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Healthcare Cloud Computing Market to Reach USD 157.75 Billion by 2030; Widespread Use of Wearable Technology, Big Data Analytics & IoT in The…

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Top companies like Iron Mountain Inc., Athenahealth Inc., Dell Inc. & IBM Corp. have introduced software and services that allow for the collection and assimilation of enormous amounts of healthcare data that are beneficial for the development of the market. North America emerged as the largest market for the global healthcare cloud computing market, with a 34.02% share of the market revenue in 2022.

Newark, Nov. 11, 2022 (GLOBE NEWSWIRE) -- Healthcare cloud computing market size from USD 38.55 billion to USD 157.75 billion in 8 years: The Evolution from Niche Topic to High ROI Application

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Brainy Insights estimates that the USD 38.55 billion in 2022healthcare cloud computing market will reach USD 157.75 billion by 2030. In just eight years, healthcare cloud computing has moved from an uncertain, standalone niche use case to a fast-growing, high return on investment (ROI) application that delivers user value. These developments indicate the power of the Internet of Things (IoT) and artificial intelligence (AI), and the market is still in its infancy.

Key Insight of the Healthcare Cloud Computing Market

Europe to account for the fastest CAGR of 22.74% during the forecast period

Europe is expected to have the fastest CAGR of 22.74% in the healthcare cloud computing market. Key factors favouring the growth of the healthcare cloud computing market in Europe are that more people are becoming aware of the accessibility of better cloud computing solutions for the healthcare industry. Additionally, the number of hospital admissions is rising due to the growing older population, who are more susceptible to several ailments. The combined effect of all these factors is considered favourable for the demand for the healthcare cloud computing market in Europe.

However, in 2022, the healthcare cloud computing market was dominated by North America. Due to the widespread use of healthcare IT services and ongoing financial and legislative backing from government organisations, the US is a global leader in the healthcare cloud computing business. The Health Information Technology for Economic and Clinical Health Act's (HITECH Act) implementation sped and accelerated the deployment of EHRs and related technologies nationwide. The terms of the Act provide that up to a specific time; healthcare providers will be given financial incentives for showing meaningful use of EHRs. Still, beyond that point, fines may be assessed for failing to justify such usage. Furthermore, in May 2020, Microsoft revealed a cloud service designed exclusively for the healthcare industry to serve doctors and patients better. Healthcare organisations may use this industry-specific cloud service to organise telehealth appointments, manage patient data, and comply with the Health Insurance Portability and Accountability Act (HIPAA).

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The private segment accounted for the largest market share of 39.81% in 2022

In 2022, the private segment held a significant 39.81% market share, dominating the market. It is essential to securely preserve very sensitive patient data to avoid a data privacy breach that might result in legal ramifications. Many reasons have contributed to the growth of the private cloud market, including rising acceptability due to its improved security and an increasing adoption rate compared to public clouds and hybrid clouds.

Healthcare payers account for the fastest CAGR of 23.06% during the forecast period.

Over the forecasted period, the segment of healthcare payers is predicted to increase at the highest CAGR of 23.06%. Insurance companies, organisations that sponsor health plans (such as unions and employers), and third parties make up the healthcare payers. Payers are quickly using cloud computing solutions for safe data collecting and storage, resolving insurance claims, evaluating risks, and preventing fraud. Payers have traditionally struggled to manage high-risk patient groups and high usage. Payers are implementing these cutting-edge technical methods and remedies to reduce escalating healthcare costs. Additionally, cloud computing supports payers in corporate growth, service enhancement, quality improvement, and cost reduction.

Advancement in market

To increase patient engagement, foster teamwork among healthcare professionals, and enhance clinical and operational insights, Microsoft introduced its Microsoft Cloud for Healthcare suite in November 2020.

The collaboration between CVS Health and Microsoft to advance digital healthcare using AI and cloud computing began in December 2021.

To support research and innovation, the life sciences software business, MetaCell, unveiled a new product in September 2021 called "MetaCell Cloud Hosting," which offers cutting-edge cloud computing solutions mainly created for life science and healthcare enterprises.

