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RCMP wants to use AI to learn passwords in investigations, but experts warn of privacy risks – The Globe and Mail

The RCMP want to use artificial-intelligence technology to obtain passwords so they can decrypt data seized during criminal investigations, prompting cybersecurity and civil-liberties experts to warn that the technology could risk Canadians privacy rights.

Police in Canada are not allowed to compel people to reveal passwords. The force said this week that it is seeking potential partners to build a system powered by artificial intelligence that would ingest material seized during an investigation to figure out passwords for encrypted data.

Law-enforcement officials often say that the criminal use of encryption to obscure activities is an increasing problem as more sophisticated technology becomes available.

But the courts have recognized personal devices as requiring heightened privacy expectations precisely because we live our lives on these devices, said Brenda McPhail, director of the Canadian Civil Liberties Associations privacy, technology and surveillance program.

Compelling people to decrypt devices would be unconstitutional, she said, adding that using technology to do so would amount to a workaround with significant implications on privacy rights. The scanning technology the RCMP seeks could examine the content of these devices so deeply that a police force could gain a knowledge of who we are and what we do. So the privacy invasion is crystal clear, Dr. McPhail said.

The decryption technology sought by the RCMP might not fall under Ottawas directive on automated decision-making, which requires federal departments to assess the risk of using technology such as predictive models and artificial intelligence.

Yuan Stevens, the policy lead at Ryerson Universitys technology, cybersecurity and democracy program, said the RCMPs proposed system might be eligible for exemption because it provides an internal service for government, not an external one.

The federal Privacy Commissioner found earlier this year that the Department of National Defence skirted risk-assessment rules in a diversity recruitment campaign. Theres a pattern of agencies wanting to use AI and not wanting to be subject to oversight, and that might be problematic, Ms. Stevens said.

Canadians have little reason to trust that this technology wont be used in ways that violate our Charter rights and fundamental freedoms, including the rights to privacy and anonymity online.

The request for proposals seeks AI technology that would process a persons known passwords, web history and documents to determine potential passwords for encrypted data.

The RCMP did not respond to specific questions from The Globe and Mail about the tenders details, the frequency with which the force encounters encrypted data in investigations, or the potential that the proposed system could be misused by malicious actors.

In an e-mailed statement, Sergeant Caroline Duval cautioned that the RCMP is only presently seeking to do research and development around decryption, and would evaluate any legal and privacy implications.

The use of any investigative tools by the RCMP is governed by the Canadian Charter of Rights and Freedoms and is subject to appropriate judicial processes, Sgt. Duval said.

The increasing sophistication of encryption tools is an arms race, and police forces need tools to counter criminals in that race, said David Shipley, the chief executive officer of Beauceron Security in Fredericton. Decently strong encryption is stupid simple to use and its stupid hard to break, he said.

If a police force targets data in individual cases where a warrant has been issued, Mr. Shipley said, this is a better way, frankly, than giving them backdoor access to every system which criminals absolutely will abuse to weaken security for everybody.

Such technology comes with the potential for misuse. There is a history of North American law enforcement officials and technology company employees using their professional tools to access information about partners or other individuals they personally know. In some cases, they have broken internal protocols or laws, and endangered the individual theyve sought information about.

The RCMP has also used controversial AI-powered technology before. This past June, the federal Privacy Commissioner found that the forces use of Clearview AIs facial-recognition technology violated Canadas Privacy Act after the RCMP had earlier told the commissioner it hadnt used Clearview.

The force was subsequently accused by NDP MP Charlie Angus of lying to the public. In response, the RCMP said at the time that it was not initially aware that one of its divisions had used Clearview, but was working to fix issues.

The RCMPs new request for proposals says that winners of the AI development contract could receive as much as $1-million. The tender is part of the governments Innovative Solutions Canada challenge, which encourages Canadian entrepreneurs to develop technology for which the government would be the first of many potential customers.

But even if government and law-enforcement officials use such tools within a set of rigid rules, they can also be co-opted by malicious actors. After the U.S. National Security Agency developed a way to exploit Microsoft software called EternalBlue last decade, it was later used by nefarious hacking groups.

