products that customers can run on top of their cloud infrastructure, they are now even sourcing their own hardware which means that, at some point in the not-so-distant future, entire cloud computing environments may consist primarily of hardware and software components sourced from a single vendor.
Related: Oracle Cloud Debuts Networking, Compute, and Storage Tools
Here's how vertical integration is playing out in the cloud industry, and what this cloud computing trend means for the future of public cloud.
To understand just how much vertical integration is changing cloud computing, you must first understand how the public cloud business model traditionally worked.
Related: 3 Ways to Leverage Open Source in the Cloud
Originally, public clouds specialized mostly just in infrastructure as a service (IaaS). They sold virtual machine instances, storage, databases, and the like. To the extent that public clouds provided software, it mostly consisted of basic monitoring and administration tooling, like AWS CloudWatch and Azure Monitor, that worked only within each public cloud's own environments.
The only area where you could accuse public clouds of vertical integration 10 years ago was the platform-as-a-service (PaaS) front. Early on, the major cloud providers rolled out PaaS solutions (such as AWS Elastic Beanstalk, which debuted in 2011) that competed with third-party offerings like Heroku. By offering their own PaaSes, public clouds were able to couple their IaaS offerings with software tools.
But even here, they were targeting a narrow market. To the extent that PaaS vertically oriented public clouds, it did so for limited use cases and limited sets of users.
That started to change around the mid-2010s, when public cloud providers began investing more extensively in software platforms that could run on top of their infrastructures.
Broadly speaking, most of these solutions fell into three main categories:
At the same time, the big public clouds doubled down on their investment in PaaS. Alongside basic tools such as Elastic Beanstalk, they built sophisticated managed containers-as-a-service and Kubernetes offerings that when integrated with managed DevOps tools, like Azure Pipelines, and operating systems, like AWS Bottlerocket provide developers with everything they need to build, deploy, and orchestrate applications without ever leaving a given cloud provider's ecosystem.
Not content to be just software vendors, the public clouds are now turning themselves into hardware vendors, too, by developing their own computing chips.
AWS, which already offers VM instances powered by chips sourced from the company, is currently the furthest along in this journey. But there are clear signs that Microsoft and Google are close behind.
Admittedly, there will probably always be room for third-party hardware inside the Big Three clouds' data centers. So far, the clouds are only building their own chips, not storage devices, NICs, and so on. It's also far too early to say whether cloud vendors intend to transition completely to chips that they source in-house, or to use those processors only for certain services or instance types.
Still, the move toward internal hardware sourcing is a very big deal. It means that the day will come (in fact, it's already here, at least for certain AWS use cases) when virtually the entire stack required to host a workload from the CPU, to the VM instance, to the OS, to the software application will originate from a single provider. Using the public cloud may feel a lot more like using an Apple product where almost everything is sourced from one vendor than running, say, a PC where the hardware comes from Dell, the OS from Microsoft, and the software from a variety of other vendors.
Why are cloud providers investing in vertical integration, and how will it shape the future of the cloud?
It's hard to do more than speculate at this point, but I suspect that one outcome of this cloud computing trend will be stronger differentiations between public clouds. When all the clouds were basically just IaaS providers, there wasn't a lot of difference between them, apart from details like pricing and how VM instances were configured. But when public clouds become software vendors, and when they design their own chips, they have a greater ability to build unique products and services.
Vertical integration is also likely to have major consequences for "alternative" cloud providers, meaning smaller clouds that attempt to compete with AWS, Microsoft Azure, and Google Cloud. The ability to develop and source hardware and software is probably beyond the capability of most alternative clouds, which means they will have to chase customers in other ways perhaps by undercutting the larger cloud providers' pricing for core IaaS services.
The vertical integration trend in the cloud computing market hasn't received a lot of attention, but it should. It's one of the most powerful forces in cloud computing today, and it promises to have profound implications for the way cloud providers operate and the way customers use their platforms.
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From Software to Hardware, Vertical Integration Is a Cloud Trend to Watch - ITPro Today
Fundamentals of Cloud Computing Make This ETF One to Watch – ETF Trends
Cloud computing was one of the shining stars during the height of the pandemic, but although the technology sub-sector has seen weakness as of late, it should still provide tremendous growth opportunities for traders moving forward.
