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Resistive Touch Screen Market Size, Share, Growth, Demand, Key Manufacturers Analysis and Forecasts to 2029 Political Beef – Political Beef

This market report comprises of the most recent market information with which companies can have thorough analysis of industry and future trends. By applying market intelligence for this report, industry experts assess strategic options, outline successful action plans and support companies with critical bottom-line decisions. Competitive analysis studies of this market report aids to get ideas about the strategies of key players in the market. Not to mention, the scope of This business report can be broadened from market scenarios to comparative pricing between major players, cost and profit of the specified market regions.

Resistive Touch Screen Marketreport comprehensively estimates the overall market conditions, market growth prospects, potential restraints, important industry trends, market size, market share, sales volume, and trends. future.The report begins with an introduction to the company profile and a comprehensive review of future events, sales strategies, investments, company marketing strategy, future products, new geographic markets, actions or customer behavior using more than 100 market data charts, pie charts, graphs and figures.distributed on the pages to facilitate understanding.Microchip Technology Inc., Displax, Synaptics Incorporated., HP Development Company, LP, among other national and global players.

Get a full sample PDF copy of the report (including full TOC, list of tables and figures, chart) athttps://www.databridgemarketresearch.com/request-a-sample/?dbmr=global-resistive- touchscreen-market

The resistive touch screen market is expected to grow at a rate of 13.30% during the forecast period from 2020 to 2027.

Major Market Players: Resistive Touch Screen Market WINTEK Corporation, Microsoft, 3M, LG Electronics., Freescale Semiconductor, Cypress Semiconductor Corporation., Immersion, FUJITSU, SHARP CORPORATION, Panasonic Corporation,

Product DefinitionIncreasing funding for technological advancement in the touch screen industry, growing demand for electronic display devices around the world, adoption of touch screen technology in retail and media are some of the factors likely to enhance the growth of the resistive touch screen market in the forecast period 2020-2027.On the other hand, the growing applications of developing economies will further fuel various opportunities leading to the growth of the resistive touch screen market during the aforementioned forecast period.

Low availability of raw materials coupled with rising cost of components act as market restraints for resistive touch screens during the above-mentioned forecast period.

Main regions and countries studied in this report:

* North America(United States, Canada and Mexico)

* Europe(Germany, France, UK and rest of the world)

* Asia-Pacific(China, Japan, India and Rest of Asia-Pacific)

* Latin America(Brazil and rest of Latin America.)

* Middle East and Africa(Saudi Arabia, United Arab Emirates, South Africa and Rest of Middle East and Africa)

The important years taken into account in the study are:

Historical year 2014-2019 |Reference year 2019 |Forecast period: 2020 to 2027

Global Resistive Touch Screen Market Scope and Market Size

The resistive touch screen market is segmented on the basis of product and application.Cross-segment growth helps you analyze growth niches and strategies to approach the market and determine your main application areas and the difference between your target markets.

Global Resistive Touch Screen Market: Segment Analysis

Global Resistive Touch Screen Market by Product (Smartphones, Tablets, Laptops, TVs, Kiosks, Large Interactive Displays), Application (Infotainment, Business, Entertainment, Consumer Electronics, Retail, Education, Other), Country (United States ) United, Canada, Mexico, Brazil, Argentina, Rest of South America, Germany, Italy, United Kingdom, France, Spain, Netherlands, Belgium, Switzerland, Turkey, Russia, Rest of Europe, Japan, China, India, South Korea , Australia, Singapore, Malaysia, Thailand, Indonesia, Philippines, Rest of Asia-Pacific, Saudi Arabia, United Arab Emirates, South Africa, Egypt, Israel, Rest of Middle East and Africa) Industry Trends and Forecasts to 2027

A comprehensive analysis of the factors that drive and restrict the growth of the market is provided in the report.

The report solves the following doubts related to the Resistive Touch Screen market:

Annual Resistive Touch Screen Market 2020 Offers:

Some excerpts from the table of contents

Overview of the global resistive touch screen market

Comparison of Resistive Touch Panel Sizes (Sales Volume) by Type

Comparison of Resistive Touch Screen (Consumption) Size and Market Share by Application

Resistive Touch Screen Size (Value) Comparison by Region

Resistive Touch Screens Sales, Revenue and Growth Rate

Situation and competitive trends of resistive touch panels

Strategic proposal to estimate the availability of key business segments

Actors/Suppliers, Sales Area

Analyze the competitors, including all the important parameters of the resistive touch screen

Global Resistive Touch Panel Manufacturing Cost Analysis

The latest mapping of innovative trends and supply chain patterns

The latest mapping of innovative trends and supply chain patterns

Thanks for reading this article;you can also get an individual chapter section or region report version, such as North America, Europe, MEA, or Asia-Pacific.