Market Dynamics

Driver: Advancements in the technology

Because of recent technological developments and enhanced security, many healthcare institutions use the cloud's advantages more than ever. Due to technological developments like telemedicine, remote monitoring, and natural language processing APIs, cloud technology will continue to grow in the upcoming years to better suit specific digital health settings in several important ways. Several healthcare organisations aspire to develop these cloud computing solutions by combining cutting-edge technologies. Instead of gathering data and sending it to the cloud, the system analyses and processes the data right where it is being collected. Due to the adoption of suitable regulatory measures and the development of high-speed internet is also anticipated that the global healthcare cloud computing market will grow. The increasing availability of high-speed internet worldwide is one of the significant factors fuelling the growth of the healthcare cloud computing market.

Restraint: Technological concerns related to the data

The global market for healthcare cloud computing is being restricted by issues about data privacy, obstacles to data transfer, and a rise in cloud data breaches. The lack of skilled IT workers has also restrained the adoption of this technology. Competent professionals are in great demand because of the challenge of finding expertise in HIPAA. The skill gap is expected to slow the shift to cloud computing platforms.

Opportunity: Increasing adoption of data analytics in the healthcare sector

The increasing adoption of wearable technologies, big data analytics, and the Internet of Things (IoT) in the healthcare sector, as well as the introduction of new payment methods and the affordability of the cloud, will boost the market growth. The market is also being affected by the increase in technology usage due to its many advantages, such as the flexibility, enhanced data storage, and scalability offered by cloud computing, as well as the accessibility of flexible medical benefit plan designs.

Challenge: Stringent regulations regarding data

Industry growth is anticipated to be hampered by the complex regulations governing cloud data centres, data security and privacy issues, among other factors. The market for healthcare cloud computing is anticipated to experience challenges throughout the forecast period due to provider rental rules, worries about interoperability and portability, and growing internet dependency among users.

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Some of the major players operating in the healthcare cloud computing market are:

Allscripts Healthcare Solution Inc. Iron Mountain Inc. Athenahealth Inc. Dell Inc. IBM Corp. Oracle Corp. Cisco Systems Inc. Qualcomm Inc. VMware Inc. Microsoft Corp. EMC Corp. GNAX Health

Key Segments cover in the market:

By Cloud Deployment:

Private Public Hybrid

By End User:

Healthcare Payers Healthcare Providers

By Region

North America (U.S., Canada, Mexico) Europe (Germany, France, U.K., Italy, Spain, Rest of Europe) Asia-Pacific (China, Japan, India, Rest of APAC) South America (Brazil and the Rest of South America) The Middle East and Africa (UAE, South Africa, Rest of MEA)

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About the report:

The market is analyzed based on value (USD Billion). All the segments have been analyzed worldwide, regional, and country basis. The study includes the analysis of more than 30 countries for each part. The report analyzes driving factors, opportunities, restraints, and challenges for gaining critical insight into the market. The study includes porter's five forces model, attractiveness analysis, Product analysis, supply, and demand analysis, competitor position grid analysis, distribution, and marketing channels analysis.

About The Brainy Insights:

The Brainy Insights is a market research company, aimed at providing actionable insights through data analytics to companies to improve their business acumen. We have a robust forecasting and estimation model to meet the clients' objectives of high-quality output within a short span of time. We provide both customized (clients' specific) and syndicate reports. Our repository of syndicate reports is diverse across all the categories and sub-categories across domains. Our customized solutions are tailored to meet the clients' requirement whether they are looking to expand or planning to launch a new product in the global market.

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Akamai invests in Macrometa as the two strike partnership – TechCrunch

Edge computing cloud and global data network Macrometa has struck a new partnership and product integrations with Akamai Technologies. Akamai also led a new funding round in Macrometa that included participation from Shasta Ventures and 60 Degree Capital. Akamai Labs CTO Andy Champagne will join Macrometas board.

Macrometa founder and CEO Chetan Venkatesh told TechCrunch that its GDN enables cloud developers to run backend services closer to mobile phones, browsers, smart appliances, connected cars and users in edge regions, or points of presence (PoP). That reduces outages because if one edge region goes down, another one can take over instantly. Akamais edge network, meanwhile, covers 4,200 regions around the world.

The partnership between Macrometa and Akamai means the two are combining three infrastructure pieces into one platform for cloud developers: Akamais edge network, cloud hosting service Linode (which Akamai bought earlier this year) and Macrometas Global Data Network (GDN) and edge cloud. Akamai Edge Workers tech is now available through Macrometas GDN console, API and SDK, so developers can build a cloud app or API in Macrometa, and then quickly deploy it to Akamais edge locations.