Mr. Shipley, who said he generally supports the RCMPs need to strengthen its decryption powers in the face of tech-savvy criminals, warned that it could be used by malicious outsiders. Can the RCMP really keep something that powerful safe? he asked.

Such risks need to be weighed when developing this kind of technology, said Christopher Parsons, senior research associate at the University of Torontos Citizen Lab, which studies digital threats to society. Its understandable that a law-enforcement organization would want these sorts of powers, but whats not apparent is the need for them.

Dr. Parsons has extensively researched Ottawas relationship with encryption. Until 2019, he said, the Liberal government largely took a pro-encryption position. Then, the federal government began what he called an irresponsible shift supporting weakened encryption including for the sake of cracking down on child exploitation despite broader risks.

Hes also found that governments and police forces often describe vague threats of encryption-enabled criminality without supporting evidence. There actually is pretty rarely statistical or demonstrable evidence there is a problem, he said.

If governments work to develop technologies that exploit vulnerabilities in peoples devices, it could create a slippery slope, he said. The same vulnerability that affects my iPhone that can be targeted by this is the same vulnerability that affects the Prime Ministers, Mr. Parsons said.

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QuTech creates a time crystal – Innovation Origins

Researchers from QuTech created a time crystal, a novel exotic quantum phase of matter, using a quantum computer based on diamond, says Delft University of Technology in a press release. Together with a simultaneous experiment by Google, the results shed new light on the physics of out-of-equilibrium quantum systems. The team reports their findings today in Science.

In the crystals we encounter in our daily lives, such as diamonds or table salt, the atoms spontaneously form a stable repeating pattern in space. Can something similar happen in time?

The idea of a time crystal was first proposed in 2012 by Frank Wilczek, a physicist and Nobel laureate. The ensuing debate led to the prediction that time crystals can form in periodically driven interacting quantum systems. The system is then locked in a stable pattern that oscillates between two discrete states. In such a discrete time crystal, disorder in the internal interactions can prevent the system from reaching thermal equilibrium or heating up. In theory, it can oscillate forever without any net absorption of energy.

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We set out to build a discrete time crystal using one of our quantum processors based on spins in diamond, says Joe Randall from QuTech, a collaboration between Delft University of Technology and TNO. These spins form extremely well-isolated and individually controlled quantum bits that we can program to emulate other physical systems. Working together with collaborators from UC Berkeley and Element Six, the team used nine quantum bits and manipulated them in just the right way to satisfy the theoretical criteria to form a time crystal.

When tuned into the right parameter regime, the spins are locked together into a periodically inverting pattern that is robust against perturbations of the system. Importantly, the team then showed that the time crystal formed when starting from all sorts of initial states. This observation of a robust response for all starting states was really the smoking gun for the time crystal being stabilized by disorder in its internal interactions, says Conor Bradley, PhD student at QuTech. It is what distinguishes our results from previous investigations.

The time crystal created by the team lives remarkably long: it lasts up to about 800 periods, or about 8 seconds. While a perfectly isolated time crystal can, in principle, live forever, any real experimental implementation will decay due to interactions with the environment, says Randall. Further extending the lifetime is the next frontier.

Just one month after the researchers went public with their data, a team from Google, Stanford and others reported the realization of a discrete time crystal using a superconducting quantum computer. It is extremely exciting that multiple experimental breakthroughs are happening simultaneously, says Tim Taminiau, lead investigator at QuTech. All these different platforms complement each other. The Google experiment uses two times more qubits, our time crystal lives about ten times longer. Indeed, theory collaborator Norman Yao from UC Berkeley believes that this is just the beginning, A time crystal is perhaps the simplest example of a non-equilibrium phase of matter. The QuTech system is perfectly poised to explore other out-of-equilibrium phenomena including, for example, Floquet topological phases.

