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Stocks making the biggest moves in the premarket: Credit Suisse, Tesla, Myovant Sciences and more – CNBC

October 4, 2022 | Author: admin

Take a look at some of the biggest movers in the premarket:

Credit Suisse (CS) Credit Suisse slid 6.1% in premarket trading after the bank sought to calm the fears of investors and clients about its financial health over the weekend in a series of phone calls.

Tesla (TSLA) Tesla dropped 5.7% in the premarket after announcing deliveries of over 343,000 vehicles during the third quarter. That number was a record high for Tesla and up 42% from a year ago, but below forecasts.

ViaSat (VSAT) ViaSat rallied 5.9% in premarket trading after the Wall Street Journal reported that the satellite company was close to a deal to sell a military communications unit to defense contractor L3Harris Technologies (LHX) for nearly $2 billion.

Myovant Sciences (MYOV) Myovant surged 31.3% in the premarket after the biopharmaceutical company rejected a bid by its largest shareholder, Sumitovant Biopharma, to buy the shares it doesn't already own for $22.75 per share. Myovant said the offer significantly undervalues the company.

Robinhood Markets (HOOD) Robinhood announced it was closing five additional offices, on top of closures announced in August as part of a restructuring. The newly announced closures for the trading platform operator will result in charges of about $45 million. Robinhood fell 1% in the premarket.

Vodafone (VOD) The telecom company's shares jumped 3.2% in premarket action after Vodafone confirmed a Sky News report that merger talks between Vodafone and UK rival Three UK have accelerated.

Stanley Black & Decker (SWK) The tool maker has eliminated about 1,000 finance-related jobs, according to The Wall Street Journal. Stanley Black & Decker is seeking to cut about $200 million in expenses as it deals with higher costs and slowing demand.

Freshpet (FRPT) Freshpet rose 2.3% in premarket trading after Barron's reported that the pet food company hired bankers to explore a possible sale.

Box (BOX) Box jumped 3.7% in the premarket after Morgan Stanley upgraded the cloud computing company's stock to "overweight" from "equal-weight," pointing to strong execution and a favorable competitive landscape.

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Businesses need to do more with their cloud investments – Express Computer

October 4, 2022 | Author: admin

By Jyoti Prakash, Regional Sales Director, India, and SAARC Countries, Splunk

In todays world of autonomous devices, self-driving cars, and robotics, the sense-think-act paradigm is becoming increasingly relevant to complex operations. As these technologies sense, think, and act, they can complete tasks automatically, and this applies to IT operations practices as well.

Today all companies are competing in the digital economy, be it your local restaurant, grocer, or bank. With digital experiences on a rise, companies big and small need to adopt the efficiency and flexibility that the cloud offers. In reality, there can be no business strategy without a cloud strategy. Leveraging the cloud has become imperative as organizations seek to accelerate the pace of their digital transformation, grow, scale, and innovate in order to keep up with the competition.

In fact, enterprises are now moving towards best-of-breed multi-cloud environments that offer enhanced flexibility, interoperability (avoids vendor lock-in), security, and compliance. IT leaders are well-aware that multi-cloud will dominate cloud strategy in the future.

IT Modernization Requires Multi-Cloud

According to Gartners IT Leadership Vision 2021, multi-cloud is among the top five technology trends helping drive business goals. Multi-cloud is the practice of using services from multiple cloud service providers which offers a rich set of options to solve rigorous needs across a diverse range of computing and business functions, thereby optimizing returns on investment. When businesses embrace this architecture, it also allows them to standardize the basicssecurity, compliance, availability, and more.

However, despite all the advantages of a multi-cloud approach, enterprises still struggle to extract maximum value from their cloud investment. Legacy infrastructures, siloed approaches, and piecemeal data insights are just some of the challenges that businesses face in the multi-cloud world resulting in greater complexity, slower innovation, and higher costs. To succeed in the era of multi-cloud, business leaders like CIOs, CTOs, and CISOs need to start embracing cross-functional capabilities and empower their security, IT, and DevOps teams with these three imperatives.

Data Analysis at Scale from Any Source

Big data makes it difficult to proactively detect, alert and direct investigations without a layer of data abstraction that lends operational simplicity and observability. It is also critical to establish security within the systems and be able to take in any data and metadata from any source and at scale. Taking in all data and analyzing and prioritizing it properly eliminates blind spots in distributed ecosystems that can create security vulnerabilities and hinder investigation and resolution. With end-to-end visibility, organizations can monitor and manage threats better, simplifying and strengthening their security posture efficiently.

But this is insufficient considering how often security teams are understaffed while organizations continue to expand their digital footprints. Relying on automation and orchestration will help teams detect, investigate, and respond quickly. Using automated playbooks, they can prioritize alerts, block suspicious activities, or even address a security breach at machine speed.

Real-Time Insights

Multi-cloud and hybrid cloud make full range visibility across the entire IT stack a challenge. To address this, organizations need to make their systems observable and visible across their IT ecosystem. Simply put, the more observable a system, the quicker cross-functional teams can diagnose problems.

Observabilitysolutions leverage data across clouds and on-prem to proactively detect, alert, and direct investigations and reduce performance issues. Observability solutions use metrics, traces, and logs as data types to understand and debug distributed systems. Today, security, IT and DevOps teams are realizing that their monitoring is fundamentally broken and that old ways of monitoring and troubleshooting are unsuitable for a more complex multi-cloud landscape.

When it comes to realizing the return of the investment made towards the cloud, observability leaders outperform beginners across several application developments and reliability KPIs. According to Splunks State of Observability report, observability solutions are helping promote cross-functional alignment. 69% of leaders attribute improved alignment among their ITOps, developer, and security teams to their use of observability solutions, compared to 60% of beginners. In this, it is heartening to learn that Indian organizations are ahead of the curve, with only 29% rated as beginners, as against 62% globally.

Analytics Across Distributed Systems

Finally, a key decision to ensure cloud success is to free up your developers. Another valuable IT resource, with the right tools that allow the custom application, developers can mitigate issues, ensure flawless applications performance, and scale per business needs. This allows them to spend more time innovating for customers, and building solutions toward achieving the best business outcomes. As such, multi-cloud is not just a play to optimize costs and/or to increase business resilience- it also spurs experimentation through choice, flexibility, and dynamism.

This disparate, new technology landscape demands a new data fabric. A unified platform and purpose-built solutions provide this backbone. It removes barriers between data and action, and powers comprehensive data strategies for IT, DevOps, and security teams, so they can operate and innovate faster. While organizations in India are prioritizing their cloud investments, more can be done to secure the success of their multi-cloud strategy.

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How to Effectively Use the Computing Power of GPU? Let’s – GlobeNewswire

October 4, 2022 | Author: admin

Warsaw, Poland, Sept. 30, 2022 (GLOBE NEWSWIRE) -- Over the past few years, there has been an ever-increasing demand for computational power. It was a time when the world was transitioning from conventional economic systems to a digitized and more revolutionized economy. Today, computing power is used for deep learning, video rendering, data analytics, fraud detection, in artificial intelligence, language processing and in many other areas. While previously computing power was only restricted to people and organizations that owned physical assets (GPU, CPU, hard drive etc.), now computing infrastructures can be based on the cloud. In practice, more and more people and companies use cloud platforms that act as a shared resource, instead of physical hardware. This innovation in computing infrastructure not only ensures more performance but also allows for the use of a shared resource more easily (for example anyone can connect from any place around the world). On top of that, it converts computing power into abstraction with no boundaries, more like an intangible asset that can be accessed, shared, and circulated.

