Monthly Archives: February 2021

It all starts with the cloud

The cloud stores your data, all your pictures and your phone contacts, and it processes information that helps make your favorite apps work. Cloud computing can do several things at once, really well: It can compute, store data and work with the network, all in one location. Many cloud providers, for example, have storage facilities that do cloud computing in locations all over the world. When you take a photo with your phone and send it to Instagram, it goes to a cloud facilitypossibly several hops and four or five states awaywhere all the necessary computing takes place, and then it publishes to Instagram. Its a similar process for reading your morning email or listening to a podcast. For things like that, the centralized cloud works really well, and the latency is low enough that your experience is just fine.

But certain experiences require a lot of data to move very quickly to and from a device and the cloud. Thats where MEC comes in. It brings the cloud closer to you.

The edge refers to the part of Verizons network that is closest to you: Your device connects to the network at the edge. And edge computing means bringing the cloud to the edge of the network closest to your device.

So how do you make edge computing more mobile, and closer to the devices that need it?

MEC is an entire network architecture that brings computing power close to any device thats using it. Instead of data going back and forth to cloud servers four or five states away, its processed just miles or meters from the device. For this purpose, Verizon has installed cloud servers in its own access points across its networks.

Link:

The cloud without the wait: mobile edge computing and 5G - Verizon Communications

"This ability for chains to transact and interoperate will be revolutionary for the industry"

Key features for the IBC Relayer include:

Essential to launching the IBC protocol and the only way users will be able to use IBC, the Relayer is the user interface that enables all transfers and transactions on IBC. In development for over three years, IBC is the flagship feature of the Cosmos Network. For crypto and blockchain, where interoperability and composability are essential for continued growth for decentralized sectors like DeFi, IBC is the most promising and production-ready solution.

Akash will be one of the first networks in the world to integrate with IBC and IBC Relayer, through the early March 2021 launch of Akash MAINNET 2, the first viable decentralized cloud alternative to centralized cloud providers such as Amazon Web Services, Microsoft Azure, and Google Cloud.

For media inquiries, please contact Kelsey Ruiz at (916) 412-8709 or kelsey(at)akash(dot)network.

About Akash Network:

Akash Network is developing the world's first and only decentralized cloud computing marketplace, enabling any data center and anyone with a computer to become a cloud provider by offering their unused compute cycles in a safe and frictionless marketplace. Akash DeCloud greatly accelerates scale, efficiency, and price performance for DeFi, decentralized organizations, and high-growth industries like machine learning/AI.

Through Akash's platform, developers can easily and securely access cloud compute at a cost currently 2x-3x lower than centralized cloud providers (AWS, Google Cloud, and Microsoft Azure). The platform achieves these benefits by integrating advanced containerization technology with a unique staking model to accelerate adoption. For more information, visit: https://akash.network/

SOURCE Akash Network

https://akash.network/

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Akash Network, the World's First Decentralized Cloud Computing Marketplace and the First DeCloud for DeFi, Develops Critical IBC Relayer for...

Technology will have an important role to play in supporting business growth opportunities as organisations begin to claw back the ground they lost during the coronavirus crisis.

It is likely that many technology-powered growth initiatives will rely on the flexibility of cloud computing, to enable organisations to deliver new products and services quickly, while maintaining a controllable and agile cost model that allows them to expand quickly as and when they need to.

But some applications, particularly those that have been designed as single tenanted, cannot shift easily to the cloud. They will major reworking, which is the main reason organisations continue to bear the costs associated with running their own datacentre facilities.

Colocation datacentre providers have carved a niche, helping organisations to lower the overheads associated with running their own datacentres. Multiple companies can rent server space in large facilities that offer all the necessary power, cooling and networking required to run their customers IT equipment.

Discussing how customer requirements for colocation are shifting, Jeff DeVerter, chief technology officer at Rackspace, says: A big change weve observed in colocation is the proliferation of smaller, closer to customer locations. We continue to see growth in private cloud deployments. They are being used in conjunction with public cloud resources or datasets creating a multicloud architecture. The lines between public and private are starting to become less visible which is a trend we expect to continue.