As the world emerges from the pandemic, tech companies have been put in a tough spot, a Barrons article notes. Theyre under pressure to sustain pandemic-era boosts, and many of them have struggled to meet the challenge, including Zoom Video Communications, Peloton Interactive, Shopify, and Chegg. But theres one pandemic trend that isnt reversing: Cloud computing is here to stay. In fact, the cloud trend is gaining strength.
The Direxion Daily Cloud Computing Bear 2X Shares (CLDL) is starting to show signs of strength as tech looks to make a comeback. The fund is up over 7% for the past month.
CLDL seeks 200% of the inverse (or opposite) of the daily performance of the Indxx USA Cloud Computing Index. The fund, under normal circumstances, invests in swap agreements, futures contracts, short positions, or other financial instruments that, in combination, provide inverse (opposite) or short leveraged exposure to the index equal to at least 80% of the funds net assets (plus borrowing for investment purposes).
Like all leveraged ETFs, these Direxion products are intended only for investors with an in-depth understanding of the risks associated with seeking leveraged investment results, and who plan to actively monitor and manage their positions. There is no guarantee that these funds will meet their objectives.
Taking the opposite direction on the trade, the Daily Cloud Computing Bull and Bear 2X Shares ETFs (CLDS)is still up over 20% for the year. With inflation hitting technology stocks in the gut, continued bearishness could bode well for bearish traders.
Since it takes the inverse approach of CLDL, the fund seeks to achieve 200%, or 200% of the inverse, of the daily performance of the IndxxUSACloud Computing Index. If inflation can continue to cast a cloud over the tech sector, traders can play the volatility on the downside with CLDL.
For more news, information, and strategy, visit the Leveraged & Inverse Channel.
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Fundamentals of Cloud Computing Make This ETF One to Watch - ETF Trends
Cloud Computing In Government Market in North America is likely to grow at a Rapid Speed in the Near Future – Digital Journal
Cloud Computing In Government Market by type/solution, service, organization size, end-use verticals, and Region Global Cloud Computing In Government Market Forecast to 2030, published by Market Data Centre, The Cloud Computing In Government Market is projected to grow at a solid pace during the forecast period. The presence of key players in the ec osystem has led to a competitive and diverse market. The advancement of digital transformation initiatives across multiple industries is expected to drive the worldwide Cloud Computing In Government Market during the study period.
This COVID-19 analysis of the report includes COVID-19 IMPACT on the production and, demand, supply chain. This report provides a detailed historical analysis of the global Cloud Computing In Government Market from 2017-to 2021 and provides extensive market forecasts from 2022-to 2030 by region/country and subsectors. The report covers the revenue, sales volume, price, historical growth, and future perspectives in the Cloud Computing In Government Market .
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Regional Analysis:
On the basis of Geography, the Global Cloud Computing In Government Market is segmented into North America, Europe, Asia-Pacific, and the Rest of the World (RoW). North America is expected to hold a considerable share in the global Cloud Computing In Government Market . Due to increasing investment for research and development process and adoption of solutions in the region whereas Asia-Pacific is expected to grow at a faster pace during the forecasted period. The growing number of Cloud Computing In Government Market players across regions is expected to drive market growth further. Moreover, increasing investments by prominent vendors in product capabilities and business expansion is expected to fuel the market during the study period. Many market players are finding lucrative opportunities in emerging economies like China and India, where the large populations are coupled with new innovations in numerous industries.
In deep ToC includes
233 Tables
45 Figures
253 Pages
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ToC can be modified as per clients business requirements*
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Key Questions Answered
What is the ecosystem of the Cloud Computing In Government Market ?
Who are the prominent/new players?
What is the growth strategy of players in the Cloud Computing In Government Market ?
What are the end-user applications?