When we look at IT market, we see that, high computing power is the need of the hour. Cloudia Exchange is a new project that connects people who have GPU resources with projects that need those resources. But before we discuss about the benefits of Cloudia Exchange, it is imperative to understand that,currently a lot of people's own computing power but they don't know how to use it effectively.In particular, these are people who were involved in cryptocurrency mining.

Why has cryptocurrency mining become more difficult recently?

Miners use GPUs that provide them with a high hash rate. As long as they are earning profits, they are willing to pay whatever it takes to get their hands on the latest technology of GPUs. Now, let's bring some economics into the discussion. While crypto mining has driven the demand for computing power absurdly high, a shortage of supply has also led to an imperfect market situation. During the global pandemic, the world was not only going through a health crisis but also a major supply chain failure. This resulted in a shortage of microchips and manufacturers were unable to produce GPUs. Consequently, a gap between supply and demand was created until now and was not corrected. Additionally, inflation all over the world has been at the highest magnitudes in the past few months. This also has a direct impact on the prices of electronics alongside all other commodities.

Factoring all of the issues mentioned above, crypto mining itself has become extremely difficult, especially for people that are new to the business. Mining farms spread across acres of land often hoard graphics cards limiting or restricting the access of smaller miners to the latest technology. Similarly, the high GPU prices are also unfavorable for new miners. Other than this, the cost of electricity is also a major concern because of the new oil and gas crisis.

It's worth noting that, most cryptocurrency miners focus on Ethereum mining. But buying a GPU at this moment is the last thing you would do because of the changes that have just occurred in Ethereum. As an attempt to reduce power consumption and the modernization of the Ethereum environment. Ethereum has shifted from a proof of work model to a proof of stake model. This can make the use of GPUs redundant and completely disrupt the GPU market.Thats why many miners looking for transition their rigs to work on AI and cloud computing projects.

Cloudia GPU Power Exchange

To get ahead of all of this, Cloudia Exchange offers a win-win situation for both GPU owners and people/institutions that require high computational power. Cloudia plans on connecting both of these sides where they can profit from each other under the only condition that ownership of these GPUs or other computational resources remains unchanged. In other words, the platform would create a pool of resources where people can chip in and earn profits while still claiming ownership of that piece of hardware.

Cloudia Exchange will be integrated with the blockchain. In other words, you will be able to log in to the platform with your wallet and be able to use all the features instantly. At the same time, you will be able to pay for computing power directly with cryptocurrencies, with lowest transaction fees and instant process. In result, Cloudia Exchange would integrate the resource owner and the people who need computing power and it would allow fluid payments between both the parties.

In addition, there will be a possibility to use staking platform. It will be a solution for passive income for token holders.

In conslusion, Cloudia Exchange envisions a future where renting GPUs or cloud computing is done seamlessly and does not require any hassle. The platform operates on minimal fees and wants to connect people that have hardware and people that need computing power.

More information about Cloudia Exchange at:

Website:http://cloudia.exchange

Telegram:https://t.me/cloudiaexchange

Twitter:https://twitter.com/CloudiaExchange

Whitepaper:https://cloudia.exchange/docs/Cloudia_Whitepaper.pdf

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How to Effectively Use the Computing Power of GPU? Let's - GlobeNewswire

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The Global Application Container Market size is expected to reach $12 billion by 2028, rising at a market growth of 33.1% CAGR during the forecast…

October 4, 2022 | Author: admin

ReportLinker

Multiple solutions can be created, upgraded, and deployed on a single OS kernel with the help of an application container platform. The technology enables the automation of several activities, including lifecycle management solution scaling, monitoring, scheduling, and upgrading.

New York, Oct. 03, 2022 (GLOBE NEWSWIRE) -- Reportlinker.com announces the release of the report "Global Application Container Market Size, Share & Industry Trends Analysis Report By Deployment Model, By Organization Size, By Vertical, By Regional Outlook and Forecast, 2022 - 2028" - https://www.reportlinker.com/p06321815/?utm_source=GNW Enterprises can improve their core skills, such as security, network connection, customer interactions, and end-to-end services level monitoring, with the use of application container technology.

It enables the end-user companies to reduce operating expenses and maximize the resource usage of their application infrastructure. Due to the expanding usage of hybrid cloud technologies, there has been an increase in interest in the application container market recently. Private and public clouds are used in hybrid cloud computing deployments.

The hybrid cloud computing model offers the cloud environment flexibility. Due to these system installations, businesses can keep their private and confidential data in remote clouds. Enterprises can improve their core skills, such as security, network connection, customer interactions, and end-to-end services level monitoring, with the use of application container technology. It enables the end-user companies to reduce operating expenses and maximize the resource usage of their application infrastructure.

COVID-19 Impact Analysis

IT operations are typically conducted via "working from home" arrangements, so the lockdown hasnt disrupted the application container market. As a result, application containers are still in high demand in the IT sector. In addition, application containers have been shown to improve productivity and application development while working from home. As a result, during the Covid-19 pandemic, all software organizations adopted the application container. Due to the prevalence of working-from-home arrangements in the information technology industry, the lockdown has primarily had little impact on the application container industry.

Market Growth Factors

Application Container Technology Becoming More Popular Than Virtual Machines

Due to the many advantages of application container technology over virtual machines, the industry is anticipated to grow more quickly. For instance, a virtual machine with its full operating system can be several gigabytes in size, whereas an application container is only 10 megabytes. Because of this, virtual machines and containers can both be hosted on the same server. Another significant advantage is that application containers can be started very immediately, as opposed to virtual machines, which may take several minutes to boot up their operating platforms and start running the apps they host.

Business Agility and Speed to Market are Becoming Increasingly Important

Coordination is necessary for businesses to expand and adapt to the escalating competition. Only by implementing cutting-edge technologies and creating and distributing contemporary applications will this be possible. Application containers speed up the development of applications by cutting down on testing time and simplifying testing procedures, resulting in increased agility. Container orchestration also simplifies the deployment of applications in various contexts, such as virtual or physical infrastructures and public, private, or hybrid clouds.

Market Restraining Factors

Application Container Sprawls Emergence

The practice of running several, uncontrollable instances of a program through containers and the ensuing high resource consumption are referred to as "container sprawl." In several situations, resource usage leaves less available for running practical containers. Additionally, the possibility of misconfiguration and improper handling of uncontrollable containers on a certain host raise those risks. The cost of the public cloud environment may increase due to container sprawl. Large businesses are more susceptible to container sprawls than Small and Medium-sized Businesses (SMEs).

Deployment Model Outlook

On the basis of deployment model, the Application Container Market is fragmented into On-premise and Cloud. The on-premise segment acquired the highest revenue share in the application container market in 2021. Due to ongoing development in on-premises deployment, this displays many cloud-like traits like high levels of virtualization and relative isolation from hardware limitations. On-premises refers to IT network elements, including hardware and software, that are hosted locally. IT assets hosted on a public cloud platform or a distant data centre contrast with this.

Organization Size Outlook

Based on organization size, the Application Container Market is classified into Small- & Medium-sized Enterprises (SMEs) and Large Enterprises. The small- & medium-sized enterprises (SMEs) segment recorded a substantial revenue share in the application container market in 2021. It is because small businesses upgrade their essential competencies, including client relations, security, network connectivity, and end-to-end services level monitoring, due to the application container technology. The application container enables end-user companies to reduce operating costs and maximize the resource usage of their application infrastructure.