Explore Full Report With Facts & Figures Of Resistive Touchscreen Market ReportAt:https://www.databridgemarketresearch.com/toc/?dbmr=global-resistive-touchscreen-market

Why is data triangulation important in qualitative research?

It involves data mining, analysis of the impact of data variables on the market, and primary validation (industry expert).Other than this, other data models include Vendor Positioning Grid, Market Timeline Analysis, Market Overview and Guide, Company Positioning Grid, Company Market Share market analysis, measurement standards, top-down analysis, and supplier share analysis.Triangulation is a method used when reviewing, synthesizing, and interpreting field data.Data triangulation has been advocated as a methodological technique not only to improve the validity of research results,

Points made in the report

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Could Hosting Colocation Be One Of The Next Big Things In The Bitcoin Mining Space? – Benzinga – Benzinga

Photo by Taylor Vick on Unsplash

This post contains sponsored advertising content. This content is for informational purposes only and is not intended to be investing advice.

Bitcoin BTC/USD the most popular cryptocurrency with the largest market capitalization is capturing the attention of more people, making it a highly competitive mining market.

Most Bitcoin miners likely strive to maximize profits while maintaining a good rapport with the community, so colocation could be an option for those who want to increase profits or expand their operations.

Colocation, also known as colo, allows someone to rent space in a third-party data center instead of owning servers in their own office space. What this means is that Bitcoin miners can shift their mining equipment by renting space in a colocation hosting center that provides everything necessary to effectively and efficiently run the Bitcoin mining equipment.

With colocation, a miner can fully own the physical mining hardware and rent the required physical space to house it. The colocation hosting facility holds ASIC machines in racks and connects each of them to the internet. Apart from sharing internet bandwidth, the center also provides cooling facilities and power connections. Colocation reportedly offers the following advantages:

Mawson Infrastructure Group Inc. MIGI, a digital infrastructure provider that invested in Bitcoin mining, is among the companies providing hosting colocation services.

In March, Mawson partnered with Celsius Network LLC and Foundry Digital LLC to have an accumulated 112 megawatt (MW) of hosting contracts. This brings the total MWs for hosting customers to 116. The hosting deals place Mawson among the largest hosting colocation companies listed on Nasdaq Stock Market just behind Riot Blockchain Inc. RIOT and Core Scientific Inc. CORZ.

According to the company, there is a significant level of demand for colocation services, owing to the large number of Bitcoin mining rigs ordered last year. However, most miners do not have enough energy to power the machines. Mawson, which says it invested heavily in energy and energy infrastructure, is helping miners turn on their mining machines.

Customers renting Mawsons colocation facility are charged an infrastructure fee with a power margin. Last year, Mawson generated $850,000 from 2MW of hosting colocation customers. Using simple algebra on the much larger hosting co-location customer base this year, 116 MW hosting, which will be online by July, the company reportedly has the potential to generate up to $50 million in annual revenue from its expanded hosting co-location business. The revenue excludes the companys $38.5 million generated from Bitcoin self-mining in 2021.

This post contains sponsored advertising content. This content is for informational purposes only and is not intended to be investing advice.

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Could Hosting Colocation Be One Of The Next Big Things In The Bitcoin Mining Space? - Benzinga - Benzinga

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Riot Blockchain: Market And Competitive Environment In The Mining Sector – Seeking Alpha

Vertigo3d/iStock via Getty Images

Riot Blockchain, Inc. (NASDAQ:RIOT) is considered among the biggest companies in the Mining Industry.

When we talk about a particular industry like Bitcoin mining, we must consider numerous aspects.

Despite seeing a significant price collapse from the highs of more than 70% from the March 2021 highs, the company has improved some features of its business.

Data by YCharts

So, before analysing the company specifically, let's explore the features and key players in this industry.

The Bitcoin mining industry is capital-intensive, so the big players that make it up are few.

Being capital intensive requires significant and ongoing investment. Therefore, those who do not invest adequately are destined to lose their market share quickly.

In this business, a company's weight in the total market can be represented by the ratio of the company's hash rate to the network's total hash rate: the higher a company's hash rate, the greater the company's ability to mine Bitcoin (BTC-USD).

Therefore, continued investment in new infrastructure is required as the overall hash rate and complexity of transactions grows.

Just as oil companies' business is connected to oil price trends, similarly, the business of Bitcoin mining companies is deeply connected to Bitcoin price trends.