Vendor Assessment
Vendor assessment includes a deep analysis of how vendors are addressing the demand in the Cloud Computing In Government Market . The MDC CompetetiveScape model was used to assess qualitative and quantitative insights in this assessment. MDCs CompetitiveScape is a structured method for identifying key players and outlining their strengths, relevant characteristics, and outreach strategy. MDCs CompetitiveScape allows organizations to analyze the environmental factors that influence their business, set goals, and identify new marketing strategies. MDC Research analysts conduct a thorough investigation of vendors solutions, services, programs, marketing, organization size, geographic focus, type of organization and strategies.
Technology Assessment
Technology dramatically impacts business productivity, growth and efficiency.Technologies can help companies develop competitive advantages, but choosing them can be one of the most demanding decisions for businesses. Technology assessment helps organizations to understand their current situation with respect to technology and offer a roadmap where they might want to go and scale their business. A well-defined process to assess and select technology solutions can help organizations reduce risk, achieve objectives, identify the problem, and solve it in the right way. Technology assessment can help businesses identify which technologies to invest in, meet industry standards, compete against competitors.
Business Ecosystem Analysis
Advancements in technology and digitalization have changed the way companies do business; the concept of a business ecosystem helps businesses understand how to thrive in this changing environment. Business ecosystems provide organizations with opportunities to integrate technology in their daily business operations and improve research and business competency. The business ecosystem includes a network of interlinked companies that compete and cooperate to increase sales, improve profitability, and succeed in their markets. An ecosystem analysis is a business network analysis that includes the relationships amongst suppliers, distributors, and end-users in delivering a product or service.
Regions and Countries Covered
North America (US, Canada), Europe (Germany, UK, France, Spain, Italy, and Rest of Europe), Asia-Pacific (Japan, China, Australia, India, Rest of Asia-Pacific), and Rest of the World (RoW).
Report Coverage
Cloud Computing In Government Market Dynamics, Covid-19 Impact on the Cloud Computing In Government Market , Vendor Profiles, Vendor Assessment, Strategies, Technology Assessment, Product Mapping, Industry Outlook, Economic Analysis, Segmental Analysis, Cloud Computing In Government Market Sizing, Analysis Tables.
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Cloud Computing In Government Market in North America is likely to grow at a Rapid Speed in the Near Future - Digital Journal
Ansys Collaborates with Microsoft on Chips, Simulation and Cloud Computing for HPC – insideHPC – insideHPC
PITTSBURGH, March 21, 2022 Ansys (NASDAQ: ANSS) today said its customers will have automatic cloud access to new 3rd Gen AMD EPYC processors with AMD 3D V-Cache technology, available on Microsoft Azure HBv3 VMs. Ansys Cloud, the managed cloud service provided by Ansys and enabled on Azure, will automatically upgrade to the AMD chips, whose GA was announced today.
Designed for computer-aided engineering (CAE) workflows, Microsoft said the new Azure HBv3 VMs produce unprecedented performance boosts for technical computing workloads. In early testing by Azure, the company saw up to 80 percent improvement in large-scale computational fluid dynamics (CFD) simulations and up to 50 percent improvement in explicit finite element analysis (FEA) crash tests. This means that Ansys Cloud customers can solve CAE problems much faster, leading to better design decisions in a shorter amount of time, Microsoft said.
There is more demand than ever for high performance computing. At AMD we continue to look at providing our partners and customers with the right processor to support the right workload, and the 3rd Gen AMD EPYC processors with AMD 3D V-Cache technology do that for technical workloads, said Ram Peddibhotla, corporate vice president, EPYC product management, AMD. We are excited to work with Azure and Ansys to create a solution that provides fantastic performance for technical workloads like CFD, FEA and more.
The incredible performance boost of the HBv3 virtual machines on Azure is unprecedented, and it is especially rewarding to see this made possible by the innovative 3D memory stacking implemented by AMD, said Shane Emswiler, senior vice president of products at Ansys. This is truly a virtuous circle for Ansys, and it will result in our customers gaining the confidence to shift more of their simulation workloads to the cloud to reap the performance gains as soon as possible.
In every industry and research community, innovation is now a compute bound problem which means advances in HPC are now more strategically important to Microsoft Azure customers than ever, said Evan Burness, Principal Program Manager for HPC, Microsoft Azure. Working closely with Ansys, were able to quickly bring 3rd Gen AMD EPYC processors with AMD 3D V-Cache into Azures most popular HPC virtual machine, HBv3, to the benefit of all Ansys Cloud customers. Its a powerful combination of software tools and one of the most powerful HPC solutions available.