Vertical Outlook

By Vertical, the Application Container Market is segmented into Telecom & IT, Government, Healthcare, BFSI, Retail, education and others. The telecom & IT segment garnered the highest revenue share in the application container market in 2021. Containers have emerged as a highly important enabling technology. As part of the digital transformation projects, numerous organizations are primarily focusing on replacing their traditional, manually-based IT jobs with software that can automate the test, installation, and runtime procedures.

Regional Outlook

Region-wise, the Application Container Market is analysed across North America, Europe, Asia Pacific and LAMEA. The North America region acquired the largest revenue share in the application container market in 2021. Due to factors like the presence of cutting-edge ICT infrastructure in the area, ongoing R&D effort by technology providers, and a vast cloud network built by major cloud service providers. With the ample availability of the supporting infrastructure needed for the deployment of cutting-edge analytics and the existence of top cloud service providers, the market for application containers will maintain its trend of dominance during the projection period.

The major strategies followed by the market participants are Partnership. Based on the Analysis presented in the Cardinal matrix; Google LLC, Microsoft Corporation and Amazon Web Services, Inc. are the forerunners in the Application Container Market. Companies such as Joyent, Inc., IBM Corporation and SAP SE are some of the key innovators in Application Container Market.

The market research report covers the analysis of key stake holders of the market. Key companies profiled in the report include Amazon Web Services, Inc. (Amazon.com, Inc.), Google LLC, IBM Corporation, SAP SE, Microsoft Corporation, Broadcom, Inc. (CA Technologies), Rancher Labs, Inc. (SUSE SE), Joyent, Inc. (Samsung Group), Docker, Inc. (Mirantis), D2iQ

Recent strategies deployed in Application Container Market

Partnerships, Collaborations & Agreements

Aug-2022: AWS partnered with Bridgestone, the worlds largest tire and Rubber Company. Following this partnership, the companies aimed to develop a Platform as well as introduce new customer service solutions. Moreover, Bridgestone would also leverage AWS capabilities with the aim to expedite this development and launch procedure.

Aug-2022: AWS teamed up with the tax division of the Department of Justice. With this collaboration, AWS aimed to help the entity in developing an application intending to aid its partner, TechConsulting in building an enterprise-level application utilizing tools within AWS GovCloud.

Jul-2022: D2iQ partnered with Aqua Security, the largest pure-play cloud-native security company. Under this partnership, the companies aimed to jointly develop a solution in order to allow organizations to provide a seamless DevSecOps experience that augments the secure smart cloud-native applications deployment.

Jun-2022: SAP partnered with LeanIX, a Software-as-a-Service (SaaS) company. Through this partnership, the companies aimed to integrate enterprise architecture and process excellence in order to help IT architects, business leaders, and IT asset managers.

May-2022: AWS joined hands with MHP, leading international management, and IT consultancy. Following this collaboration, the company aimed to further support cloud transformation within mobility and manufacturing. Moreover, MHP would also introduce its own software product portfolio over AWS to allow customers to accelerate time to market, reduce operational costs, and minimize implementation complexities.

May-2022: D2iQ entered into a partnership with GitLab, an open-core company. This partnership aimed to bolster the deployment of smart cloud-native applications with the aim to allow customers to operate the GitLab Kubernetes Operator across the D2iQ Kubernetes Platform to offer consistent upgrades, security, and deployment policies for applications and infrastructures.

May-2022: AWS Collaborated with IBM, an American multinational technology. Following this collaboration, the companies aimed to deploy IBM Software-as-a-Service on AWS.

Feb-2022: IBM entered into a partnership with SAP, a German multinational software company. Following this partnership, the companies aimed to aid customers in migrating Workloads from SAP solutions to the IBM Cloud.

Jul-2021: SAP came into a partnership with Google Cloud, a suite of cloud computing services. Through this partnership, the companies aimed to enable customers to make choices without increasing complexities and costs.

Jun-2021: AWS came into a partnership with Axis Bank, an Indian financial and banking services company. With this partnership, the companies aimed to accelerate digital transformation. In addition, AWS would offer on-demand cloud computing services to businesses in order to expedite the transformation of the bank.

Jun-2021: AWS entered into a partnership with Salesforce, an American cloud-based software company. Under this partnership, the companies aimed to streamline the use of the full set of AWS and Salesforce capabilities for users in order to allow them to simply develop and deploy robust new business applications, accelerating digital transformation.

Apr-2021: AWS teamed up with DISH Network, an American television provider. Under this partnership, DISH Network would develop its 5G network on AWS to fulfill the increasing demands of customers.

Dec-2020: AWS came into an agreement with ViacomCBS, an American multinational mass media and entertainment conglomerate. Under this collaboration, AWS would become the preferred cloud provider for the global broadcast media operations of ViacomCBS. Moreover, ViacomCBS would also migrate its entire broadcast footprint to AWS.

Aug-2020: SAP entered into a partnership with HPE, an American multinational information technology company. Following this partnership, the companies aimed to deliver the SAP HANA Enterprise Cloud in integration with HPE GreenLake cloud services to provide SAP HANA Enterprise Clouds customer edition with an automated and consistent cloud experience.

May-2020: Docker collaborated with Microsoft Azure, the cloud computing service of Microsoft. With this collaboration, the companies aimed to allow developers to use native Docker commands in order to operate applications in Azure Container Instances for an impeccable cloud-native applications developing experience.

Product Launches and Product Expansion

May-2022: Docker launched the Docker Extensions. Through this launch, the company aimed to boost developer productivity by allowing them to discover and leverage complementary development tools over the Docker Desktop.

Mar-2022: Google introduced Google Cloud Contact Center AI Platform into its Contact Center AI offerings. This collaboration aimed to integrate the benefits of cloud scalability, AI, multi-experience capabilities, and customer relationship management platforms with the aim to unify sales, support, and marketing teams across data.

Nov-2021: Microsoft launched Azure Container Apps, a fully managed serverless container service. This launch aimed to complement the existing container infrastructure services of the company.

May-2021: SAP introduced Honeywell Forge Real Estate Operations in collaboration with Honeywell. The new solution aimed to extend Honeywell Forge enterprise performance management softwares capabilities. Moreover, the new Cloud-based SaaS portfolio would offer increased visibility to customers over how their buildings are performing.

Apr-2021: IBM rolled out Advanced Storage Solutions. This product launch aimed to streamline data availability as well as accessibility over Hybrid Clouds. Moreover, the company also aimed to ship new container-native software-defined storage solutions to aid businesses in expanding data availability across complex hybrid clouds for enhanced business performance and resilience.

Jan-2021: Microsoft introduced Application Guard, a feature that opens untrusted files in a sandbox. Through this launch, the company aimed to offer enhanced protection to Microsoft Word, PowerPoint, and Excel documents from potential malware and threats.

Oct-2020: Rancher Labs rolled out Rancher 2.5, the latest version of its eponymous software. This launch aimed to offer an improved single cluster management experience expanded cloud distribution support, application deployment at scale expanded, as well as new security, hardened and certified Kubernetes distribution.

Mergers & Acquisition

Mar-2022: Google took over Raxium, an innovator in single-panel MicroLED display technologies. With this acquisition, the company aimed to complement its objective to construct beneficial services and devices to enhance the daily lives of customers.

Feb-2022: IBM acquired Neudesic, a leader in providing cloud services. Through this acquisition, the company aimed to expand its hybrid multi-cloud services offerings along with advancing the AI and hybrid cloud strategy of the company.

Jun-2021: IBM took over Turbonomic, an enterprise software company. Through this acquisition, the company aimed to offer Comprehensive AIOps Capabilities to Hybrid Cloud in order to aid customers in expediting their journey to AI and hybrid cloud.