Venkatesh gave some examples of how clients can use the integration between Macrometa and Akamai.

For SaaS customers, the integration means they can see speed increases and latency improvements of between 25x to 100x for their products, resulting in less user churn and better conversion rates for freemium models. Enterprise customers using the joint solution can improve the performance of streaming data pipelines and real-time data analytics. They also can deal with data residency and sovereignty issues by vaulting and tokenizing data in geo-fenced data vaults for compliance.

Video streaming clients, meanwhile, can use the integration to move their platforms to the edge, including authentication, content catalog rendering, personalization and content recommendations. Likewise, gaming companies can move servers closer to players and use the Akamai-Macrometa integration for features like player matching, leaderboards, multiplayer game lobbies and anti-cheating features. For e-commerce players competing against Amazon, the joint solution can be used to connect and stream data from local stores and fulfillment centers, enabling faster delivery times.

Macrometa will use the funding for developer education, community development, enterprise event marketing and joint customer sales with Akamai (Macrometas products are now available through Akamais sales team).

In a statement about the funding and partnership, Akamai EVP and CTO Robert Blumofe said, Developers are fundamentally changing the way they build, deploy and run enterprise applications. Velocity and scale are more important than ever, while flexibility in where to place workloads is now paramount. By partnering with and investing in Macrometa, Akamai is helping to form and foster a single platform that meets evolving needs of developers and the apps theyre creating.

Edit: Inaccurate funding figure removed.

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Akamai invests in Macrometa as the two strike partnership - TechCrunch

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API series – Section: The why & how of distributing GraphQL – ComputerWeekly.com

This is a contributed piece for the Computer Weekly Developer Network written by Daniel Bartholomew, CTO at Section.

Section is known for hosting and delivery of cloud-native workloads that are highly distributed and continuously optimised across a secure and reliable global infrastructure. Bartholomew is a regular speaker at industry events and experienced technologist in agile and containerised development.

His current role is to envision the technology organisations need to simplify and automate global delivery of cloud-native workloads.

Bartholomew writes as follows

Sources such as Cloudflare note that API calls are the fastest-growing type of Internet traffic and GraphQL APIs are rapidly becoming a de-facto way that companies interact with data. While REST APIs still dominate, GraphQL has a significant advantage: it prioritises giving clients exactly the data they request and nothing more.

As part of that, it can combine results from multiple sources including databases and APIs into a single response.

In short, its more efficient. So that can significantly impact bandwidth usage and application responsiveness and thereby both cost and performance.

However, the nature of the GraphQL structure means that caching responses for improved performance can be a significant challenge, so the secret to make GraphQL more efficient is distributing those GraphQL API servers so they operate (only and always) closer to end users, where and when needed.

Distributing application workloads is a go-to strategy to improve performance, reliability, security and a host of other factors.

When looking at API servers in particular, distribution results in high performance and reliability for the end user, lower costs for backend hosting, lower impact on backend servers, better ability to handle spikes, better security, cloud independence and (if done correctly) no impact on your development and management processes.

This last point is key, as deploying multi-cloud API services has historically been a largely manual process. But before we get to the how, lets dig a bit deeper into why you would want to distribute GraphQL servers.

The performance angle is straightforward: by reducing last-mile distance, latency and responsiveness are considerably improved. Users will experience this directly as a performance boost. In managing the network, you can control how broadly GraphQL servers are distributed, thereby balancing and tailoring performance and cost.

The cost factor is impacted by, among other things, data egress. API servers specifically and microservice architectures in general, are designed to be very chatty.

When using a hyperscaler for cloud hosting, those data egress costs quickly add up. While theres a lot that can be done to optimise and right-size the capacity and resource requirements, its incredibly difficult to optimise egress cost. Distributing GraphQL servers outside the hyperscaler environment (and potentially adding distributed caching with the solution) can minimise these traffic costs.

There are several aspects to decreasing the impact on backend services and the way in which the development teams operate.

Some are inherent to GraphQL: for instance, versioning is no longer an issue.

Without GraphQL, you have to be careful about versioning and updating APIs. With GraphQL as a proxy, you have flexibility. The GraphQL endpoint can remain the same even if the backend changes. Frontend and backend teams thus become more loosely connected, meaning they can operate at different paces, without blocking, so business moves faster. A given frontend can also have a single endpoint dedicated to it, called Backend For Frontend (BFF), which further improves efficiency.