Deloittes latest technology, media and telecommunications predictions for 2021 estimate that cloud revenues will increase by 30% or more between 2021 and 2025. The coronavirus pandemic has forced businesses to look at new ways to grow.

As demand for public cloud services grows, colocation providers have carved a new niche for themselves as hybrid cloud specialists. They have needed to adapt due to shifts in the way enterprises want to deploy core business applications.

A Deloitte global survey of 50 CIOs, undertaken in April 2020, found that the proportion of total workloads done on-premise will fall to 35% in 2021 from 59% in 2019. According to the Deloitte study, CIOs expect public clouds share to grow from about a quarter to over a third (23% to 38%), with private cloud reaching 20% and hybrid cloud accounting for 7% of workload.

As a result, along with providing datacentre hosting for customers own systems, some colocation providers have expanded into managed services, where virtualised workloads are isolated in multi-tenanted server environments. While the public cloud is largely recognised as being the more secure and cheaper option for most enterprises, IT leaders are generally risk-averse and try to avoid being locked into the technical infrastructure of a single hyperscale provider.

This has led to an opportunity for colocation providers to evolve and rebrand themselves as multicloud and hybrid cloud providers, offering fast data connectivity to public clouds such as Amazon Web Services (AWS) and Microsoft Azure.

One of the first things that IT decision-makers need to work out is whether workloads are cheaper to run in the public cloud.

Some workloads are not so well suited to public cloud deployment. An application that does not require the elasticity needed to cope with peak usage can be more cost-effectively deployed in an environment that does not charge based on use. When using public cloud, public infrastructure as a service (IaaS) and platform as a service (PaaS) offerings, organisations are billed continuously as consumption occurs, instead of a one-time payment when they procure their datacentre capacity.

As analyst Gartner points out in a recent report, in cloud computing, organisations are confronted with the difficulty of creating accurate cost estimates. They are often hit by bills that they apparently cant explain and struggle to identify items that are responsible for spending. As a result, financial management is often overlooked until spending is out of control, warn Gartner senior director analysts Marco Meinardi and Traverse Clayton.

For multinational organisations and those companies with large branch networks, architecturally, the public cloud offers an elegant way to deploy a manageable IT environment. But it is not perfect.

Organisations need to consider latency in terms of how quickly data can be processed to deliver business insights. This is particularly relevant when data needs processing close to where it is generated or there are regulations that prevent data from being processed outside of the country where it is generated.

Edge devices in an industrial context, such as a wind farm, may each offer local processing in real time. Trend analysis may also need to be performed rapidly to manage unforeseen events, adapt to environmental changes and keep production optimal. To avoid latency and backhaul network congestion, it is largely accepted that such data processing needs to be run near the industrial facility, which has led some colocation providers to specialise in supporting edge computing. More advanced processing may require data being uploaded to the public cloud, such as for predictive analytics, which usually involves connectivity to the public cloud providers,

In its Datacentre and colocation market trends 2021 report, analyst Forrester describes the concept of data gravity, which introduces strategic decision points on expansion plans based on where data will be in the future.Careless enterprises can create data silos and make migrations, network access, and contracts costly, warns analyst Abhijit Sunil in the report.

Forrester urges IT leaders to consider a hybrid cloud model for deploying workloads. Here, critical applications are housed in a colocation datacentre and can have direct access to the cloud through gateways in the same datacentre.

According to ISG (Information Services Group), enterprises are embracing colocation in the datacentre market as a way to enable multicloud strategies and deal with concerns about data sovereignty, security and privacy regulations.

In an effort to save valuable time, money and space, many large enterprises will look to move in-house IT operations to managed colocation facilities or sell their datacentres and lease the space they need to operate, says Barry Matthews, partner and leader at ISG North Europe.

The 2020 ISG provider lens next-gen private/hybrid cloud datacentre services & solutions report for the UK notes that many enterprises in the country focus on colocation because it allows them to locate and manage data closer to their cloud, network and security functions. ISG reports that UK enterprises are increasingly viewing colocation providers as an extension of their business, with providers offering services such as tracking provisioning status, interacting with customer support and monitoring system health in real time.