Apr-2021: Microsoft completed its acquisition of Kinvolk, a software development company. This acquisition aimed to expedite container-optimized innovation by prioritizing the ability to run Kubernetes remotely.

Scope of the Study

Market Segments covered in the Report:

By Deployment Model

On-premise

Cloud

By Organization Size

Large Enterprises

Small- & Medium-sized Enterprises (SMEs)

By Vertical

Telecom & IT

Healthcare

BFSI

Retail

Government

Education

Others

By Geography

North America

o US

o Canada

o Mexico

o Rest of North America

Europe

o Germany

o UK

o France

o Russia

o Spain

o Italy

o Rest of Europe

Asia Pacific

o China

o Japan

o India

o South Korea

o Singapore

o Malaysia

o Rest of Asia Pacific

LAMEA

o Brazil

o Argentina

o UAE

o Saudi Arabia

o South Africa

o Nigeria

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The Global Application Container Market size is expected to reach $12 billion by 2028, rising at a market growth of 33.1% CAGR during the forecast...

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CHESS Health Introduces Spanish Language Edition of its Successful Connections App Supporting … – The Bakersfield Californian

October 4, 2022 | Author: admin

Rochester, NY, Oct. 03, 2022 (GLOBE NEWSWIRE) -- CHESS Health, the leading provider of evidence-based digital health solutions addressing the individual and societal crisis of substance use disorder (SUD), today announced the launch of Conexionesthe Spanish-language edition of its Connections smartphone app. With Conexiones, individuals in Hispanic, Latin(a/o), Latinx communities can directly access personalized recovery support resources to complement SUD treatment any time of the day or night.

CHESS Health aims to increase support for every individual with SUD, wherever they are, and improve overall outcomes, said Hans Morefield, Chief Executive Officer, CHESS Health. A key aspect of the Conexiones app is based on peer-reviewed research that demonstrates the lasting effect of connectedness on long-term recovery from SUD by reducing feelings of isolation that can contribute to relapse. We are incredibly proud to offer Spanish-speaking individuals a safe, supportive peer community, where viable options did not exist before.

Conexiones is based on CHESS Healths original Connections app, which uniquely blends digital recovery tools with compassionate peer support. The app has been proven to help individuals maintain long periods of abstinence, improve patient retention, reduce the risk of relapse, and result in cost of care savings. The new Conexiones app provides the same evidence-based features available in the original app, while addressing particular challenges often faced by members of Latinx communities.

Collective experiences are essential to healing from SUDs, said Dr. Anna Lee, DSW, MSW, LCSW, Director of Innovation at Social Model Recovery Systems, an early adopter of the Conexiones app. By providing Conexiones, were equipping our Spanish-speaking participants with culturally mindful resources and support. These are critical components that will enhance their recovery experience while reducing disparities in treatment that exist today.

The 2018 National Survey on Drug Use and Health finds that 7.1 percent of Hispanic Americans have a substance use disorder, and 3 percent of Hispanic Americans have an illicit drug use disorder. While these rates do not differ greatly from the overall U.S. population, there is a gap when it comes to treatment. Studies show Hispanic Americans have less access to SUD treatment and must wait longer to access such services when compared to non-Hispanics. According to the Substance Abuse and Mental Health Services Administration (SAMHSA), 91 percent of Hispanic Americans are unable to receive SUD treatment at a specialty facility.

CHESS Health partners with healthcare providers, community organizations, state and local government, and health plans to deliver the Conexiones and Connections apps to help increase access to patient-centered care. At the heart of these apps is a team of certified peer recovery support specialistsall with lived experiencewho moderate online discussion groups and provide one-on-one support for individuals who may be feeling at risk for relapse. In addition to live support, the app features daily motivations, digital cognitive behavioral therapy (CBT) programs, sobriety and recovery tracking, journaling, educational content, and appointment reminders.

The new Conexiones app offers culturally appropriate content and peer support from native Spanish speakers; strategies to support special or high-risk populations, such as those with co-occurring mental health disorders, pregnant women, parents, and caregivers; and individuals in need of occupational and social support, including immigration. The app has been designed to help patients strengthen their recovery between visits, provide confidential support that extends beyond traditional therapy, help reduce isolation while building confidence and motivation, and provide a clear path to follow throughout recovery, with affirmative checkpoints.

Conexiones represents a significant component within the CHESS Health suite of solutions, which span the entire lifecycle of SUD managementfrom prevention and intervention to treatment and recovery, said Morefield. Together, we can break the stigma, tear down barriers, and support every individual with SUD in finding their path to long-term recovery.

# # #

About CHESS Health

CHESS Health is the leading provider of evidence-based digital health solutions addressing the individual and societal crisis of substance use disorder (SUD). Solutions are offered in partnership with healthcare providers, community organizations, state and local government, and health plans. The CHESS Health platform spans the entire lifecycle of SUD managementfrom prevention and intervention to treatment and recoveryand is proven to achieve higher abstinence rates, reduce the risk of relapse, and lower the overall cost of care. Through CHESS Healths current partnerships, statewide initiatives have been implemented across New Mexico, Oklahoma, and West Virginia. For more information, visit http://www.chess.health.

Media Contacts

Tracy Simon Barbara Link

267.679.2774 610.668.2855

tracy@albertcommunications.com barbara@albertcommunications.com

Jennifer Russo CHESS Health 2019564860 jrusso@chess.health

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The Global Cloud Computing Market size is expected to reach $1143.2 Billion by 2028, rising at a market growth of 15.0% CAGR during the forecast…

October 4, 2022 | Author: admin

ReportLinker

Cloud computing helps in running business operations quickly and effectively in response to changing market conditions. It has opened up previously unimaginable opportunities to develop a very engaging consumer experience.

New York, Sept. 29, 2022 (GLOBE NEWSWIRE) -- Reportlinker.com announces the release of the report "Global Cloud Computing Market Size, Share & Industry Trends Analysis Report By Service Type, By Deployment, By Enterprise Size, By End-use, By Regional Outlook and Forecast, 2022 - 2028" - https://www.reportlinker.com/p06321915/?utm_source=GNW By the help of the cloud computing, people and businesses have changed their behavior, and multiple business lines are now able to get things done by skirting IT regulations.

Fundamentally, corporate spending, digital business decisions, and vendor & technology selection are all being impacted by cloud developments. Emerging technologies like artificial intelligence (AI) and ML (machine learning) make it possible for businesses to use AI capabilities, which promotes cloud expansion. Rapid digitalization is forcing organizations to change their application and infrastructure landscapes in order to improve cost effectiveness along with business agility.

By integrating cloud solutions and services, businesses may support their new core business operations, move corporate workloads to a cloud platform, and lower network latency. Data security and privacy are organizations top priorities, which necessitates digital protection for information storage, use, and transmission. Some of the crucial security services provided by the vendors include data encryption, authorization management, cloud integration, access control, communication security, monitoring & auditing, and business continuity services.

Because cloud computing services offer insights into partnership methods, go-to-market plans, alliances, investments, alliance and acquisition strategies, and best operational practices, businesses are embracing them. Cloud computing services also make it easier to track, compare, and evaluate business activities and make sure that business operations are in accordance with client requests.

COVID-19 Impact Analysis

One of the biggest changes in the workplace is anticipated to result from the pandemic. In order to speed up Industry 4.0, the fourth industrial revolution, it is changing how companies use smart technologies like mobile supercomputing, big data, IoT, and artificial intelligence. In Q3 2020, the cloud computing market saw an increase in demand as businesses continued to move workloads from analog to digital formats. To maintain the well-being of employee along with operational efficiency, many businesses from a number of industries have switched to the work-from-home model, which has raised the demand for Software-as-a-Service (SaaS)-based solutions.