Many open questions remain. Are there practical applications for time crystals? What will be observed in higher spatial dimensions? And, in general, how do driven quantum systems equilibrate? The spin defects in solids used by the team provide a flexible platform for experimentally studying these important open questions in statistical physics. The ability to isolate the spins from their environment while still being able to control their interactions offers an amazing opportunity to study how information is preserved or lost, says Francisco Machado, one of the collaborators from UC Berkeley. It will be fascinating to see what comes next.

Also interesting: Dutch deeptech start-up Delft IMP secures 10 million series A funding with technology that radically extends battery life

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NIST Cloud Computing Program – NCCP | NIST

Cloud computing is a model for enabling convenient, on-demand network access to a shared pool of configurable computing resources (e.g., networks, servers, storage, applications, and services) that can be rapidly provisioned and released with minimal management effort or service provider interaction. This cloud model promotes availability and is composed of five essential characteristics (On-demand self-service, Broad network access, Resource pooling, Rapid elasticity, Measured Service); three service models (Cloud Software as a Service (SaaS), Cloud Platform as a Service (PaaS), Cloud Infrastructure as a Service (IaaS)); and, four deployment models (Private cloud, Community cloud, Public cloud, Hybrid cloud). Key enabling technologies include: (1) fast wide-area networks, (2) powerful, inexpensive server computers, and (3) high-performance virtualization for commodity hardware.

The Cloud Computing model offers the promise of massive cost savings combined with increased IT agility. It is considered critical that government and industry begin adoption of this technology in response to difficult economic constraints. However, cloud computing technology challenges many traditional approaches to datacenter and enterprise application design and management. Cloud computing is currently being used; however, security, interoperability, and portability are cited as major barriers to broader adoption.

The long term goal is to provide thought leadership and guidance around the cloud computing paradigm to catalyze its use within industry and government. NIST aims to shorten the adoption cycle, which will enable near-term cost savings and increased ability to quickly create and deploy enterprise applications. NIST aims to foster cloud computing systems and practices that support interoperability, portability, and security requirements that are appropriate and achievable for important usage scenarios

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Cloud computing | Shaping Europes digital future

The global data volume is growing very fast. Whereas cloud computing happens mostly in large data-centres today, by 2025 this trend will reverse: 80% of all data is expected to beprocessed in smart devices closer to the user, known as edge computing.

The availability ofboth edge and cloud computing isessential in a computing continuum to ensure that data isprocessed in the most efficient manner. Energy-efficient and trustworthy edge and cloud infrastructures will be fundamentalfor the sustainable use of edge and cloud computing technologies.

Cloud computing is a key objective to increase Europe's data sovereignty as outlined in the European CommissionsData Strategy,Digital Strategy,Industrial Strategyand theEU recovery plan.

The European Commission has launched aEuropean Alliance on Industrial Data, Edge and Cloud, which will feature the development of several work streams, related to key EU policy goals:

EU countrieshave signedajoint declaration on cloudwhere they expressed their will to collaborate towards the creation of a European cloud.

Other initiatives related tocloud computing are:

In parallel, cloud computing and edge computing will be among those digital technologies that will contribute to achieving the sustainability goals of the EuropeanGreen Dealin areas such as farming, mobility, buildings and manufacturing.

The European Union also supports the development of cloud computing in Europe with research and innovation actions under theHorizon 2020 programme.

EU-funded projects will work on novel solutions for federating cloud infrastructures. New cloud-based services will have to respond to high-standard requirements with regard to data protection, performance, resilience and energy-efficiency. The services and infrastructures will have to meet the future digitisation needs of industry and the public sector. Addressing these challenges will also be part of and contribute to the technological ambitions of theNext Generation Internet(NGI).

In addition, the EU intends to invest 2bn via theEuropean Data Strategyin a European High Impact Project that will federate energy-efficient and trustworthy cloud infrastructures and related services. Cloud technologies that have been developed within Horizon 2020-funded research and by market actors will be deployed via the Connecting Europe Facility 2 (for cloud infrastructures interconnection) and Digital Europe (for cloud-to-edge services and cloud marketplaces) Programme.