In spite of Deloittes predictions of massive growth in public cloud services, ISGs research finds that about 60% of UK enterprise workloads still reside on-premise and many in private datacentres are operated by internal staff.

Among the reasons why businesses are choosing colocation, according to ISG, are the need for auditing data location, migrating software licences to the public cloud, hyper-converged systems capacity and affordability, and improved management tools.

With the UK facing the dual challenges of Brexit and the pandemic, the report sees UK enterprises moving cautiously with new IT projects. Due to Brexit, companies are not circulating large requests for proposals and requests for information, but at the same time, many are concerned about a potential shortage of niche tech skills. The perceived skills gap, along with continuous demand for innovation, could eventually lead to more IT outsourcing deals.

This skills gap was highlighted in a recent survey of 1,870 IT decision-makers for Rackspace Technologies. The survey revealed that more than a third (35%) of artificial intelligence (AI) research and development initiatives in the UK either fail or are abandoned, with a large proportion (48%) therefore outsourcing the tech support to trusted external partners due to a lack of internal resources.

The technical know-how to deploy hardware and software infrastructure for AI also exists in the area of high-performance computing (HPC). In Forrestersreport, analyst Sunil notes that almost all major IT providers now offer HPC infrastructure capabilities in varying degrees.

HPC workloads impose intensive physical requirements that include purpose-built, high-density datacentres that vendors provide directly or through partnerships with cloud companies, says Sunil. For instance, Cyxtera, Digital Realty and Equinix offer Nvidia DGX-ready datacentres for supporting AI-based deep learning applications.

It is largely recognised that hiring new datacentre staff is extremely difficult. The Uptime Institute recently reported that across Europe, the Middle East and Africa (EMEA), 81,500 new roles will be created for datacentre staff by 2025. This suggests a growing skills crisis, which the Uptime Institute believes will further drive enterprises to outsource at least part of their datacentre computing to public cloud or colocation providers.

While IT leaders are cognisant of the skills shortage in hot technology areas such as HPC and AI, the Uptime Institutes research shows that the skills crisis envelopes all areas of the datacentre. Enterprise facilities are currently the most numerous type of datacentre and are typically smaller than many colocation and almost all cloud facilities. According to the Uptime Institute, this often means there are fewer opportunities for economies of scale including for staff. For example, job roles such as IT hardware technicians and electricians are required in all datacentres, regardless of size.

Last year, in its Multi-tenant datacentre and services industry 2020 report, 451 Group described colocation as the obvious vehicle for connecting enterprises, service providers and cloud platforms.

UK enterprises frequently want to use more than one hyperscaler because each one has particular strengths related to vertical solutions, pricing and other factors. But as ISG points out, enterprises see some barriers to a multicloud setup, including orchestrating their workloads. This is one of the trends driving the expansion of colocation services. ISGs research found that many customers are turning to service providers to help them manage multicloud environments.

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How colocation fits alongside a cloud-native architecture - ComputerWeekly.com

The latest Cloud Computing in Education Industry market research added by Market Study Report, LLC, delivers a concise outline regarding the potential factors likely to drive the revenue growth of this industry. The report delivers valuable insights on market revenue, SWOT Analysis, market share, profit estimation and regional landscape of this business vertical. Moreover, the report focuses on significant growth factors and obstacles accepted by market leaders in the Cloud Computing in Education Industry market.

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Global Cloud Computing Market provides extensive research and detailed analysis of the present market along with future outlook. The report content includes orientation technology, market, drivers, geographic trends, market statistics, market estimates, producers, and equipment suppliers of Cloud Computing industry. It also profiles and analyzes the leading companies and several other prominent companies operating in the Cloud Computing Market. It also analyzes the industry future trends, risks, and entry barriers, status, development rate, Cloud Computing market factors, opportunities and challenges, sales channels, distributors. It helps you understand the technical jargon that offers ease and convenience to you in understanding the report contents. The study provides detailed information on the established Cloud Computing market with a clear perceptive of global market players and emerging market associations through market research reports.