Market Growth Factors

Reduced Infrastructure And Storage Costs & Increased Return On Investments

The upfront setup as well as ongoing maintenance costs of on-premises data hosting are a matter to concern for businesses. Additional worries for businesses include downtime issues, staff costs, and electricity costs. The adoption of cost-effective strategies to rebuild business models has intensified due to the existing competitive environment and economic conditions of the world. Some of the other variables that would support the acceptance of cloud computing services and, eventually, reduce the business costs include the shifting business priorities toward digital transformation and the speeding consumer experience.

More People Are Using Hybrid Cloud Services

Businesses with current infrastructure are embracing cloud computing services and are prepared to use a hybrid strategy so they may profit from both on-premises and cloud services. Due to the certain advantages, such as no upfront infrastructure setup fees as well as the availability of computing services on demand, SMEs are widely adopting cloud computing services. These elements are supporting the surge in demand for cloud services in various organizations. Improved workload management, more security & compliance, and effective integration within DevOps teams are all advantages of the hybrid cloud.

Market Restraining Factors

Critical Data Loss And Corporate Operations Being Damaged By Cyberattacks

Cloud computing services assist businesses in increasing operational effectiveness and cutting costs. Additionally, these services have a number of benefits, such as scalability, flexibility, and agility. The data stored in the cloud is still vulnerable to hackers even though the cloud provides a number of advantages and security precautions. The amount of data being produced is growing, and businesses are starting to take more steps toward digital transformation. Enterprise data is exposed to risk from cyberattacks like Specter, Meltdown, cloud malware injection assaults, account or service hijacking, and man-in-the-cloud attacks.

Service Type Outlook

On the basis of service type, the cloud computing market is classified into infrastructure as a service (IaaS), platform as a service (PaaS), and software as a service (SaaS). The IaaS segment covered a substantial revenue share in the cloud computing market in 2021. The demand for IaaS is increasing due to the rising desire to minimize IT complexity, engage a qualified workforce to manage the IT infrastructures, and lower deployment costs for data centers.

Deployment Outlook

By deployment, the cloud computing market is divided into public, private, and hybrid. The hybrid segment acquired a significant revenue share in the cloud computing market in 2021. The hybrid model has been the most popular implementation methodology across sectors. Many businesses are putting more emphasis on creating hybrid cloud models and clever strategies to help improve business operations, resource consumption, cost efficiency, user experience, and application modernization while maximizing the benefits.

Enterprise Size Outlook

On the basis of enterprise size, the cloud computing market is fragmented into large enterprises, and small & medium enterprises. The small and medium-sized enterprises (SMEs) segment acquired a significant revenue share in the cloud computing market in 2021. The rise is attributable to the expansion of SMEs in developing nations like China as well as India. The market is also expected to grow as a result of an increase in SMEs need for cloud computing services to streamline workflow and save operating expenses.

End- User Outlook

Based on end-user, the cloud computing market is segmented into BFSI, IT & telecom, retail & consumer goods, manufacturing, energy & utilities, healthcare, media & entertainment, government & public sectors and others. The BFSI segment witnessed the highest revenue share in the cloud computing market in 2021. Moneylenders have adopted digital transformation as a result of a growth in online banking activity in the BFSI industry, with cloud computing playing a crucial part in this strategy.

Regional Outlook

Region wise, the cloud computing market is analyzed across North America, Europe, Asia Pacific and LAMEA. In 2021, the North America segment accounted the maximum revenue share in the cloud computing market. Companies in the United States prioritize digital transformation, and they are frequently seen as early adopters of cutting-edge technologies like the Internet of Things (IoT), big data analytics, additive manufacturing, connected industries, AI, augmented reality (AR), machine learning (ML), and virtual reality (VR), as well as the newest telecommunications technologies like 4G, 5G, and LTE.

The major strategies followed by the market participants are Partnerships. Based on the Analysis presented in the Cardinal matrix; Google LLC and Microsoft Corporation are the forerunners in the Cloud Computing Market. Companies such as Amazon.com Inc., IBM Corporation, Adobe, Inc. are some of the key innovators in Cloud Computing Market.

The market research report covers the analysis of key stake holders of the market. Key companies profiled in the report include Google LLC, IBM Corporation, Oracle Corporation, Amazon.com, Inc., Microsoft Corporation, SAP SE, Salesforce.com, Inc., Adobe, Inc., Alibaba Group Holding Limited, and Workday, Inc.

Recent Strategies Deployed in Cloud Computing Market

Partnership, Collaboration and Agreement:

Jul-2022: Oracle collaborated with Claro, a Mexican telecom group. This collaboration focused on jointly offering Oracle Cloud Infrastructure (OCI) services to the public as well as private sector organizations and enterprises in Colombia. In addition, the collaboration would accelerate the technology modernization of businesses and customers across Latin America. The collaboration with Claro would also accelerate cloud adoption, stimulate economic recovery, and spur competitiveness in these nations.

Jun-2022: Oracle entered into a partnership with Kyndryl, an IT infrastructure services provider. From this partnership, the companies aimed at helping consumers accelerate their journey to the cloud by delivering managed cloud solutions to enterprises all over the world. This partnership would expand the companys reach, helping more consumers across the world move critical workloads to the cloud.

Jun-2022: AWS signed an agreement with Redington India, an information technology (IT) provider. From this agreement, the companies focused on driving cloud technology adoption in India. Also, this agreement would enable AWS to extend the power of the AWS Cloud to more partners and customers across the metros, and tier-2 and 3 cities in India.

May-2022: IBM joined hands with Amazon Web Services, a subsidiary of Amazon that provides on-demand cloud computing platforms. The company focused on offering a broad array of its software catalog as Software-as-a-Service (SaaS). Through this collaboration, IBM took another major step in giving organizations the ability to choose the hybrid cloud model that works best for their own needs and workloads, freeing them up to instead focus on solving their most pressing business challenges.

May-2022: Oracle partnered with Informatica, an enterprise cloud data management leader. This partnership would bring compelling value to the companies joint consumers with the fastest, most cost-effective path to OCI.

Mar-2022: Google teamed up with Adani Group, an Indian multinational conglomerate. Under this collaboration, The Adani Group would drive up the next phase of digital innovation across its diversified business portfolio. The collaboration would tap into the companies expertise across best-in-class infrastructure, technology, and industry solutions to modernize the Adani Groups IT operations at scale.

Mar-2022: Microsoft partnered with FD Technologies, a group of data-driven businesses. Through this partnership, the companies focused on expanding the reach of its KX Insights streaming data analytics platform. With the combination of Microsofts Intelligent Cloud capabilities with KX technology and expertise, the companies would look forward to empower the capital markets and financial services, consumers, with latest, compelling solutions for faster decision-making and innovation

Feb-2022: Microsoft signed an MoU to collaborate with Larsen & Toubro, an Indian multinational conglomerate company. The collaboration focused on developing a regulated sector-focused cloud offering. In addition, the collaboration aimed to support the public sector and the other regulated industries as they seek to accelerate digital services to benefit all parts of India.

Feb-2022: Google Cloud collaborated with Elisa, finnish telecommunication & digital services producer. This collaboration aimed at accelerating Elisas cloud transformation journey and working together on joint innovations in several areas. Further, this collaboration would enable Elisa to leverage Google Clouds infrastructure, advanced data analytics, storage, and hybrid cloud management services to speed up its go-to-market activities, explore the latest edge computing possibilities, and build improved experiences for Elisas consumers.