Once released, Ansys Cloud customers can easily select HBv3 as their VM option; no further actions will be necessary for the upgrade.
6 Tips for Cloud Cost Optimization in Higher Education – EdTech Magazine: Focus on K-12
3. Consider a Move to a Multicloud Environment
Multicloud also offers a way to better manage cloud spending. The concept behindmulticloudis simple: Instead of using large-scale public or private clouds that provide sweeping and generalized services some that your school needs and some that arent especially useful your IT team leverages cloud providers that excel in specific areas. This allows a more focused use of cloud computing resources with better ROI, with the caveat thatmore in-depth monitoringis required to reduce the risk of resource duplication across multiple cloud providers.
Depending on the complexity of your network and the number of clouds required to meet service goals, it may be worth partnering with areputable third-party providerto help streamline cloud management at scale.
LEARN MORE: A multicloud strategy that makes sense for higher education.
The sheer amount of data now generated by students, staff and third-party applications creates a challenge for optimized cloud management. Put simply, its easy for staff to get so caught up in manual monitoring and management tasks that they miss opportunities to maximize cloud savings. For example, if current access frameworks require IT teams to manually configure and approve all cloud instance requests, they lose time that could be better spent improving cloud operations at scale.
DISCOVER: An alternative to cloud-based computing in higher ed.
Your end users staff, students and administrators are the ones actively engaging with cloud deployments day in and day out. Its worth talking to them about whats working, what isnt and what needs to change when it comes to the cloud.
While IT teams may see green across the board servers are up, connections are stable and throughput is reliable this doesnt always translate into a solid user experience. If staff and students are experiencing significant delays when they attempt to access critical services or finding current cloud portals cumbersome or confusing, they simply wont use them. A university can end up paying for significantly underutilized resources.
FIND OUT: Security measures for accelerated cloud adoption.
Not all workloads belong in the cloud. Some are better suited to secure onsite servers, while others may require specialized instances to ensure the highest levels of security and access. With cloud now a priority for schools to navigate the next normal of education, however, its critical for IT teams to prioritize the purposeful adoption of new services.
In practice, this means asking questions. What problem does the service solve? What benefits can it offer? How will teams measure impact and ROI? If clear answers arent forthcoming, it may be worth taking a pause or a pass on specific cloud service adoption.
MORE ON THE CLOUD: Scaling the future of research computing in the cloud.
Cloud adoption is accelerating in higher education as schools look to support hybrid learning environments without taking on substantial capital expenses, but cloud comes with its own cost challenges around resource deployment, server use and end-user adoption. Start with these tips for cloud cost optimization to minimize unnecessary spending without sacrificing performance.
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6 Tips for Cloud Cost Optimization in Higher Education - EdTech Magazine: Focus on K-12
ZenHub Joins the Cloud Native Computing Foundation – GlobeNewswire
VANCOUVER, British Columbia, March 22, 2022 (GLOBE NEWSWIRE) -- ZenHub, the leading productivity management solution for software teams, today announced that it has joined the Cloud Native Computing Foundation (CNCF), which builds sustainable ecosystems for cloud native software. This collaboration gives ZenHub the ability to increase its participation in and give back to the Kubernetes ecosystem that ZenHubs entire production and CI/CD infrastructure runs on. Additionally, this news reaffirms ZenHubs commitment to supporting the open source model and the communities that make it the most powerful engine for innovation in the world today.
Supporting open source projects has been a core component of ZenHub and its mission since our inception, said Thabang Mashologu, ZenHubs VP, Marketing. Our product runs on Kubernetes, so were thrilled to join the CNCF to further enable us to support this growing community. Beyond simply helping our customers speed innovation based on commercial open source, we also are committed to working with organizations to ensure everyone has the opportunity to be a part of this world-changing movement.