Since most mining companies keep mined bitcoins on their balance sheet (they only sell when they need to fund themselves and need traditional currency), it is clear how an increase in the price of bitcoin leads to the value of the company's assets increase in value. Similarly, however, a decrease in bitcoin price will cause the company's assets to decrease.

In the following chart, we see a similar price trajectory between some of the major mining companies (Riot Blockchain (RIOT), Marathon Digital Holding, Inc. (MARA), Hut 8 Mining Corp. (HUT) and CleanSpark (CLSK) and the price of bitcoin.

Data by YCharts

It is visibly evident how price changes are positively correlated.

This correlation makes mining companies attractive to those who do not want direct exposure to BTC but still want to take advantage of its price increases.

Another vital insight must necessarily be made into the phenomenon of Bitcoin halving. Bitcoin halving is when the amount of bitcoins paid to miners as a reward is halved. It happens every four years, and the next time it will happen will be in 2024.

The effect can be twofold. On the one hand, if we look at the price trend of BTC after halving, we see how it has always seen an increase. This can be seen in the graph below.

BTC price after halving (Investopedia)

However, there is a point to be made that the price increase of BTC did not increase solely due to halving, and as a result, it would have increased regardless at the same pace as the increase in BTC's popularity.

Therefore, despite the past increases, there is no guarantee that the halving of 2024 (and subsequent halvings) will lead to a rise in BTC prices. Anyway, if an increase in BTC price happens, there will be a positive effect on corporate assets.

On the other hand, halving means that the profitability of mining is divided by two. And in our opinion, this is the aspect that poses the most risk to all mining companies in the short term. The halving of the profitability of a business means that investments and acquisitions must be well thought out. Moreover, even if this halving is absorbed, another halving will occur in 2028 (i.e., six years from now). This means that mining activity in 2028 will be a quarter of what it is today. This is a critical consideration in the analysis of both Riot and other mining companies.

Now that we've laid the groundwork and framed the characteristics of the industry, let's move on to analyse Riot specifically.

Riot has a business model that can be divided into three areas.

The first area concerns mining activity. This is the central part of the business and impacted about 86% of the company's total revenues in 2021.

As of March 2022, the company owns approximately 6,062 BTC, all of which come from its mining operations.

Also, in the March 2022 data release conference, the company expected to end up with 53,379 miners, with a mining capacity of about 5.4 EH/s from April 2022 (from about 3.9 EH/s currently).

The mining capacity indicates the ability of the mining device to perform calculations faster and therefore shows the miner's power to confirm transactions and receive BTC as a reward for the operation.

So, in an industry like this, the hash rate of a company's mining devices is a good indicator of its competitiveness against its competitors.

As we can see from the chart below, Riot's hash rate is always on the rise, which means a lot of investment and an increase in the company's competitiveness.

By the beginning of 2023, the company expects to have a hash rate of around 12.8 EH/s, an expected increase of about 315% compared to the hash rate at the beginning of 2022.

After the last halving (July 2016), the observable global hash rate CAGR was about +135% annually for almost six years. If we compare it with the projections of RIOT, we see that the company expects to gain market share in the coming months.

Riot Hash Rate (Riot Investor Presentation)

If we look at the Hash rates of other companies in the industry, Riot ranks second after Core Scientific (CORZ) for hash rate.

So we can say that the company is well-positioned and competitive in the industry. However, growth in hash rate doesn't mean a competitive increase of the company as undoubtedly other companies will also increase their hash rate. Therefore, there is a real possibility that some companies will overperform Riot's growth in terms of hash rate and that the industry overall will increase faster than the historical growth in hash rate.

Comparison of competitors' hash rates (Riot Investor Presentation)

The second business area is the Data Center Hosting. This business segment focuses on providing co-location services for institutional-scale Bitcoin mining companies. To operate this business, the company has bought the Whinstone Facility. Currently, this business impacts approximately 12% of its total revenues.

The third business area is Engineering. They entered this business by acquiring a strategical partner: Ferrie Franzmann Industries, LLC ("ESS Metron"). This acquisition provides Riot access to critical electrical components and engineering services to develop and improve their infrastructure.

This business accounts for only about 2% of total revenues.

Riot is investing heavily in developing new technologies that will allow them to grow in terms of Hash Rate faster than the global network. A clear example is a development they have underway of immersion-cooled miners. This type of miner will allow Riot, once implemented, to have an increase over air-cooled miners in performance of about 50%, which implies an increase of about 25% increase in Hash Rate.