Feb-2022: AWS came into a partnership with Kyndryl, the worlds largest IT infrastructure services provider. The partnership aimed at empowering, educating, and allowing thousands of AWS certified practitioners and developing joint solutions that would accelerate consumers journeys and help them innovate on the worlds leading cloud.

Jun-2021: Amazon Web Services extended its existing partnership with Salesforce, an American cloud-based software company. By the expansion of the partnership, the companies would make it easy for consumers to utilize the whole set of Salesforce and AWS abilities together to quickly build and deploy powerful latest business applications that accelerate digital transformation.

Jun-2021: Amazon Web Services signed an agreement to partner with Axis Bank, an Indian banking and financial services company. The Amazon subsidiary provides on-demand cloud computing services to organizations across the world and would help to accelerate the banks transformation in face of growing demand for digital services. Under this partnership, the AWS would help Axis Bank build and rise a suite of digital banking services that evolve with technology changes, introduce the latest payment modes, and support evolving customer and business requirements in India.

Dec-2020: Microsoft teamed up with Johnson, an American multinational corporation. The collaboration aimed to digitally transform how buildings and spaces are conceived, built, and managed. By integrating the power of Azure Digital Twins with JCIs OpenBlue Digital Twin platform, this collaboration would serve consumers with a digital replica and actionable insights to better meet their evolving requirements.

Product Launch and Product Expansion:

Jun-2022: Salesforce introduced Sales Cloud Unlimited, a unified platform with everything sales teams in one place. The companies aimed to drive growth and turn sales reps into trusted advisors. Sales Cloud is an all-in-one platform for sales where AI (powered by Einstein), automation, and analytics come standard, allowing every sales rep to be more efficient.

Jun-2022: Salesforce launched new Customer 360 innovations. This launch aimed to help companies tap into the power of automation so they can focus on what matters most driving productivity and building trusted relationships with consumers.

Dec-2021: IBM launched Cloud Modernization Center, a digital front door to a vast array of tools, training, resources, and ecosystem partners. The launch aimed at helping IBM clients accelerate the modernization of their applications, data, and processes in an open hybrid cloud architecture. As part of the IBM Z Cloud and Modernization Center, clients could access a digital journey showcasing comprehensive resources and guidance for business professionals, IT executives, and developers alike.

Dec-2021: Adobe unveiled Creative Cloud Express, a simple, template-based tool. This latest tool would allow drag-and-drop content creation, empowering every user to express their creativity with just a few clicks.

May-2021: Google Cloud launched Vertex AI, the latest managed machine learning platform. Vertex AI is designed to make it easier for developers to deploy and maintain their AI models. This latest product allows better deployments for a new generation of AI that would empower data scientists and engineers to do fulfilling and creative work. Ultimately, the goal with Vertex is to reduce the time to ROI for these enterprises, to make sure that they cannot just build a model but get real value from the models theyre building.

Mar-2021: IBM released IBM Cloud Satellite, an extension of the IBM Public Cloud. The IBM Public Cloud would enable its enterprise clients to launch consistent cloud services anywhere and in any environment across any cloud, on-premises, or at the edge.

Acquisition and Merger:

Mar-2022: SAP SE acquired Taulia, a leading provider of working capital management solutions. This acquisition aimed to expand SAPs business network and strengthen SAPs solutions for the CFO office. Taulias solutions would be tightly integrated into SAP software as well as continue to be available standalone. In addition, Taulia would operate as an independent company with its own brand within the SAP Group.

Mar-2022: Microsoft took over Nuance Communications, a leader in conversational AI and ambient intelligence industries. This partnership aimed to bring together Nuances best-in-class conversational AI and ambient intelligence with Microsofts secure as well as trusted industry cloud offerings. Also, this partnership would help providers offer more affordable, effective, and accessible healthcare, and help businesses in every industry create more personalized and meaningful customer experiences.

Feb-2022: IBM acquired Sentaca, a provider of telco consulting services and solutions. This acquisition focused on improving its hybrid cloud capabilities. Through this acquisition, Sentaca would become part of IBM Consulting and would be integrated into its Hybrid Cloud Services business in North America.

Nov-2021: IBM completed the acquisition of SXiQ, an Australian digital transformation services company. This acquisition aimed to bring additional hybrid and multi-cloud expertise that is at the core of open innovation for clients. SXiQ would improve IBM Consultings abilities in Australia and New Zealand to modernize applications and technology infrastructure in the cloud.

Jun-2021: IBM took over Turbonomic, an Application Resource Management (ARM) and Network Performance Management (NPM) software provider. This acquisition aimed to enable IBM to become the only company providing a one-stop shop of AI-powered automation capabilities, all built on Red Hat OpenShift to run anywhere.

Dec-2020: IBM acquired FinTech Expertus Technologies, a Montreal-based fintech company. By the acquisition, IBM would gain consulting experience from Expertus on addressing the latest challenges in payments coming in the next several years. Also, the acquisition would broaden IBMs capability to deal with complicated integrations of technologies, people, and processes.

Dec-2020: Adobe acquired Workfront, the leading work management platform for marketers. The acquisition aimed to give leading brands access to a single system to support planning, collaboration, and governance, to unlock organizational productivity.

Dec-2020: Google signed an agreement to acquire Actifio, a privately held information technology firm. Under this acquisition, Actifios business continuity solutions would help Google Cloud consumers prevent data loss and downtime because of network failures, external threats, human errors, and other disruptions.

Feb-2020: Google Cloud took over Looker, a Santa Cruz data analytics company. The acquisition aimed to strengthen the companys analytics and data warehouse capabilities, which include BigQuery, allowing the consumers to address some of their toughest business challenges, faster all while maintaining complete control of their data.

Scope of the Study

Market Segments covered in the Report:

By Service Type

Software as a Service (SaaS)

Platform as a Service (PaaS)

Infrastructure as a Service (IaaS)

By Deployment

Public

Private

Hybrid

By Enterprise Size

Large Enterprises

Small & Medium Enterprises

By End-use

BFSI

IT & Telecom

Retail & Consumer Goods

Manufacturing

Media & Entertainment

Energy & Utilities

Healthcare

Government & Public Sector

Others

By Geography

North America

o US

o Canada

o Mexico

o Rest of North America

Europe

o Germany

o UK

o France

o Russia

o Spain

o Italy

o Rest of Europe

Asia Pacific

o China

o Japan

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The Global Cloud Computing Market size is expected to reach $1143.2 Billion by 2028, rising at a market growth of 15.0% CAGR during the forecast...

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Microsoft Claims Reduction in Cloud Cost from Migrating Internal Services to .NET 6 – InfoQ.com

October 4, 2022 | Author: admin

Microsoft has migrated several internal services running on the Azure cloud from .NET Framework to .NET 6, which the company claims has reduced the cost of cloud infrastructure by 29%, while simultaneously increasing performance and latency reduction by up to 50%.

Microsoft released .NET 6 in November 2021, announcing massive performance improvements all over the board. The performance improvements of .NET 6 are mainly due to optimisations in JIT (just-in-time) compiler, garbage collector, moving threading code from unmanaged to managed code, optimising async operations in several scenarios, and improving the performance of data structures such as arrays or file system access classes.

Since the release, Microsoft and other companies have shared experiences and results from migrating older versions of .NET to .NET 6.