The business intelligence report on Cloud Computing market offers a thorough account of this industry vertical by explicating the primary development trends, limitations, restraints, and opportunities that will influence the market dynamics in the upcoming years. Proceeding further, the report highlights the key regional markets and recognizes the top areas to further industry expansion, followed by a detailed analysis of the dominant players in this business sphere. Moreover, it elucidates the impact of the Covid-19 pandemic on the revenue generation and emphasizes on the business strategies employed by leading companies to adapt to the uncertainties in the market.

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The report contains a detailed analysis of the current market scenario as well as a market forecast till 2025. The forecast is also supported by the elements affecting the market dynamics for the forecast period. Various applications, product types, geographical regions, and market value are focused in this wide report scope. The study includes all active constraints, restraints, openings, market challenges and also outlines the historical data, current and future momentum of the market.

Highlights about report coverage:

1.A complete background analysis, which includes an assessment of the Global Cloud Computing Market.2.Important changes in Cloud Computing market dynamics3.Cloud Computing Market segmentation up to the second & third level regional bifurcation4.Historical, current, and projected size of the Cloud Computing market with respect to both value (Revenue) and volume (Production & Consumption)5.Reporting and evaluation of recent Cloud Computing industry developments6.Cloud Computing Market shares and strategies of key players7.Emerging niche segments and regional markets8.An objective assessment of the trajectory of the Cloud Computing market9.Recommendations to companies for strengthening their foothold in the Cloud Computing market

Some of the Important and Key Players of the Global Cloud Computing Market:

Cloud Platform, Amazon Web Services, Salesforce, Aliyun, SAP, Rackspace, Microsoft Azure, IBM, Oracle, VMware, and Dell EMC.

Browse the complete report Along with TOC @ https://www.adroitmarketresearch.com/industry-reports/cloud-computing-market?utm_source=Pallavi

Research Methodology

The report has been consolidated using three research methodologies. The first step centers around exhaustive primary and secondary researches, which includes an extensive collection of information on the Global Cloud Computing Market and the parent and peer market. The next step involves validating the market size, estimations, findings, and assumptions with further accurate information from industry experts. The report obtains a complete estimation of the market size with the help of bottom-up and top-down approaches. Finally, the report obtains the market estimation of all the segments and sub-segments using data triangulation and market breakup procedures.

Cloud Computing Market Segmentation

Type Analysis of Cloud Computing Market:

by Deployment (Public, Private, Hybrid Cloud)

Applications Analysis of Cloud Computing Market:

NA

Major Highlights of TOC

Chapter 1: Report OverviewChapter 2: Global Growth TrendsChapter 3: Competition Landscape by Key PlayersChapter 4: Industry Analysis by RegionsChapter 5: Industry Analysis by TypeChapter 6: Industry Analysis by ApplicationsChapter 7: Key Companies ProfiledChapter 8: Industry Manufacturers Cost AnalysisChapter 9: Marketing Channel, Distributors, and CustomersChapter 10: Market DynamicsChapter 11: Industry ForecastChapter 12: Research Findings and ConclusionChapter 13: Methodology and Data Source

If you have any questions on this report, please reach out to us @ https://www.adroitmarketresearch.com/contacts/enquiry-before-buying/855?utm_source=Pallavi

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Cloud Computing Market 2021 Emerging Industries, Regional Outlook, Trend Analysis, Opportunities and Forecast to 2026 | Cloud Platform, Amazon Web...

Does cloud gaming capitalize on the full promise of 5G speed and latency benefits?Source: AFP

2021 is set to be a big year for extensive 5G network rollouts in a number of countries, deployments that have faced sizable delays due to the logistical hurdles during these pandemic-ridden times. But with more people spending more time at home than any other in recent memory, 2021 is also shaping up to be a bumper year for eSports and cloud gaming.

The uptake of players competing and streaming from a nearby cloud server has shot up in the past 12 months, and has paralleled the growth in new business opportunities thanks to the steady adoption of 5G and cloud computing. Such has been the growth that the Ericsson Mobility Report released in November devoted an entire section to mobile gaming.