If caching is employed along with distribution, the impact of traffic on backend services demand is decreased as API results themselves can be captured and stored for reuse. Distributed API caching, done well, greatly erodes the need for distributing the database itself and again cuts down on cost.

However, there are challenges with GraphQL when trying to connect data across a distributed architecture, particularly with caching.

With GraphQL, since you are using just one HTTP request, you need a structure to say, I need this information, hence you need to send a body. However, you dont typically send bodies from the client to the server with GET requests, but rather with POST requests, which are historically the only ones used for authentication. This means you cant analyse the bodies using a caching solution, such as Varnish Cache, because typically these reverse proxies cannot analyse POST bodies.

This problem has led to comments like GraphQL breaks caching or GraphQL is not cacheable.

While it is more nuanced than this, GraphQL presents three main caching issues:

CDNs are unable to solve this natively without altering their architecture. Some CDNs have created a workaround of changing POST requests to GET requests, which populates the entire URL path with the POST body of the GraphQL request, which then gets normalised. However, this insufficient solution means you can only cache full responses.

Bartholomew: Knows his API nuances and nuisances.

For the best performance, we want to be able to only cache certain aspects of the response and then stitch them together. Furthermore, terminating SSL and unwrapping the body to normalise it can also introduce security vulnerabilities and operational overhead.

GraphQL becomes more performant by using distribution to store and serve requests closer to the end user. It is also the only way to minimise the number of API requests.

This way, you can deliver a cached result much more quickly than doing a full roundtrip to the origin. You also save on server load as the query doesnt actually hit your API. If your application doesnt have a great deal of frequently-changing or private data, it may not be necessary to utilise edge caching, but for applications with high volumes of public data that are constantly updating, such as publishing or media, its essential.

While there are multiple benefits to distributing GraphQL servers, getting there is typically not easy as it requires a team to take on the burden of managing a distributed network. Issues like load balancing/shedding, DNS, TLS, BGP/IP address management, DDoS protection, observability and other networking and security requirements become front and center. At a more basic level, how do you manually manage, orchestrate and optimise potentially hundreds of GraphQL servers?

These are the types of issues that have led to the rise of distributed hosting providers. The best of these use automation to take on the burden of orchestration and optimisation, allowing organisations to focus on application development and not API delivery. That said, there are specific considerations when it comes to GraphQL.

First, it will be necessary to host GraphQL containers themselves, not just API functionalities, thus eliminating Function as a Service (FaaS) as a distribution strategy. Moreover, it will be necessary to run other containers alongside the GraphQL server to handle caching, security, etc.

Ideally, you also want to ensure scalability through unlimited concurrency, enabling the distributed GraphQL servers to support a large number of concurrent connections exceeding the source database connection limit.

In the end, whether you roll your own solution, or use one of the cloud-native hosting providers, distributing GraphQL API servers and other compute resources will significantly improve both the user experience and the overall cost and robustness of application services. In short, it makes all the sense in the world for developers.

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API series - Section: The why & how of distributing GraphQL - ComputerWeekly.com

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Sharon Woods: DISA Strives to Speed Up Cloud-Based Tech Delivery via Industry Partnerships – Executive Gov

Sharon Woods, director of the hosting and compute center at the Defense Information Systems Agency, said DISA intends to expand partnerships with industry to accelerate the delivery of new cloud-based platforms to warfighters, FCW reported Wednesday.

Woods said DISA is working on a fourth cooperative research and development agreement to come up with infrastructure code equipped with pre-configured, pre-accredited baselines to enable service personnel to develop cloud environments within hours instead of weeks or months.

Thats a really critical capability so that mission partners can get into the cloud quickly, she said at an event Wednesday.

Woods said her center has been working to align offerings with DISAs strategic plan for 2022 through 2024 and collaborating with the military and industry to determine private cloud services that could be fielded.

According to the report, DISAs hosting and computer center is developing DevSecOps tools to enhance software development and testing on-premise containers as a service to deliver automated configuration controls, security patching and other offerings.

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Sharon Woods: DISA Strives to Speed Up Cloud-Based Tech Delivery via Industry Partnerships - Executive Gov

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Big Tech could help Iranian protesters by using an old tool – MIT Technology Review

But these workarounds arent enough. Though the first Starlink satellites have been smuggled into Iran, restoring the internet will likely require several thousand more. Signal tells MIT Technology Review that it has been vexed by Iranian telecommunications providers preventing some SMS validation codes from being delivered. And Iran has already detected and shut down Googles VPN, which is what happens when any single VPN grows too popular (plus, unlike most VPNs, Outline costs money).