Azure Active Directory gateway service moved to .NET 6 in September 2021, when the release candidate versions were available. They claimed a 30% decrease in CPU usage while hosting the same workload of requests per second. During the migration, they found some minor issues, and they coordinated with the .NET team to fix them. One of the biggest changes was removing the previous dependency on IIS to serve HTTP requests using HTTP.sys directly from Windows operating system.

Microsoft Commerce, a collection of around 700 revenue-related microservices, experienced a long migration towards .NET Core starting in 2019. Over time, the team migrated from Azure Windows VMs to Linux Kubernetes clusters, also migrating the .NET Framework to .NET Core 3.1, then .NET 5, and finally .NET 6. They observed improvements of 78% latency reduction in some cases, while the final Azure cost savings were around 30% in CPU usage. During the migration, the Microsoft Commerce team also removed some implicit Windows dependencies and moved away from IIS towards a cross-platform Kestrel web server.

Microsofts Teams infrastructure platform, called IC3 (Intelligent Conversations and Communications Cloud), also migrated to .NET 6 in May 2022. They claimed a 29% reduction in Azure compute costs due to getting the same throughput with fewer virtual machines, and a 30-50% latency reduction while increasing the stability and reliability of the services. While the migration is not yet complete, more than a third of the 200 services already run on the latest long-term supported version of .NET. The team invested heavily in analysing the dependencies of their .NET code and mitigated the risk of migration using shims and running code side-by-side.

Azure CosmosDB API gateway migrated to .NET 6 in January 2022. They claimed significant CPU usage reduction, memory footprint reduction and latency reduced to a fifth of the previous one. The team highlighted improvements in HTTP request handling in the Kestrel server, ValueTask optimisations for asynchronous operations, and memory-intensive operations support with Span structures in .NET 6.

Azure Web Applications, one of the most used services in Azure for web application developers, migrated their implementation during the first half of 2022 from IIS to Kestrel and YARP (an open-source reverse proxy) with .NET 6. They claimed almost 80% of the increase in throughput and a significant CPU usage reduction. Removing Windows dependencies with Kestrel and .NET 6 enabled them to use the same codebase for their Windows and Linux web application services, reducing the cost of maintenance.

Open-source .NET projects are also benefiting from the .NET 6 performance improvements. A service that reads and processes AIS messages, broadcasted by maritime traffic, claims 20% performance improvement with no code changes at all, just migrating from .NET Core 3.1 to .NET 6.

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StorPool takes its software-defined storage to the AWS cloud – ComputerWeekly.com

October 4, 2022 | Author: admin

Ten times less latency than other storage solutions and one million IOPS from a single node those are the claims of StorPool, which sells distributed and virtualised software-defined storage, for datacentre deployment to date, but now also available on the AWS cloud.

It was AWS that came to us to propose the offer of extremely performant storage alongside its online storage services, said Boyan Ivanov, CEO of StorPool, in a conversation with ComputerWeekly.coms French sister publication LeMagIT during a recent IT Press Tour event.

In fact, a StorPool unit on AWS allows online applications to achieve 1,200 IOPS, which compares to the 250 IOPS from the AWS Elastic Block Storage service that attaches directly to VMs [virtual machines].

Ivanov said AWS doesnt market StorPool among its services, but StorPool can install its system on AWS VMs.

StorPool claims that its software-defined storages high performance comes from not being burdened by too many storage functions. For example, block access has been the main focus, as used by transactional databases (ie, applications that have the most need for the most IOPS), OSs that read and write their volumes to virtual machines or their persistent containers.

Traditional storage arrays are too complex not elastic enough for modern use cases, said Ivanov. The best measure of performance now is latency in other words, the speed your storage responds to your application or your systems. Its in that way that we have developed our software-defined storage.

Ivanov said enterprises can add third-party file services to StorPool so a portion of the disk works as NAS. What is important is that you have a pool of storage that is faster than the basic offer, he added.

StorPools software is installed on at least three servers and these present their drives like a virtual SAN to other machines on the LAN. That is pretty similar to software-defined storage like VMware vSAN and DataCore SANsymphony. But StorPool claims its code is better optimised and that its performance depends on an emphasis on the RAM of each node in the cluster.

We use 1GB of RAM and a complete virtual machine per node to manage up to 1PB of data, said Boyan Krosnov, technical director at StorPool. Thats the key to offering better performance than arrays from Pure Storage or NetApp all-flash.

When applications are deployed on the same server as the StorPool VM, latency to data on another node can be as low as 70. Thats just 1.5x the latency when the application directly accesses NVMe on the same server. And when data is on the same server, its latency under StorPool is divided by two compared with direct access. Thats down to parallelised NVMe access with StorPool, not the host OS.

StorPool doesnt use host OS drivers, said Krosnov. It uses ones weve developed that allow for an optimised RAID for NVMe SSDs, but also for network cards that connect the nodes.

In its most recent version v20 StorPool supports NVMe-over-TCP, which can connect nodes to external disk shelves or have them operate as a target for other servers on the LAN.

NVMe-over-TCP offers low-cost storage networking, but at speeds to match NVMe SSDs. StorPool claims that an application connected via 100Gbps Ethernet can actually move data at 10GBps, which is the maximum authorised on such a connection.

Elsewhere in v20, StorPool has broken with former habits to offer NFS-based NAS functionality, with a maximum capacity of 50TB.

StorPools headline customers include Nasa, the European Space Agency and CERN. Last year, integrator Atos announced StorPool would be deployed as storage to its supercomputer projects.

StorPool is also available on AWS for its I3en.metal bare metal storage and r5n compute instances. According to a series of tests carried out by the software maker, such services as measured by UK-based hosting provider Katapult stayed under 4 milliseconds response time with databases at 10,000 requests per second. By comparison, AWS native block storage service EBS is limited to 4,000 requests, and other competitors 2,000.

The problem with block storage services in the cloud is that they are not elastic, said Krosnov. After a certain level of access requests, the server uses other SSDs, meaning SSDs that arent directly connected to the PCIe bus. So, your application then passes through the bottleneck of the host OS.

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How smart hardware and cloud-based software increase efficiency – Water Technology Online

October 4, 2022 | Author: admin

As acquisitions, mergers and enterprises increasingly emerge expanding organizations well beyond the fences of a single facility industrial water users and producers require new ways to monitor process conditions throughout their expansive domains. Additionally, managing assets and data over these vast reaches can quickly become a challenge.

Historically, it was normal for large teams of plant personnel to carry out time-consuming tasks, like manual measurements, to ensure plants and networks were running safely. But today, industrial stakeholders can monitor operations and execute many tasks remotely, improving productivity, accuracy, efficiency and profitability.

In the modern data-centric landscape, smart instrumentation provides a wealth of diagnostic and other information, enabling plant staff to get more from their instruments than just 4-20mA primary variable measurements. This information transmitted via digital communication protocols to central monitoring software solutions helps plant personnel improve plant efficiency and avoid unplanned shutdowns by empowering them to implement proactive maintenance via predictive monitoring and analysis.

As water systems become more heavily regulated, there is a rapidly increasing list of data points to monitor. Real-time measurement and control remain vital to the health of any industrial system, but many more variables are required for reporting to regulatory agencies. Furthermore, efficiently tracking equipment diagnostic and process data, in addition to corresponding insights, can identify opportunities for treatment process optimization, making it easier to justify and get upgrade projects approved.

Obtaining and analyzing this data, in addition to performing comprehensive asset management of complex systems, is nearly impossible left to the solutions of yesteryear. But the industrial internet of things (IIoT) and connected instruments make these types of upgrades feasible for organizations of all sizes, helping them improve operational efficiency.