Riot expects the growth to reach 12.8 EH/s by January 2023, but let's look at some of the competitors to see how the industry will look in the following years. If we calculate a growth for the whole of 2022, starting from 3,1 EH/s (Hash rate capacity at the beginning of the year), we see an expected growth of 316% for the whole of 2022.

The growth in terms of Hash Rate and mined BTC does not only affect Riot but also all other companies in the industry.

Some examples: Marathon (MARA) is expanding its fleet of miners and expects to be carbon-neutral in 2023 with a Hash Rate capacity of around 23 EH/s. (Marathon Digital Holdings Announces Bitcoin Production and Mining Operation Updates for March 2022). So, if we consider that MARA had 3,9 EH/s at the beginning of the year, to arrive at 23 EH/s, the company's capacity is expected to grow 497% its Hash Rate capacity in the whole of 2022.

Another example: CleanSpark (CLSK) expects to grow from the current 2.9 EH/s to over 10 EH/s by spring 2023 (CleanSpark Announces March 2022 Bitcoin Production). This means a growth in 2022 of 244%.

Core Scientific (CORZ), the actual leader in terms of Hash Rate capacity, had at the beginning of the year a capacity of 13,5 EH/s and expects to reach 40 EH/s between the end of 2022 and the start of 2023. This means a growth of 196% in EH/s capacity.

In terms of forward multiples, we see that RIOT has an EV/Sales ratio between MARA, CLSK and CORZ.

Data by YCharts

Despite already being one of the leading companies, RIOT expects to be able to grow its capacity at one of the highest rates in the industry, which may allow it to maintain good revenue growth, should there be no major shocks to the price of Bitcoin. Of course, this does not come at zero expense. For example, RIOT had to invest $274.8M as deposits for equipment, primarily for miners, last year. In addition, the company has pursued various acquisitions that collectively have further diluted shareholders.

Over the next few years, further investment will be required to continue the company's firm policy, which is very unlikely to bring RIOT to a profitable level of free cash flow.

Overall, in our opinion, the high capital intensity required to carry on the growth of the company, as well as every other company in the crypto-mining industry, makes it unattractive at first glance.

However, the bottom line is heavily dependent on Bitcoin, and therefore we believe an investment in BTC is more conservative and lower risk. In the event of a substantial rise in BTC, crypto-miners could do better in the short term, but a lot of investment is required to sustain the industry's growth, which will erode the company's bottom line in the short term.

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Research Fellow, Machine learning, Data Science, Artificial Intelligence on NLP job with NATIONAL UNIVERSITY OF SINGAPORE | 289646 – Times Higher…

Job Description

We are looking for a Research Fellow who will be responsible for undertaking in-depth research and innovation in machine learning, data science, and artificial intelligence on natural language processing for information extraction and knowledge discovery that lead to publications in top-tier international conferences and journals, as well as real-world implementations.

Responsibilities:

Qualifications

Covid-19 Message

At NUS, the health and safety of our staff and students are one of our utmost priorities, and COVID-vaccination supports our commitment to ensure the safety of our community and to make NUS as safe and welcoming as possible. Many of our roles require a significant amount of physical interactions with students/staff/public members. Even for job roles that may be performed remotely, there will be instances where on-campus presences are required.

In accordance with Singapore's legal requirements, unvaccinated workers will not be able to work on the NUS premises with effect from 15 January 2022. As such, job applicants will need to be fully COVID-19 vaccinated to secure successful employment with NUS.

More Information

Location: Kent Ridge CampusOrganization: College of Design and EngineeringDepartment : Electrical and Computer EngineeringEmployee Referral Eligible: NoJob requisition ID: 14145

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Research Fellow, Machine learning, Data Science, Artificial Intelligence on NLP job with NATIONAL UNIVERSITY OF SINGAPORE | 289646 - Times Higher...

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How cloud computing has changed the future of internet technology – VentureBeat

We are excited to bring Transform 2022 back in-person July 19 and virtually July 20 - 28. Join AI and data leaders for insightful talks and exciting networking opportunities. Register today!

Cloud computing has evolved as a key computing paradigm, allowing for ubiquitous simple on-demand access to a shared pool of configurable computing resources through the Internet.

As companies move much faster on their digital transformation journey, companies are looking for ways to increase agility, business continuity, profitability and scalability. Cloud computing technology will be at the heart of every strategy to attain these aims in the new normal.

Cloud computing is large-scale network computing. It runs a cloud-based application software on servers scattered throughout the internet.

The service allows users to access files and programs stored in the cloud from anywhere, eliminating the need to be near physical hardware at all times. Because the material is stored on a network of hosted computers that transport data over the internet, cloud computing makes the papers accessible from anywhere. Cloud computing proved to be beneficial to individuals as well as businesses. To be precise, the cloud has changed our life as well.