Whats more, theres no reliable mechanism for Iranian users to find these proxies, Nima Fatemi, head of global cybersecurity nonprofit Kandoo, points out. Theyre being promoted on social media networks that are themselves banned in Iran. While I appreciate their effort, he adds, it feels half-baked and half-assed.

There is something more that Big Tech could do, according to some pro-democracy activists and experts on digital freedom. But it has received little attentioneven though its something several major service providers offered until just a few years ago.

One thing people dont talk about is domain fronting, says Mahsa Alimardani, an internet researcher at the University of Oxford and Article19, a human rights organization focused on freedom of expression and information. Its a technique developers used for years to skirt internet restrictions like those that have made it incredibly difficult for Iranians to communicate safely. In essence, domain fronting allows apps to disguise traffic directed toward them; for instance, when someone types a site into a web browser, this technique steps into that bit of browser-to-site communication and can scramble what the computer sees on the back end to disguise the end sites true identity.

In the days of domain fronting, cloud platforms were used for circumvention, Alimardani explains. From 2016 to 2018, secure messaging apps like Telegram and Signal used the cloud hosting infrastructure of Google, Amazon, and Microsoftwhich most of the web runs onto disguise user traffic and successfully thwart bans and surveillance in Russia and across the Middle East.

But Google and Amazon discontinued the practice in 2018, following pushback from the Russian government and citing security concerns about how it could be abused by hackers. Now activists who work at the intersection of human rights and technology say reinstating the technique, with some tweaks, is a tool Big Tech could use to quickly get Iranians back online.

Domain fronting is a good place to start if tech giants really want to help, Alimardani says. They need to be investing in helping with circumvention technology, and having stamped out domain fronting is really not a good look.

Domain fronting could be a critical tool to help protesters and activists stay in touch with each other for planning and safety purposes, and to allow them to update worried family and friends during a dangerous period. We recognize the possibility that we might not come back home every time we go out, says Elmira, an Iranian woman in her 30s who asked to be identified only by her first name for security reasons.

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Big Tech could help Iranian protesters by using an old tool - MIT Technology Review

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Cloud4C Signs MOU with Oracle to Accelerate Cloud Adoption in the Middle East USA – English – USA – English – PR Newswire

DUBAI, UAE, Nov. 8, 2022 /PRNewswire/ --Cloud4C, an Oracle PartnerNetwork (OPN) member, recently entered into a memorandum of understanding (MoU) with Oracle at GITEX Global 2022, to accelerate cloud adoption in the Middle East, helping facilitate enterprises with in-depth IT acumen, smart cloud-native services, innovative technologies, and cost-effective executions. Middle East businesses stand to gain end-to-end managed cloud offerings powered by Oracle Cloud Infrastructure (OCI) and Cloud4C in a single SLA until application login.

As part of the collaboration, Oracle will assist in strengthening people and talent competencies for the region and develop customized action plans for businesses willing to embrace their transformation journey on OCI. As a one-stop-shop implementation and managed services partner, Cloud4C will ensure that the projects come to fruition, aided by innovative delivery models and customer enablement.

In addition, enterprises can take advantage of Cloud4C's ready-to-use transformation frameworks, hybrid managed services model, and in-country hosting powered by its proprietary Self Healing Operations Platform (SHOP). This can help businesses achieve their cloud evolutions at maximum availability and ensure compliance with regulations.

The MoU was signed on 13th October at GITEX Global 2022 by Rakesh Reddy, Regional Director MEA, Cloud4C and Nick Redshaw, Senior Vice President Technology Cloud, Middle East and Africa, Oracle in the presence of senior representatives from both organizations.

Rakesh Reddy, Regional Director of Cloud4C MEA, said, "I'm delighted to announce a renewed partnership agreement between Cloud4C and Oracle to help Middle East businesses leverage top-notch cloud services. This, along with our Migration Factory, Automated Managed Services, and industry-focused accelerations such as in the BFSI sector would be a good fit for aspirational firms in the region."