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Cloud Computing Security | Trend Micro

Whether you are using cloud providers, such as AWS and Microsoft Azure, to host your sensitive applications and data or taking advantage of the speed that Microsoft Office 365, Dropbox, and other cloud software-as-a-service (SaaS) providers offer, you have a role to play in cloud security.

Cloud service and SaaS providers work hard to deliver a secure environment, but in the shared security responsibility model you are ultimately responsible for the data and workloads you put in the cloud. Whether its with additional security controls to meet internal or external compliance (e.g., PCI, HIPAA, NIST) requirements or protection against ransomware attacks (WannaCry and beyond), zero-day vulnerabilities, and other sophisticated attacksTrend Micro can help.

Workload security for AWS, Azure, and other cloud environments

No matter which cloud provider you use, you need additional protection for what you put IN the cloud. Trend Micro Deep Security, powered by XGen security uses a blend of cross-generational threat defense techniques to protect cloud workloads from breaches and accelerates compliance with:

Security for Microsoft Office 365 and other SaaS cloud applications

While Microsoft provides built-in anti-virus protection for Office 365, 90% of todays malware cant be detected by traditional anti-virus techniques. Thats why you need Trend Micro Cloud App Securitys advanced detection and prevention capabilities, including sandbox malware analysis, to stop ransomware and other threats.

Designed to protect SaaS applications, Cloud App Security can also protect cloud file sharing applications like Dropbox, Box, Google Drive, SharePoint Online, and many more from threats and data loss.

Cloud-based security intelligence

We pioneered the use of the cloud in the Trend Micro Smart Protection Network, efficiently analyzing 100TB of threat information daily to rapidly identify new threats. We then immediately distribute this intelligence to our market-leading security products to protect enterprises, small businesses, and consumers against the latest threats, including ransomware.

Security delivered as a service

Trend Micro provides organizations with the flexibility to choose software or, for a number of our security solutions, as-a-service approach. With a service model theres no setup or configuration required, and we handle all the infrastructure management and product updates for you.

Protect your assets in the cloud with a security solution delivered in the cloud. See Deep Security as a Service.

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Home | Federal Cloud Computing Strategy

The 2019 Federal Cloud Computing Strategy Cloud Smart is a long-term, high-level strategy to drive cloud adoption in Federal agencies. This is the first cloud policy update in seven years, offering a path forward for agencies to migrate to a safe and secure cloud infrastructure. This new strategy will support agencies to achieve additional savings, security, and will deliver faster services.

"To keep up with the countrys current pace of innovation, President Trump has placed a significant emphasis on modernizing the Federal government. By updating an outdated policy, Cloud Smart embraces best practices from both the federal government and the private sector, ensuring agencies have capability to leverage leading solutions to better serve agency mission, drive improved citizen services and increase cyber security." Suzette Kent, Federal Chief Information Officer

The case for using cloud capabilities in government has been clearly proven to drive savings, to improve security, and to deliver mission-serving solutions faster.

Cloud Smart is about equipping agencies with the tools, knowledge, and flexibilities they need to move to cloud according to their mission needs.

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The global cloud computing market size is expected to grow from USD 445.3 billion in 2021 to USD 947.3 billion by 2026, at a Compound Annual Growth…

during the forecast period. Digital business transformation has entered a more challenging and urgency-driven phase due to the COVID-19 pandemic. Global giants are providing customers with cost-effective and productive digital solutions as every industry is economically hard-hit from the pandemic.

New York, Nov. 05, 2021 (GLOBE NEWSWIRE) -- Reportlinker.com announces the release of the report "Cloud Computing Market by Service, Deployment Model, Organization Size, Vertical And Region - Global Forecast to 2026" - https://www.reportlinker.com/p05749258/?utm_source=GNW The sudden shutdowns of offices, schools and enterprises have increased the demand for cloud solutions and services. The cloud market in verticals such as IT, telecom, BFSI, and media and entertainment has impacted positively due to the work from home initiative. Employees are using cloud collaboration platforms for communicating and consuming OTT streaming services heavily as they need to stay at home amidst lockdowns.