Cloud technology allows businesses to scale and adapt quickly, accelerating innovation, driving business agility, streamlining operations and lowering costs. This will not only help companies get through the current crisis, but it could also contribute to improved, long-term growth. Here are some forecasts about how cloud computing will influence the future.

Today, data generation is at an all-time high, and its just getting higher. Its difficult to keep such a big amount of data safely. Most businesses continue to keep business and customer data in physical data centers.

Cloud server providers expect to offer additional cloud-based data centers at lower prices as more organizations use cloud technology. Because there are so many cloud service providers on the market today, prices will be competitive, which will help businesses. This advancement will allow for seamless data storage without the need for a lot of physical space.

IoT can improve the quality and experience of utilizing the internet (internet of things). Using cloud computing and IoT, data may be stored in the cloud for subsequent reference, in-depth analysis and improved performance. Customers and businesses want applications and services to load quickly and to be of excellent quality. The network will have faster download and upload speeds as a result of this.

Individual programs are becoming increasingly sophisticated and large; as a result, cloud computing technologies will eventually require advanced system thinking. Currently, most system software necessitates extensive customization, which means that even cloud computing solutions used by businesses necessitate extensive customization in terms of functionality and security. This new program must be more user-friendly and versatile.

Because future applications will be stored in locations other than the cloud, software development can be viewed from a variety of perspectives and approaches. This could include various modules as well as cloud service servers. This is also a good way to cut software and storage costs. It means that these software solutions will be considerably faster and more agile in the long term, saving time and money.

Another important technology of this decade is IoT (the internet of things). With advances in cloud computing and real-time data analytics, it is always changing. M2M communication and data sharing are two processes that happen at the same time. With cloud computing, all of this is easy to handle.

Cloud computing provides a variety of services. Platform-as-a-service (PaaS), software-as-a-service (SaaS) and infrastructure-as-a-service (IaaS) are the leading ones. These services are critical to attaining business objectives. Many studies and assessments have indicated that cloud computing will be a dominant technology soon, with SaaS solutions accounting for over 60% of the workload.

Data saved on cloud servers are currently secure, but not totally. Smaller cloud service providers may not be able to supply or comprehend all of the safeguards required for appropriate data protection. To prevent cyberattacks, future cloud services will use better cybersecurity safeguards and enforce better safety practices. As a result, businesses will be able to focus on more important duties rather than worrying about data security or alternate data storage techniques.

If cloud computing continues to evolve at its current rate or faster, the demand for hardware will minimize. Virtualization, cloud computing, and virtual machines (VMs) will be used for most operations and business processes. As a result of this advancement, the expenses of setting up physical infrastructure and software installations will be greatly reduced, resulting in lower hardware utility. Furthermore, as cloud computing advances, data analysis and interpretation will become completely automated and virtualized, eliminating the need for human intervention.

Collaboration is an important part of many businesses, and cloud computing can provide team members anywhere in the world with fast, easy, and reliable collaboration. Any member of the team can access the files in the cloud at any time to review, update or receive feedback.

Many internet services are now cloud-based, and physical infrastructure will fail to support large businesses. Business innovation relies heavily on cloud computing. Cloud technology allows new ways of working, operating, and running a business because of its agility and adaptability. Make sure your company is ready for this shift as cloud computing technology continues to gain traction in worldwide industries.

Roshna R is a digital marketing analyst at InfinCE.

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Europe’s Cloud CRM Market Is Projected to Register a CAGR of 6.5% During 2022-2027 – ResearchAndMarkets.com – Business Wire

DUBLIN--(BUSINESS WIRE)--The "Europe Cloud CRM Market - Growth, Trends, COVID-19 Impact, and Forecasts (2022 - 2027)" report has been added to ResearchAndMarkets.com's offering.

The European cloud CRM market (henceforth referred to as the market studied) was valued at USD 11.51 billion in 2021, and it is expected to reach USD 16.61 billion by 2027, registering a CAGR of 6.5% over the period of 2022-2027 (henceforth referred to as the forecast period).

Key Highlights

Key Market Trends

Increasing Focus of Business on Customer Management to Drive the Market

Retail Sector to Drive the Market

Competitive Landscape

The Europe cloud CRM market is moderately competitive and comprises a significant number of global and regional players. These players account for a considerable share in the market and focus on expanding their client base across the globe. These players are investing their resources in research and development to introduce new solutions, strategic partnerships, and other organic & inorganic growth strategies to earn a competitive edge over the forecast period.