ZenHub adds unique value to the open source ecosystem. Of the more than 7,000 next-generation software organizations that use our platform globally, at least 4,500 are open source projects and public entities. All of ZenHubs features that power high-growth startups and scaleups are available free of charge for open source and public repositories, including real-time roadmap visibility, automated sprints, and team productivity insights. As a result, ZenHub is unique in enabling its customers to transition to the open source model, simultaneously supporting the planning and tracking of projects in both public and private software repositories.
"Were excited to welcome ZenHub as a Silver member, said Chris Aniszczyk, CNCFs CTO. The CNCF is always interested in working with organizations that are committed not just to supporting our cloud native community, but who are interested in advancing the open source ecosystem as a whole.
Successful projects and open source-based companies such as Grafana, O3DE, OpenSSL, New Relic, Red Hat, Swagger, and many others use ZenHub to deliver software innovation faster. ZenHub helps strategic open source projects foster effective communication among team members, set goals and plan with more transparency and participation, and ship releases more predictably. Interested parties that wish to know more about how ZenHub helps its customers and community manage both private and public software development efforts can click here for more information - https://www.zenhub.com/customer-stories/swagger-api-open-source-customer-story
About ZenHubZenHub enables software teams at high-growth organizations and open source projects to build better code more quickly by providing a developer-friendly productivity management platform. ZenHub connects the dots across all teams with automated agile features, real-time roadmap visibility, and team productivity insights. More than 7,000 disruptive teams worldwide rely on ZenHub to ship great code faster.
Third-party trademarks mentioned are the property of their respective owners.
About The Cloud Native Computing FoundationCloud native computing empowers organizations to build and run scalable applications with an open source software stack in public, private, and hybrid clouds. The Cloud Native Computing Foundation (CNCF) hosts critical components of the global technology infrastructure, including Kubernetes, Prometheus, and Envoy. CNCF brings together the industry's top developers, end users, and vendors and runs the largest open source developer conferences in the world. Supported by more than 500 members, including the world's largest cloud computing and software companies, as well as over 200 innovative startups, CNCF is part of the nonprofit Linux Foundation. For more information, please visit http://www.cncf.io.
The Linux Foundation has registered trademarks and uses trademarks. For a list of trademarks of The Linux Foundation, please see our trademark usage page. Linux is a registered trademark of Linus Torvalds.
Media Contact:Nichols Communications for ZenHubJay Nichols+1 408 772 1551jay@nicholscomm.com
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ZenHub Joins the Cloud Native Computing Foundation - GlobeNewswire
INTELITECHS announces acquisition of Total Cloud IT – Utah Business – Utah Business
Salt Lake City INTELITECHS, a Utah-based managed IT services provider, is pleased to announce its acquisition of Total Cloud IT. The acquisition opens the door to expansion by INTELITECHS into serving a broader group of small to mid-sized businesses across the country with both managed IT and cloud computing services.
We are pleased to be able to augment our proven model of delivering managed IT services to a larger group of clients across the country, says founder Jake Hiller. Its a win/win our regional clients now have access to expanded cloud services, and at the same time, previous cloud services-only clients can now benefit from the more comprehensive services INTELITECHS offers in the areas of managed IT and data security, he added.
With todays home-based workforce, there is a higher level of concern with data access and end-user security. So many companies now have more employees working from home than in the office using company and non-company devices to access sensitive data, says Eric Sessions, co-founder. We see a significant increase in need for our services like Office 365 security, directory synchronization, multi-factor authentication, SPAM filtering and DMARC/DKIM/SPF configuration and monitoring, he adds.
INTELITECHS provides managed IT services and IT department staff augmentation by serving as its customers outsourced IT department. Its goal is to become clients geek-speak-translators and to use IT to drive business growth and profitability. The company serves clients across the country with managed IT services, managed backups, 24/7/365 monitoring, and a wide variety of other sophisticated security services. The company also assists clients with hardware sales, cloud-based computing, server migration, and Office 365 support. What sets INTELITECHS apart from other technology companies is its focus on partnership with clients versus just being an IT vendor. With its home office in Salt Lake City, UT, the company now serves small to medium-sized businesses across the country.
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INTELITECHS announces acquisition of Total Cloud IT - Utah Business - Utah Business