Infrastructure as a Service (IaaS) to help enterprises in enhancing infrastructure scalability and performanceIaaS enables enterprises to leverage their IT infrastructure without paying for the construction of the physical infrastructure.Moreover, it provides flexibility, mobility, easy, and scalable access to applications, and enhances collaboration to help enterprises focus on their core businesses.

The increasing internet access through smartphones and other devices has spurred the digitalization trend among enterprises that generate large volumes of business data daily.These factors have increased the enterprises concerns over losing the focus on core business operations and meeting the demand for clients.

IaaS helps in reducing the cost of deploying IT infrastructure, hardware, and in hiring skilled resources. These benefits, in turn, are expected to drive the adoption of IaaS.

Retail and consumer goods vertical to grow at the highest rate during the forecast periodThe retail and consumer goods vertical is one of the fastest-growing verticals with respect to the adoption of emerging and innovative technologies, such as cloud computing, big data analytics, DevOps, digital stores, and social networks.Various factors driving this adoption are the rising purchasing power of customers and the need to satisfy customer expectations leading to the existing customer retention and new customer acquisition.

Online retailing and cloud technologies have significantly disrupted the retail and consumer goods vertical leading to the adoption of cloud computing mainly for storage, backup, and security services.

North America to hold the largest market size and Asia Pacific (APAC) to grow at the highest rate during the forecast periodNorth America is the most mature market in terms of cloud computing services adoption, due to several factors, such as the presence of many enterprises with advanced IT infrastructure, and availability of technical expertise.APAC is expected to offer significant growth opportunities for cloud computing vendors during the forecast period.

Rapid advancements in emerging technologies, IT infrastructure services, and the Internet of Things (IoT) have led many organizations to adopt cloud computing services.In the process of determining and verifying the market size for several segments and subsegments gathered through secondary research, extensive primary interviews were conducted with the key people.

The breakup of the profiles of the primary participants as follows: By Company Type: Tier I: 19%, Tier II: 35%, and Tier III: 46% By Designation: C-Level: 33%, D-Level: 26%, and Others: 41% By Region: North America: 38%, Europe: 35%, APAC: 11%, and RoW: 16%

The report profiles the following key vendors:1. AWS (US)2. Microsoft (US)3. Google (US)4. Alibaba (China)5. SAP (Germany)6. IBM (US)7. Oracle (US)8. VMware (US)9. Rackspace (US)10. Salesforce (US)11. Adobe (US)12. CenturyLink (US)13. Fujitsu (Japan)14. Workday (US)15. Infor (US)16. Sage Group (UK)17. Intuit (US)18. Epicor (US)19. IFS (Sweden)20. ServiceNow (US)21. OpenText (US)22. Cisco (US)23. Box (US)24. Zoho (US)25. Citrix (US)26. Upland Software (US)27. DigitalOcean (US)28. Bluelock (US)29. OVH (France)30. Joyent (US)31. Skytap (US)32. Virtuestream (US)33. Tencent (China)34. DXC (US)35. NEC (Japan)36. Navisite (US)

Research CoverageThe report segments the global cloud computing market by service model, the cloud computing market has been segmented into IaaS, SaaS, and PaaS.The IaaS model has been further segmented into primary storage, disaster recovery and backup, archiving, and compute.

The PaaS model has been further segmented into application development and platforms, application testing and quality, analytics and reporting, integration and orchestration, and data management.The SaaS model is further categorized into Customer Relationship Management (CRM), Enterprise Resource Management (ERM), Human Capital Management (HCM), content management, collaboration and productivity suites, Supply Chain Management (SCM), and others.

By the deployment model, the cloud computing market has been segmented into a public cloud and private cloud.Based on organization size, the market has been classified into Small and Medium-sized Enterprises (SMEs) and large enterprises.

By vertical, the cloud computing market has been classified into Banking, Financial Services and Insurance (BFSI); telecommunications; IT and Information Technology-enabled Services (ITeS); government and public sector; retail and consumer goods; manufacturing; healthcare and life sciences; media and entertainment; energy and utilities; and others (education, travel and hospitality, and transportation and logistics). By region, the market has been segmented into North America, Europe, APAC, MEA, and Latin America.