Market Dynamics

Market Drivers

Market Challenges

Companies Mentioned

For more information about this report visit https://www.researchandmarkets.com/r/u3mli3

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Europe's Cloud CRM Market Is Projected to Register a CAGR of 6.5% During 2022-2027 - ResearchAndMarkets.com - Business Wire

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MilesWeb Launches Brand New WordPress Cloud Hosting Plans for WordPress Web Professionals – ED Times

April 18: MilesWeb, the market leader and top-ranking web hosting provider, recently announced the launch of a brand new range ofWordPress cloud hostingplans, a powerful platform designed exclusively for blogs, online stores and high-traffic WordPress sites.

With over a decade of experience in providing exceptional web hosting service, security, and support, MilesWeb is a customer-oriented company. They always strive to stay in step with the needs and wants of their customers.

Considering the current WordPress market share and users, the company has come up with a spectacular range of WordPress cloud hosting plans. It makes it easier for WordPress site owners to host their high-traffic sites on the most scalable and high-performing cloud servers.

MilesWebs WordPress cloud plans are available in three distinct packages, WP-Basic, WP-Plus and WP-Pro.

The WP-Basic plan, for example, lets you host 1 website with a 20 GB SSD Disk, Unmetered Bandwidth, and 15,000 visits/ month. Clients can pick a plan that best suits their requirements and budget.

Today, cloud adoption is expanding rapidly as it stands out with its unique server network, greater flexibility and reliability. The entire architecture of MilesWeb is built on the cloud and is optimized for WordPress. It aims to enhance the performance of WordPress sites.

The company utilizes LS cache and Litespeed servers to cater to high loads and sudden traffic spikes. Plus, integrated CDN, Cloudflare Railgun and Gzip compression software for improving delivery time of sites.

All of their WordPress cloud packages include free SSL & CDN, 1-Click Staging, free site migrations, unmetered bandwidth, automated daily backups and dedicated WordPress support round the clock to resolve any of your queries.

As the product is cloud-based, the scalability it offers is advantageous. It can instantly adjust to sudden traffic spikes or rapid growth.

The above-mentioned WordPress cloud hosting plans from MilesWeb are fully managed with 247 support by its professional support staff.

Customers can count on faster speeds, high-grade security, and expert help when they need it!

Shifting to WordPress cloud platform results in a 10x faster site and sets customers up for online success. We are looking for massive performance outcomes, which gives our clients the competitive edge they need to succeed, Deepak Kori, Director at MilesWeb, concluded in the companys press release.

These exclusive MilesWeb WordPress cloud hosting plans are currently at 10% off for a limited period of time!

For more information kindly visit:https://www.milesweb.in/hosting/wordpress-cloud-hosting

About MilesWeb

Founded in 2012, MilesWeb is one of the fastest-growing web hosting companies based in India. The company is steadfast in providing a complete array of world-class web hosting services to businesses of every size. MilesWeb has established a strong track record of helping over 40,000+ clients across the globe. Collectively, the company promises to offer a 99.95% uptime guarantee with 247 excellent support from the experts.

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MilesWeb Launches Brand New WordPress Cloud Hosting Plans for WordPress Web Professionals - ED Times

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Insteon May Have Joined the List of Failed Smart Home Companies – Review Geek

Insteon

Insteon may have gone out of business without warning its customers. The companys smart home products havent worked since April 14th, its forums are offline, its phone is disconnected, and it hasnt responded to questions from customers or the press.

This news may not come as much of a surprise; Insteons been circling the drain for a while. The brands unique smart home system, which uses radio frequency and power line communication, failed to compete with Wi-Fi and Zigbee solutions. Insteon began neglecting social media in 2019, and it made its last blog postin the early weeks of COVID-19.

Still, Insteon users are dedicated to the brand and its reliable technology. Thousands of people have stuck with Insteon through thick and thin, buying deeper into the product ecosystem despite its obvious lack of popularity (we got a ton of flack for criticizing Insteon in 2018). Now, these users are stuck with hunks of plastic that flash red and refuse to perform basic tasks. (Ironically, the Insteon website says that its servers are functioning normally.)

It seems that Insteons leadership is ignoring the situation. Or, at the very least, avoiding backlash from angry customers. The Insteon leadership bios page now shows a 404 error, and asStacey on IOT notes, Insteon CEO RobLilleness no longer lists the company in his LinkedIn profile. Other higher-ups at the company list that their job ended in April of 2022. (I should note that Rob Lilleness bought Insteon and Smartlabs in 2019, promising big things for the smart home brands.)