Nick Redshaw, Senior Vice President Technology Cloud for Oracle MEA, said, "OCI is the preferred cloud platform for organisations from across all industries, and we are focused on supporting our customers across Middle East and Africa drive continuous innovation with latest cloud technologies. Cloud4C, with its deep knowledge of the region and its IT and cloud capabilities, is a great partner to help us in the journey."

About Cloud4C

To learn more about Cloud4C visit : https://www.cloud4c.com/

About Oracle PartnerNetwork

To learn more visit:http://www.oracle.com/partnernetwork

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Ravi Shankar K+65-87190012[emailprotected]

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Cloud4C Signs MOU with Oracle to Accelerate Cloud Adoption in the Middle East USA - English - USA - English - PR Newswire

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Cloud Migration Market Scope and overview, To Develop with Increased Global Emphasis on Industrialization 2029 | Capgemini, Cisco Systems Inc, DXC…

New Jersey, United States, Nov 10, 2022 /DigitalJournal/ The Cloud Migration Market research report provides all the information related to the industry. It gives the markets outlook by giving authentic data to its client which helps to make essential decisions. It gives an overview of the market which includes its definition, applications and developments, and manufacturing technology. This Cloud Migration market research report tracks all the recent developments and innovations in the market. It gives the data regarding the obstacles while establishing the business and guides to overcome the upcoming challenges and obstacles.

The cloud can have a huge impact on companies migrating to the cloud. This includes the reduced total cost of ownership (TCO), faster delivery time, and better opportunities for innovation. With access to the cloud comes agility and flexibility, two essential elements to meet changing consumer and market demands. In recent months, companies have migrated their services and data to the cloud as they adapt to become elastic digital workplaces to cope with increased online demand and remote working. For enterprises that have already begun the shift to cloud computing, they are accelerating a cloud transformation that will lead the way in the years to come.

Get the PDF Sample Copy (Including FULL TOC, Graphs, and Tables) of this report @:

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Competitive landscape:

This Cloud Migration research report throws light on the major market players thriving in the market; it tracks their business strategies, financial status, and upcoming products.

Some of the Top companies Influencing this Market include:Capgemini, Cisco Systems Inc, DXC Technology, Tech Mahindra Ltd, Deloitte, Rackspace Hosting Inc., VMware Inc., IBM Corporation, Cognizant Technology Solutions Corp, Microsoft Corporation, Rightscale Inc.(Flexera), Oracle Corporation, Evolve IP LLC, WSM International LLC, Google LLC, Amazon Inc., Accenture PLC, MindTree

Market Scenario:

Firstly, this Cloud Migration research report introduces the market by providing an overview that includes definitions, applications, product launches, developments, challenges, and regions. The market is forecasted to reveal strong development by driven consumption in various markets. An analysis of the current market designs and other basic characteristics is provided in the Cloud Migration report.

Regional Coverage:

The region-wise coverage of the market is mentioned in the report, mainly focusing on the regions:

Segmentation Analysis of the market

The market is segmented based on the type, product, end users, raw materials, etc. the segmentation helps to deliver a precise explanation of the market

Market Segmentation: By Type

Public, Private, Hybrid

Market Segmentation: By Application

SMB, Large Enterprises

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An assessment of the market attractiveness about the competition that new players and products are likely to present to older ones has been provided in the publication. The research report also mentions the innovations, new developments, marketing strategies, branding techniques, and products of the key participants in the global Cloud Migration market. To present a clear vision of the market the competitive landscape has been thoroughly analyzed utilizing the value chain analysis. The opportunities and threats present in the future for the key market players have also been emphasized in the publication.

This report aims to provide:

Table of Contents

Global Cloud Migration Market Research Report 2022 2029

Chapter 1 Cloud Migration 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 Cloud Migration Market Forecast

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Codestone and OSF Digital hit the acquisition trail – ComputerWeekly.com

Consolidation across the channel has continued with a couple of deals being struck to add depth and reach for Codestone and OSF Digital.

Codestones move for DSCallards will give the firm more of a presence in the business intelligence (BI) and analytics market.

DSCallards will bring a BI and analytics team that has experience with SAP Business Objects, Microsoft Power BI, SAP Analytics Cloud and SAP Crystal Reports projects across the Europe, Middle East and Africa (EMEA) region.

The addition of DSCallards allows us to expand our solution portfolio and better support our existing customers while continuing to grow and serve new customers wanting an end-to-end enterprise best-in-class solution, said Jeremy Bucknell, co-founder and CEO of Codestone Group.