The report outlined that of the 106 communications service providers that have launched commercial 5G services, 22 have announced mobile cloud gaming services of their own, while the majority are offering it as a separate subscription to a gaming service in partnership with a cloud gaming provider.

eSports is now a multimillion-dollar industry. AFP)

5G has proven transformative for the nascent cloud gaming sector, and its ability to process powerful graphics and mounds of data without relying on a computer or console running on top-of-the-line hardware to play an uninterrupted gaming session, is being touted as harnessing the full potential of 5Gs low latency and high-speed connectivity.

The transition from 4g to 5g has already started enabling that, because when you move into a cloud gaming environment, one of the biggest things that people are trying to determine is that at the gamer level, the user experience should not be compromised, says Dhaval Ponda, the global head of Media and Entertainment Services at Tata Communications.

In fact, if you are doing a sort of a cloud-based gaming environment, they want the user experience to be significantly better from a traditional gaming environment, Ponda told Tech Wire Asia when discussing the 5G and cloud infrastructure necessary to implement seamless gaming experiences. For that, your latency has to be lower than what latency you have right now, people should be able to communicate with each other in real-time, but also be able to see each other watch multiple gaming feeds. Because nowadays, all of the immersive experiences mean that multiple video feeds are on a screen at any given point in time.

With Tata Communications being one of the leading digital services and infrastructure enablers in the Asia Pacific region, Ponda says 5G gaming will become one of the major drivers of high-quality video data content in coming years, in terms of compute infrastructure, storage infrastructure, and also data infrastructure globally.

Livestreams of eSports and cloud gaming broadcasts are transmitted in milliseconds with 5G. Source: AFP

Network latency or lag, as they say in the gaming world is probably one of the most critical challenges faced by mobile gamers, the predominant medium of gaming in many emerging markets where smartphone penetration dwarves take-up of performance gaming hardware. Ponda notes that edge-based cloud infrastructure will be crucial in reducing issues of latency or user experience.

This is a very critical component, because the moment you have high-level infrastructure that is situated at an edge closer to you, cloud gaming comes to be a reality because you can actually throw away your console, your gaming application can sit on the edge, and you just pay a cloud service or a fixed monthly charge, and you have access to all of your games, regardless of your location.

As barriers for cloud gaming come down, scaling up the underlying cloud and 5G infrastructure will pave the way for more high-quality video content of all sorts, including live events streaming in real-time and immersive experiences like virtual reality (VR) and augmented reality (AR).

Ponda mentions the dedicated infrastructure needs to be agile and intelligent enough to support real-time streams and immersive experiences, as any network delay or service interruption will not be acceptable in this environment. 5G is also enabling the possibility that cloud gaming will upend the traditional gaming ecosystem consisting of technology bigwigs like Microsoft and Sony who are also hardware and console manufacturers, game content publishers, and run their own subscription services.

Its an interesting move, because the very fact of having a simple cloud-based gaming model is going to break monopolies, and it is going to break silos, Ponda nods, confirming the disruptive influence of 5G gaming over the classical revenue model.

And as eSports continues to grow as both a lucrative means of income for gamers, as well as a spectator sport streamed by thousands of fans regularly, Ponda says delivering not just games, but eSports filming locations and broadcast production equipment, will need to be situated closer to the edge to capitalize on a lower latency environment.

So this whole end-to-end workflow [from remote production and editing to delivering the feed] gives you something like 100 to 200 milliseconds for you to capture that feed, make edits on the cloud, process and transport it from point A in the world to probably the other side of the world, and then deliver it to your screen. So this entire journey has taken place in about, lets say 150 milliseconds.

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Does cloud gaming capture the full potential of 5G? - Tech Wire Asia

TEL AVIV, Israel, Feb. 16, 2021 /PRNewswire/ -- Granulate, a leading provider of autonomous real-time computing workload optimization and cost reduction solutions, has been named the 2020 winner of the Cloud Development Innovation category in the Cloud Awards. After a lengthy review process, the announcement occurred at the InternationalCloud Computing Awards program, The Cloud Awards.

Granulate provides real-time computing performance optimization with its AI-driven solution that tailors computing workload prioritization for the unique needs of any company in any industry. With Granulate's solution, companies see rapid and drastic performance improvement, including up to a 5x increase in throughput, 40% faster response times, and a reduction in cloud computing costs of up to 60%. Designed to function in any computing infrastructure or environment, implementing Granulate is simple and fast, requiring zero code changes or R&D involvement, with results within days, if not hours.