Insteon also appears to have shut down its forum and terminated its phone service. Smartlabs and Smarthome.com, which are associated with Insteon, are similarly unreachable. Additionally, Reddit users in Irvine say that the Insteon offices are closed, though the closure hasnt been confirmed.

While Insteon hasnt shared any info with customers or the press, Home Assistant says that the brands out of business. Bear in mind that Home Assistant may be speculating here.

If Insteon is out of business, its probably time to shop for some new smart home devices. But those who are relatively tech-savvy can get their Insteon devices working again with a local server solution.

Home Assistant is an open-source software that lets you turn a dedicated device, such as a Raspberry Pi or an old laptop, into a smart home server with Google Assistant and Alexa capabilities. Setting up the service with Insteon takes a bit of work, but its a solid option if you own a ton of Insteon products.

Those who are willing to spend a bit of money can try Homeseer. The benefit here, aside from Homeseers robust software, is that the company sells hubs that you can turn into smart home servers. But these hubs are intended for Z-Wave devices; you need to buy software plugins to get Insteon working with Homeseer hardware.

Note that without Insteon servers, you cannot set up new Insteon devices. If you format your old Insteon products, they will never work again.

Appliances should work until they physically break. But in the world of smart homes, stuff can break for reasons that are completely outside your control. A brand may decide to drop support for a product, for example, or it may go out of business and completely shutter its cloud servers.

Insteon may be the latest example of this problem, but its far from the first. We saw the Wink hub die last year,and Lowes shut down its Iris serversback in 2018, leaving customers in the dark. And with the coming rise of Matter, a new smart home unification standard, brands that fail to keep up with the times will surely disappear.

Your smart home products can also lead to major security risks. Last month, we learned that Wyze discontinued its first camera because it couldnt resolve a software vulnerability. Whats worse, this vulnerability went unannounced for several years. Other products, and not just those from Wyze, may contain similar problems.

Major smart home manufacturers have failed to address this problem, leaving companies like Home Assistant, Homeseer, and Hubitatto pick up the pieces. These small companies are not a true solutionat best, theyre a Band-Aid for tech-savvy smart home users.

Clearly, its time for smart home users to demand change from manufacturers. If these manufacturers can collaborate on Matter, then they should have no trouble building a standard that ensures product usability without the cloud. Even if this standard requires new hardware, it will be a major step up from our current situation.

Source: Stacey on IOT

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Disruptive and Distributed: Traditional Network Architecture Impedes Cloud Adoption – Channel Futures

Distributed network architecture offers a better way to build connectivity and cross-connect to cloud, SaaS and telecom service providers.

Mark McCoy

Think of the enterprise cloud adoption journey as traveling on a highway companies want to get to their destination quickly, safely, and to feel that the trip was planned efficiently.

Connecting to the highway is where networking comes in. Traditional networking doesnt provide good proximity for those looking to get on the highway, or secure ways to merge onto multiple cloud providers and then back to the home infrastructure nor does it allow for the traffic to expand in a way that makes for a good traveling experience.

Additionally, enterprise organizations arent only leveraging multiple cloud providers, but also a mix of cloud and on-premises workloads. There are multiple reasons why organizations opt for this hybrid cloud model. They may be multinational with employees and assets in several different countries. If theyre located in or operate in the European Union, theyre subject to the European Unions General Data Protection Regulation, or GDPR, which sets standards around data collection, storage and usage, and changes how companies manage consumer privacy. This will get them thinking about their goals, and for many, its about staying in compliance while reducing latency and network costs and increasing network bandwidth.

As this shift occurs, organizations find themselves wanting to solve the challenges a hybrid cloud model presents to connectivity, challenges which include capacity, speed, security, resiliency, ease of maintenance and scaling. One way to do this is via a distributed network architecture.

More organizations are shifting away from the traditional network architecture approach to take advantage of the benefits of moving workloads and data to the appropriate cloud and software-as-a-service (SaaS) provider. This allows the organization to stop purchasing and having to maintain hardware and take advantage of the ever-expanding capability and capacity of cloud and SaaS providers. Agility at scale.

Distributed cloud and edge models push the limits of classical approaches to network architecture, according to Gartner.

As organizations move to hybrid cloud usage, they require a different approach to visibility, security, high availability, and resiliency while gaining flexibility. They must shift to a decentralized solution.

If they dont have internal expertise, a third party can help organizations assess the best approach by asking questions about where they want their applications housed, both short- and long-term, where the consumers of those applications are, and what is the best way to easily deploy and maintain them.