Key Benefits of Buying the ReportThe report will help the market leaders/new entrants in the cloud computing market with information on the closest approximations of the revenue numbers for the overall cloud computing market and the subsegments.The report will help stakeholders understand the competitive landscape and gain more insights to better position their businesses and to plan suitable go-to-market strategies.

The report also helps stakeholders understand the pulse of the market and provides them with information on key market drivers, restraints, challenges, opportunities, and COVID-19 impact.Read the full report: https://www.reportlinker.com/p05749258/?utm_source=GNW

About ReportlinkerReportLinker is an award-winning market research solution. Reportlinker finds and organizes the latest industry data so you get all the market research you need - instantly, in one place.

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Spotlight on FINRA’s latest report on cloud computing in the US securities industry – Lexology

The financial services landscape is constantly evolving. Amidst the mass change and disruption wrought by the pandemic, in tandem with meteoric rise of the crypto market, regulators around the world are introducing new waves of rules and regulation to keep up with the rate of change.

In October 2021, the Financial Industry Regulatory Authority (FINRA) issued a new report on Cloud Computing in the Securities Industry, providing advice and regulatory considerations for the US securities industry. In response to this, NCC Group shared further recommendations, based on its expertize and work with businesses in the global financial industry.

What are the key takeaways from the report?

To mitigate the cybersecurity and lock-in risks associated with outsourcing cloud services to third-party vendors, and ultimately take advantage of advancements in cloud computing, FINRA encourages its member firms to:

How else can organizations take advantage of cloud computing?

The adoption of cloud, software and technology escrow solutions, using Resilience by Design principles, can help organizations to meet the financial systems increasing demand for risk management, business continuity and ongoing operational resilience. By focusing on resilience from the start, organizations will be well placed to meet evolving rules and regulation.

To identify supplier risk exhaustively, organizations face increasing costs, barriers to innovation, and potentially reduced access to financial services. For this reason, cloud, software and technology escrow solutions offer legal, technical and proportional assurance to organizations.

Under this approach, cloud supplier failure would be assumed by default, regardless of a third-partys risk profile. Cloud, software and technology escrow agreements, together with dry-run verification services, will help to mitigate against supplier failure and offers a minimum level of resilience that ensures continuity of services while alternative options are being implemented.

Firms should also perform a comprehensive assessment of threats, vulnerabilities, impact and likelihood of cybersecurity incident on at least an annual basis to maintain a current view of overall technology risk, including cloud solutions. While the standard disciplines for assessing, managing and mitigating risk related to services provided using cloud resources are the same as for traditional IT deployment models, the risks are not, and each organization should prioritize understanding their new unique risk profile.

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Microsoft rolls out new tech to connect its cloud to rivals – Yahoo Finance

By Stephen Nellis

(Reuters) - Microsoft Corp on Tuesday announced a new round of technologies aimed at making its cloud computing services work in data centers it does not own - including the cloud data centers of its rivals.

The strategy, Microsoft executives and analysts say, has been key to the company's rise in the cloud computing infrastructure market, which research firm Gartner estimates hit $64.3 billion and where Microsoft is second only to market leader Amazon.com's Amazon Web Services. Microsoft last week said revenue from Azure, its flagship cloud offering, grew 48%, results that helped it overtake Apple Inc as the world's most valuable publicly traded company.

Microsoft's strategy has involved constructing its most lucrative cloud software services, such as database tools, so that they can run inside its own data centers, those owned by customers or even those of rivals like Amazon.

Microsoft's cloud and artificial intelligence chief Scott Guthrie told Reuters that the move has persuaded some customers to use its services when they cannot always use Microsoft's data centers. Royal Bank of Canada, Guthrie said, faces legal requirements to keep some of its computing work in its own data centers and uses a technology called Azure Arc to connect those facilities to Microsoft's cloud.

"The challenge with higher-level services historically has been the concern of 'lock in' - what happens if I can only use them in your data center?" Guthrie said. "That freedom of movement causes customers to feel much more comfortable using those services."