"We are honored to be recognized as the Cloud Innovation of the year in the Cloud Computing Awards," said Asaf Ezra, CEO and co-founder of Granulate. "Our optimization solution enables companies of any size to significantly reduce computing costs while improving performance, not only in the cloud, but on-prem as well, with minimal effort. We are excited to receive this honor, and will continue to develop our solutions to further improve computing efficiency for our customers. Optimizing computing power means optimizing business."

The Cloud Awards program celebrates the brightest and the best in Cloud Computing. Open to organizations across the globe, the Cloud Awards is the first and largest recognition platform of its kind.

"Performance and resource usage is often overlooked when deploying to the cloud, as development and product teams focus on the end deliverables. The judges were particularly impressed by the solution offered by Granulate which offers customers huge savings, both in cost and in the environmental impact that can be achieved with next to no effort," said Cloud Award Judge Richard Geary. "Cloud technologies make a good platform for turning around urgent applications rapidly and at scale. This was clearly evidenced in the range of innovative technological solutions that Granulate has offered during the Pandemic."

"Every year, we find ourselves reporting the winners of the Cloud Awards, in simple awe at the scalability and agility of cloud-based solutions. Previous winners have risen superbly to the evolving challenges organizations must face in our increasingly unrecognizable modern world," said Head of Operations for the Cloud Awards, James Williams.

Hundreds of organizations entered the Cloud Awards, with entries coming from across the globe, covering the Americas, Australia, Europe and the Middle East. You can view the full shortlist here: https://www.cloud-awards.com/2020-shortlist/.

About Granulate

Granulateis a real-time, autonomous computing optimization company that delivers reduced compute costs, faster response time, and better throughput, without any code changes required. Granulate's patent-pending next-generation solution provides AI-driven infrastructure and workload optimization for robust compute performance and cost improvements in any computing environment, empowering businesses of any size from any industry by bolstering their computing power while slashing computing costs. Companies that have implemented Granulate have reduced compute expenses by up to 60%, benefitting from a 40% response time reduction and 5X increase in throughput.

Granulate Media ContactRaanan Loew[emailprotected] US: +1-347-897-9276

About the Cloud Awards

TheCloud Awardsis an international program which recognizes and honors industry leaders, innovators, and organizational transformation in cloud computing. The awards are open to large, small, established, and start-up organizations from across the entire globe, with an aim to find and celebrate the pioneers who will shape the future of the Cloud as we move into 2021 and beyond. The Cloud Awards currently offers two awards programs, the Cloud Computing Awards, and the Software-as-a-Service Awards. For more information about the Cloud Awards, please visithttps://www.cloud-awards.com.

Cloud Awards ContactJames Williams Operations http://www.cloud-awards.com[emailprotected]

SOURCE Granulate

https://granulate.io

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Granulate Wins Cloud Development Innovation of the Year at 2020-21 Cloud Awards - PRNewswire

Healthcare Cloud Computing Market research report is the new statistical data source added by A2Z Market Research.

Healthcare Cloud Computing Market is growing at a High CAGR during the forecast period 2021-2027. The increasing interest of the individuals in this industry is that the major reason for the expansion of this market.

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

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Note In order to provide more accurate market forecast, all our reports will be updated before delivery by considering the impact of COVID-19.

Top Key Players Profiled in this report are:

CareCloud Corporation, ClearData Networks, Athenahealth, Cerner Corporation, Epic Systems Corporation, NextGen Healthcare, Carestream Corporation, Dell, DICOM Grid, INFINITT Healthcare, Sectra AB, Merge Healthcare, Siemens Healthineers, iTelagen, NTT DATA Corporation, Nuance Communications, Ambra Health.

The key questions answered in this report:

Various factors are responsible for the markets growth trajectory, which are studied at length in the report. In addition, the report lists down the restraints that are posing threat to the global Healthcare Cloud Computing market. It also gauges the bargaining power of suppliers and buyers, threat from new entrants and product substitute, and the degree of competition prevailing in the market. The influence of the latest government guidelines is also analyzed in detail in the report. It studies the Healthcare Cloud Computing markets trajectory between forecast periods.