By incorporating smart instrumentation into water system designs, facility operation and optimization become much more manageable tasks. These instruments incorporate digital communication protocols, sometimes in place of and other times on top of in the case of HART traditional analog communication protocols, greatly increasing capabilities and value (Figure 1).

These systems regularly use flow, pressure, temperature, level and other process data to monitor and control water quality and availability, but they often discard status and diagnostic data. By passing this data by, plant personnel may miss out on opportunities to optimize, simplify and safeguard their operations.

When this data is ingested by intelligent plant analysis systems, facilities increase their ratio of proactive to reactive maintenance, thus reducing unplanned downtime, as well as equipment and human safety hazards. For example, instead of waiting for a high-temperature pump bearing failure, process data can be traced to issue an alert when anomalies are detected that would lead to this type of issue, such as steady motor temperature increase over time.

When this diagnostic data is integrated into host systems, it can be analyzed to provide advance warning of instrument or equipment failure, or troubleshooting insight in the event of a fault. Because calibration and nameplate information are also internally stored in each instrument, tracking and managing assets is easier throughout plant lifecycles.

Moving process and diagnostic data into host systems is key, but especially in enterprise settings, it is difficult to make sense of data without context. With cloud-based insight generation software, the IIoT provides users with access to instrument and plant process insights so they can contextualize data and make better decisions (Figure 2).

These cloud software solutions help organizations automate tasks that were previously manual and inefficient, providing productivity gains, and continuous reporting in real time.

This empowers facilities to:

This information and more are made available to plant staff in configurable dashboards, making it easy to understand operational states at a glance and make adjustments where necessary.

Control of waste effluent release into a sanitary sewer is a common need for industrial users, but few sites are equipped with water quality sensors to provide early indication of pollutants. Instead, composite liquid samples are typically taken at weekly or longer intervals, and then measured in the lab. This method can miss significant pollution events, each of which may adversely impact downstream wastewater treatment plants, or the environment where effluent is discharged.

A private wastewater treatment facility servicing industrial users was experiencing out-of-compliance flows into its facility, but based on lab data from its customers, it could not identify the offenders. To effectively run the business and adequately protect its own environmental discharge, the facility needed a way to single out the source of contaminants exceeding limit values.

By installing Endress+Hauser smart flow, analytical and temperature instrumentation at multiple points throughout its influent pipe network, and uploading the generated data to the Netilion cloud, it was able to securely monitor process conditions around the clock from anywhere via a web connection. The instrumentation was connected to the internet using 4G cellular gateways. With web-based visualization, reporting and alarming, the facility is now able to identify customers out of compliance, and bill them accordingly (Figure 4).

An American multinational beverage corporation with interests in the manufacturing, retailing and marketing of nonalcoholic beverages produces concentrates and syrups, and it was looking for a way to monitor its water abstraction more closely. Of primary concern, its global team needed to maintain compliance with international regulations and evaluate the productivity of its bore holes.

By implementing smart monitoring instruments at its drilling locations, connecting these instruments to the Netilion cloud, and linking this database to local water authorities, the company ensured regulatory compliance (Figure 5).

Additionally, the insights from Netilion initiated a pump efficiency optimization project by enabling clearer access to key performance indicators. The software dashboards included these indicators, along with reports, variable limits, warnings and alarms for 22 facilities around the world.

IIoT-based software solutions provide significant benefits for industrial water and wastewater stakeholders by enabling reliable monitoring of water quality, flow, pressure, temperature and level. And the cloud can connect all aspects of a water system, providing users with easy access to data and insights from a single source.

These capabilities enable better asset tracking of field devices, and more reliable data transfer, recording and archiving. With the high value placed on water in todays world, IIoT technology is boosting operational efficiency, empowering users to improve their processes and bottom lines, while conserving water.

Nick Hanson is the water and wastewater industry marketing manager for Endress+Hauser USA. In this role, he is responsible for strategic market planning and industry outreach events. As part of the Endress+Hauser Global Strategic Industry Group, he acts as the voice of the U.S. market to guide solutions specific to the region. Nick has a Bachelor of Science degree in Mechanical Engineering from the University of Colorado Boulder, and over 10 years of experience in the process instrumentation and control industry.

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Infor Partners with Fontainebleau Las Vegas for Cloud-Based Front and Back-of-House Hospitality Solutions – Hospitality Net

October 4, 2022 | Author: admin

Infor, the industry cloud company, today announced that Fontainebleau Las Vegas, a vertically integrated 67-story hotel, gaming, entertainment and meeting destination conceived by Fontainebleau Development, will partner with Infor to implement key front- and back-of-house hospitality solutions to automate critical business functions. Through this partnership, the Fontainebleau Las Vegas team can utilize cloud-based applications specifically built for the hospitality industry to unify and refine hotel operations, create scalable processes, improve processes, and share real-time data, empowering business leaders to make more-informed decisions as the property prepares for its global debut in late 2023.

Infors Hospitality solutions are built to help hoteliers better manage all facets of the business, so they can make more impactful decisions to amplify success and take the business further, says Infor General Manager Jason Floyd. Infors hospitality-specific cloud solutions will provide Fontainebleau Las Vegas with the tools to combat fluctuating variables, mitigate day-to-day challenges, and eliminate redundancies in the day-to-day workflow.

Fontainebleau Las Vegas will utilize Infors Hospitality Management System (HMS), a robust, integrated, and scalable hotel property management system built specifically for hospitality and gaming. This cloud-based system will provide centralized guest profile management to enable better personalization, support a digital guest journey with mobile-enabled check-in and check-out, guest services and housekeeping, and customizable fields and screens by user type allowing hotel team members to deliver extraordinary guest service and strategy precision.

The next-level technology that will be showcased throughout Fontainebleau Las Vegas will extend behind the scenes as we adopt modern solutions to capitalize on critical data and intelligence, says Fontainebleau Las Vegas Chief Technology Officer Marc Guarino. Infors technology solutions will allow us to automate time-consuming back-of-house processes so that we can further focus on delivering unforgettable experiences at the property.

Upon opening, Fontainebleau Las Vegas will feature approximately 3,700 uniquely designed hotel rooms, more than 550,000 square feet of customizable convention and meeting space, and a world-class collection of gaming, dining, retail, lifestyle, and health and wellness experiences.

Learn more about Infor HMS.

Fontainebleau Las Vegas is a vertically integrated, luxury 67-story hotel, gaming, entertainment, and meeting destination scheduled to open fourth quarter of 2023. Created by Fontainebleau Development, which designs, builds, and operates premier hospitality, commercial, retail and luxury properties, in partnership with Koch Real Estate Investments, Fontainebleau Las Vegas brings full circle the companys longtime vision of hosting its iconic brand on the Las Vegas Strip. Located at 2777 S. Las Vegas Blvd. adjacent to the acclaimed Las Vegas Convention Center expansion, Fontainebleau Las Vegas will feature approximately 3,700 uniquely designed hotel rooms, more than 550,000 square feet of convention space, and a world-class collection of restaurants and shops, pool experiences, vibrant nightlife options, and coveted spa and wellness offerings. Visit fontainebleaulasvegas.com.

Infor is a global leader in business cloud software specialized by industry. Infor's mission-critical enterprise applications and services are designed to deliver sustainable operational advantages with security and faster time to value. We are obsessed with delivering successful business outcomes for customers. Over 60,000 organizations in more than 175 countries rely on Infor's 17,000 employees to help achieve their business goals. As a Koch company, our financial strength, ownership structure, and long-term view empower us to foster enduring, mutually beneficial relationships with our customers. Visitwww.infor.com.

Christina Ledger+1 312 662 2135

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