Ed Anderson, a vice president distinguished analyst with Gartner, said the approach does open doors for Microsoft with customers, but it also forces the company to compete on the quality of its software services rather than by packaging them with cheap computing power.

"To be honest, that's a better way to compete," Anderson said. "Customers are suspicious of rhetoric. They look for evidence of capabilities and are cautious of things where in principle technology is multi-cloud but maybe the software licensing doesn't support it."

(Reporting by Stephen Nellis in San Francisco)

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Healthcare Cloud Computing Market Projected To Represent Strong Growth, Expanded Technology By 2021 To 2030 | Scoop News – Scoop

Thursday, 4 November 2021, 7:27 amPress Release: MarketResearch.biz

The report published on theMarketResearch.Biz titled Healthcare CloudComputing market brings an analytical view of the HealthcareCloud Computing Market performance in the global as wellas the regional scenario. In a detailed chapter-wise format,the Healthcare Cloud Computing study figure out variousaspects corresponding to the global and regional HealthcareCloud Computing market. To start with, the Healthcare CloudComputing market definition, applications, classification,and Healthcare Cloud Computing industry value chainstructure are included in the report, to update targetaudience on binding Healthcare Cloud Computing marketdynamics including drivers, restraints, threats,opportunities, trends, applications, geographical/regionalHealthcare Cloud Computing markets, and competitivelandscape.

Recent developments, market trendspresented by the Healthcare Cloud Computing market globallyare studying in association with studying in detail thecompetitive landscape of the Healthcare Cloud Computingmarket and the development status as determined by keyregions.

Click To Get a Sample PDF of Report @https://marketresearch.biz/report/healthcare-cloud-computing-market/request-sample/

Furthermore,the report defines the global Healthcare Cloud Computingmarket and segments like component, deploymentmodel, application, end user andregion Healthcare Cloud Computinggeographical/regional markets, and competitive outline. Anoverall segmentation evaluation of the global HealthcareCloud Computing market has been included in the report.Complete information about key segments of the HealthcareCloud Computing market and their growth expectations areavailable in the report. The in-depth analysis of theirsub-segments is also included in the Healthcare CloudComputing report. The revenue share and forecasts along withHealthcare Cloud Computing market projections are offered inthe report. Macroeconomic and microeconomic factors thatcurrently overcome and also those that are estimated to comeup are covered in this report.

ByUsing time-trusted analytic tools like SWOT analysis andPorters five forces analysis, the Healthcare CloudComputing report appraise information sourced to gaugemarket penetration, get an easy understanding of HealthcareCloud Computing consumer demographics, and analyze how samewould affect the Healthcare Cloud Computing industrysfuture course of action. By referring to historical data,the Healthcare Cloud Computing report estimated the growthdemonstrated by the Healthcare Cloud Computing market in thelast year and witnessed growth curve of the Healthcare CloudComputing market during the forecast period2021-2030.

Other important factors that have beenexactly studied in the global Healthcare Cloud Computingmarket report are: Healthcare Cloud Computing Demand andsupply dynamics, import and export scenario, industryprocesses and cost structures, and Healthcare CloudComputing Major R&D initiatives. Key vendors ofHealthcare Cloud Computing market arebelow:

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Withall this information the report provides recommendations andstrategies to Healthcare Cloud Computing new players,investors, suppliers/manufacturers. The global HealthcareCloud Computing market research study has been created usingkey inputs from industry expertise. In addition to this, thetrends and revenue analysis of the regional Healthcare CloudComputing market comparing to the global Healthcare CloudComputing market has been included in this report. This willgive a clear picture to the readers how the Healthcare CloudComputing market will grow worldwide during the forecastperiod.

- Whatwill the Healthcare Cloud Computing market size and thegrowth rate be in 2026?

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- Help for decision-making bystudying historical and future data on Healthcare CloudComputing market

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- Opportunities,threats faced by the players in Healthcare Cloud Computingmarket.

- List of the leading players in HealthcareCloud Computing market.

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