Regions Covered in the Global Healthcare Cloud Computing Market Report 2021: The Middle East and Africa (GCC Countries and Egypt) North America (the United States, Mexico, and Canada) South America (Brazil etc.) Europe (Turkey, Germany, Russia UK, Italy, France, etc.) Asia-Pacific (Vietnam, China, Malaysia, Japan, Philippines, Korea, Thailand, India, Indonesia, and Australia)

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

The report provides insights on the following pointers:

Market Penetration: Comprehensive information on the product portfolios of the top players in the Healthcare Cloud Computing market.

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

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

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

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

Table of Contents

Global Healthcare Cloud Computing Market Research Report 2021 2027

Chapter 1 Healthcare Cloud Computing Market Overview

Chapter 2 Global Economic Impact on Industry

Chapter 3 Global Market Competition by Manufacturers

Chapter 4 Global Production, Revenue (Value) by Region

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

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

Chapter 7 Global Market Analysis by Application

Chapter 8 Manufacturing Cost Analysis

Chapter 9 Industrial Chain, Sourcing Strategy and Downstream Buyers

Chapter 10 Marketing Strategy Analysis, Distributors/Traders

Chapter 11 Market Effect Factors Analysis

Chapter 12 Global Healthcare Cloud Computing Market Forecast

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Comprehensive Report on Healthcare Cloud Computing Market 2021 | Size, Growth, Demand, Opportunities & Forecast To 2027 | CareCloud Corporation,...

Dell Technologies is investing $50m in a global innovation hub in Singapore to drive adoption of emerging technologies and advance its research and development (R&D) capabilities.

The first of its kind outside the US, the facility is part of the companys efforts to speed up adoption of digital technology and foster innovation in Singapore for global customers and partners, said Amit Midha, its president for Asia-Pacific and Japan.

For a start, Dell will invest $23m this year out of its $50m investment, which will be used to support the development of augmented and mixed reality, data analytics, cloud-native, cyber security and edge computing technologies.

The global innovation hub, home to a specialised team responsible for enhancing user experiences, will also house R&D and hardware prototyping facilities, along with an artificial intelligence (AI) experience zone.

During a media briefing, Midha said the new facility underscores the tremendous role that Singapore plays in Dells global technology delivery, roadmap and strategy, adding that 160 new roles including designers, developers and strategists will be filled by this year.

This is a fantastic way for us harness the talent base in Singapore, the Singapore brand, as well as show our commitment to the country, he added.

Ang Chin Tah, vice-president and head of Digital Industry Singapore, a multi-agency government office to grow the local tech sector, said the global innovation hub speaks to Dell Technologies confidence in Singapore as an attractive R&D location, with access to talent and a vibrant ecosystem of partners across the region.

Dell Technologies will create meaningful jobs for Singaporeans across design, strategy, research and product development. These in turn support our efforts in building a smart nation and strong digital economy, he said.

Amid growing opportunities in the tech sector, Midha said Singapore could take the lead in edge computing, which could dwarf cloud computing in the next decade.

The amount of data that the edge will create and the uses of edge will be multi-fold. And so for us to think about Singapore leading the way in the edge, cyber security, cloud-native and augmented reality really bodes well for Singapore as a nation, he added.

The global innovation hub follows earlier efforts by Dell to train up to 3,000 fresh graduates, mid-career professionals and students in Singapore with knowledge and skills in cloud computing, data protection and management, data science, and big data analytics over the next two years.

This includes a five-week training programme for 1,000 employees at Singapore-based Dells partner and customer firms enrolled in the governments SGUnited traineeship or mid-career pathways programme.

The sessions will equip individuals with relevant skills for job roles such as data protection and management engineer, data analyst, and converged cloud infrastructure engineer.

At the end of the programme, all participants will be evaluated on their technical proficiency and awarded industry-recognised certifications such as the Dell Certified Associate upon passing the examination.

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Dell to invest $50m in Singapore innovation hub - ComputerWeekly.com