DSCallards deep and broad data and analytics technology expertise across industries secures the groups positioning among our customers that they are indeed in the best hands to achieve their full technology transformations.

Adrian Handley, managing director of DSCallards, said the deal would benefit its staff and customer base. Codestones comprehensive ERP [enterprise resource planning] and EPM [enterprise performance management] delivery, as well as multi-capability Microsoft credentials, cloud-hosting expertise and comprehensive support, provides much in demand services to our customers, he said.

Handley now becomes director of BI and analytics within the Codestone Group.

Codestone has already been expanding, backed by FPE Capital, has been using acquisition to improve its market position. It picked up Clarivos in May 2022, and has been looking to bolster its position in the SAP market. This latest deal also supports its growing Microsoft capabilities around Modern Workplace, Office 365 and Azure with skills in Power BI.

Meanwhile, for Canadian digital transformation specialist OSF Digital, the decision to snap up UK cloud consulting firm Oegen is largely driven by the benefit of geographical expansion.

The acquisition gives the firm the opportunity to not only grow its business in the UK, but also to push further into the EMEA region.

This acquisition will help to deepen our customer relationships in EMEA in many verticals, said Gerard Szatvanyi, CEO of OSF Digital. We are serious about further strengthening our Salesforce multicloud services globally. Oegens agility and commitment to excellence align very well with OSFs values and mission.

Pete Fells, managing director and founder of Oegen, welcomed the deal, the terms of which were not disclosed, as a positive for all involved.

Together with OSF, well continue to deliver comprehensive digital transformation and user experience excellence to a vast customer base in several verticals in the UK and EMEA, he said.

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Codestone and OSF Digital hit the acquisition trail - ComputerWeekly.com

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Riot Games takes back League of Legends and TFT from Garena — finally – ONE Esports

Hey dad, longtime no see.

Riot Games released their premier MOBA game League of Legends in October 2009. Back then, there was only one server located in California, USA.

Players in Southeast Asia had to endure 150 to over 200 ping if they wanted to play LoL until one year later in 2010 when Garena, a Singapore-based game developer and publisher, took over the publishing of League of Legends in the region.

Setting up dedicated servers in most SEA countries, players have enjoyed a low ping environment since 2010. However, technical, player, esports, and infrastructural support from the third-party publisher diminished over time.

More than 12 years later, to the delight of its regional player base, LoL is finally going back into the hands of Riot Games, starting in January 2023. Using the official Riot Games multi-game client, players will be able to access League of Legends, Teamfight Tactics, Valorant, and Legends of Runeterra on PC.

At its peak, Garena spearheaded the first-ever LoL esports league in 2012, the Garena Premiere League (GPL), even before the League of Legends Championship Series (LCS) existed.

National teams like Singapore Sentinels, Taipei Assassins, ahq eSports Club, Saigon Jokers, GIGABYTE Marines, Kuala Lumpur Hunters, and the Bangkok Titans made a name for themselves in the GPL. In fact, that very year in 2012, Taipei Assassins did the region proud by winning the second LoL world championship.

TSMs 2022 head coach, Singaporean Wong Chawy Xing Lei, built his pro career in the GPL before moving to the League of Legends Master Series (LMS), which was established in 2015. With ahq, he got the chance to compete at Worlds 2017 before retiring to become a full-time coach.

In 2018, Vietnam established its own league, the Vietnam Championship Series. It was awarded Wildcard Region status with a more direct path to Worlds. In 2019, LMS and the League of Legends SEA Tour (LST) merged to form the Pacific Championship Series (PCS).

The return of these two titles also means that Riot Games will take charge of its corresponding esports leagues. Players can expect more community events, collegiate tournaments, and offline campaigns. For the VCS, they not only will regain ownership and operations, but will also be spearheading its production and marketing efforts, Alex Kraynov, Managing Director for APAC, Riot Games, told ONE esports.

We are grateful for Garenas partnership and publishing support over the past decade. Their efforts have built an incredible community of League of Legends and Teamfight Tactics players across Southeast Asia, and the games success would have been impossible without them, said Alex.

Over the past few years, Riot has also worked hard to expand our capabilities across the region, building strong local teams and a deep network of partners. We now feel that this is the right time for us to own the publishing of League and TFT in Southeast Asia, as part of our expansion into Asia Pacific.

For Taiwan and Vietnam specifically, Riot Games told ONE Esports in an exclusive interview that in order to comply with local regulations, it has appointed Taiwan Mobile and VNGGames as the new publishers of League of Legends and TFT in these two countries.

As part of the move, Riot will launch its own League of Legends and TFT servers, and the existing Garena servers will cease operations by January 2023. All players who wish to keep their accounts and their data will need to link them to a Riot ID.

Dont worry, everything in your account will be retained including:

The account linking process will begin on November 18, 2022.

The full step-by-step account migration tutorial and FAQ can be found on Riots official Account Migration Microsite here.

Players are encouraged to migrate their accounts as early as possible, and can look forward to special in-game welcome rewards.

READ MORE: The most memorable Arcane quotes from the Netflix LoL anime

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Riot Games takes back League of Legends and TFT from Garena -- finally - ONE Esports

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How to Improve Your Business with Dedicated Hosting – HostReview.com

Organizations that rely heavily on their websites cannot afford downtime, inconsistent performance, or unexpected resource shortages. Being hit with any of these problems can cost a business a lot of money or make it impossible for users to access mission-critical information. Customers will leave for better-performing sites, and internal users will miss opportunities thwarted by slow access to enterprise data resources.

We will look at how businesses can improve the performance and use of their websites with dedicated hosting. Three methods of dedicated hosting will be discussed. The first is the more traditional approach which employs dedicated physical hardware managed by the customer. Second, we will talk about dedicated cloud hosting. Lastly, we will look at the modern incarnation of bare metal hosting, combining the best features of dedicated physical and cloud hosting.

Many organizations host their websites using the services of public cloud providers. A business often starts with a shared hosting solution where its website shares resources with other tenants. The cloud service provider (CSP) employs physical hardware and a hypervisor to create multiple virtual servers which can each host a customers website.

A shared hosting approach is the least expensive method of hosting a website. Businesses can get started quickly using the shared hosting model by choosing from among a providers options. Sometimes, an organization can flourish and never outgrow its shared hosting solution.

Unfortunately, problems can arise when sharing limited physical resources between multiple customers who may have conflicting business objectives. Providers necessarily want to maximize their hardware investment and try to squeeze as many tenants as possible onto a single physical server. But even the most powerful machine has its limitations.

Employing dedicated hosting options eliminate many of the problems that can afflict customers in a shared hosting environment. Businesses that cannot tolerate the inconsistencies and potential issues of shared hosting should look to upgrade to a dedicated hosting solution. Generally, a dedicated hosting solution will be more expensive than a shared environment.

Following are some benefits associated with dedicated hosting that can improve your business and its ability to serve your audience.

Lets look at three types of dedicated hosting solutions that should be available from a reliable CSP.

Customers who opt for a dedicated physical server get exactly what they ask for. Their CSP furnishes a physical server reserved for the customers exclusive use. It is usually rented or leased by the month and provides complete control over the environment. The machine is not shared with other customers and can be configured to fit an organizations specifications.

While a dedicated physical server addresses the performance and security issues that can affect a shared hosting approach, it can pose different problems and limitations.

A dedicated cloud is an infrastructure service (IaaS) offering that provides customers a step up from shared hosting by furnishing enhanced flexibility and performance. A dedicated cloud host can be configured to present a customer with multiple cloud servers.

Clients get a dedicated cloud node with Internet connectivity, implementing an isolated public cloud. Customers have more control over a dedicated cloud host versus shared hosting but are still sharing physical resources with other customers. This can limit the extensibility and scalability of the system.

Following are some aspects of dedicated cloud hosts that should be considered when selecting a hosting option.

Bare metal servers offer some of the best features of a dedicated physical server and a dedicated cloud host. In a bare metal environment, high-quality physical components are provided to a single tenant and are managed by the cloud provider. Servers can be optimized for different usage scenarios or business objectives.

Customers can rent bare metal servers on a short-term basis to accomplish specific tasks without the lengthy commitment required when using a dedicated physical server. A bare metal server delivers optimal performance and flexibility, offering customers the following advantages.

As a business grows, it will often require more robust hosting options that those offered in a shared environment. The dedicated hosting options discussed provide substantial improvements in performance and customization. Companies should look to upgrade from a shared hosting approach to increase website performance, enhance the customer experience, and improve their business results.

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How to Improve Your Business with Dedicated Hosting - HostReview.com

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