Theyll also work with the organization to find hubs or colocation data centers that function as an on-ramp to all of the organizations users and compute assets, including on-premises, cloud and SaaS providers, as well as telecom providers. This will ensure the appropriate geographic location and the right level of connectivity to those hubs.

Connecting to a new SaaS or cloud provider in the traditional model can be difficult due to the effort required and the time to deploy. It requires provisioning routers, servers and circuit drops within or to an internal data center; even if youve planned for it, theres typically a six-month lead time. That takes away speed and flexibility and, ultimately, the ability to be agile and competitive. Businesses can die if they have to wait. It requires a mindset change.

Todays business is about staying competitive, being agile and moving quickly. A distributed network architecture (DNA) enables you to use the services that meet your needs. It gives your business the ability to scale cloud and SaaS providers and add new carriers and locations quickly and securely, at the lowest cost.

The numbers are also compelling. Distributed network architecture customers report being able to:

With cloud and SaaS services becoming more viable and with colocation facilities in hundreds of locations, you can build new, seamless connectivity and cross-connect to cloud, SaaS and telecom service providers. These benefits are available to everyone still using a traditional network architecture. Its all about finding the best fit for your organization.

Mark McCoy is managing partner and lead cloud architect at Asperitas Consulting, where hes focused on helping enterprise customers migrate to the cloud and optimizing applications to take advantage of cloud environments. McCoy has deep experience in migrating large enterprises into secure cloud environments utilizing multicloud, multiaccount and hybrid-cloud strategies. You may follow him on LinkedIn and @Asperitascloud on Twitter.

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Optimizing Resource Utilization and Maximizing ROI with Composable Infrastructure – insideHPC – insideHPC

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Todays IT organizations must maximize their resource utilization to deliver the computing capabilities their organization needs when and where its needed. This has resulted in many organizations building multi-purpose clusters, which impacts performance.

Even worse from an ROI perspective, in many instances, once resources are no longer required for a particular project, they cannot be redeployed to another workload with precision and efficiency. Composable disaggregated infrastructure (CDI) can hold the key to solving this optimization problem, while also providing bare metal performance.

What is CDI?

At its core, CDI is the concept of using a set of disaggregated resources connected by a NVMe over fabric solution so that you can dynamically provision hardware, regardless of scale. This infrastructure design provides the flexibility of the cloud and the value of virtualization but the performance of bare metal. Because it decouples applications and workloads from the underlying hardware, CDI offers the ability to run diverse workloads on a cluster while still optimizing for each workload and even support multi-tenant environments.

Software providers often used in CDI-based clusters include Liqid CDI and Giga IO. Liqid Command Center is a powerful management software platform that dynamically composes physical servers on demand from pools of bare-metal resources. GigaIO FabreX is an enterprise-class, open-standard solution that enables complete disaggregation and composition of all resources in the rack.

What are the technical and business benefits of clusters that include CDI?

The disaggregated resources in CDI allow you to dynamically provision clusters using best fit hardware without the reduction in performance that you would get in a cloud-based environment. With respect to HPC and AI, the value of CDI comes from the flexibility of the underlying hardware, different workloads, and environments. This improves cost effectiveness and scalability compared to cloud services and cloud service providers, improving ROI and lowering costs.

For AI and HPC workloads, performance is still top priority and on-premises hardware provides better performance, with the ability to burst to the cloud on an as-needed basis. A well-designed cluster built with commercial off-the-shelf (COTS) hardware elements and connected with PCIe, Ethernet, and InfiniBand can increase the utilization, flexibility, and effective use of valuable data center assets. Organizations that implement CDI realize a 2x to 4x increase in data center resource utilization, on average.

Beyond optimizing resource allocation, CDI also provides several additional benefits for your dynamically configured system:

What are ideal use cases for CDI?

A wide variety of technology areas can benefit from CDI. These include:

For deep learning, it is best to keep clusters on-premises because on-premises computing can be more cost-effective than cloud-based computing when highly utilized. Its also advisable to keep primary storage close to on-premises compute resources to maximize network bandwidth while limiting latency.

What are the key components of a CDI cluster?

There are two critical factors in deploying a successful CDI-based cluster. The first is a design that properly integrates leading-edge CDI software.

As mentioned above, two software platforms often used in CDI clusters are Liqid Command Center and GigaIO FabreX. Both are technologies Silicon Mechanics has worked with before and uses in our CDI-based clusters.

Liqid Command Center is a fabric management software for bare-metal machine orchestration. Command Center provides:

GigaIO FabreX is an open-standard solution that allows you to use your preferred vendor and model for servers, GPUS, FPGAs, storage, and for any other PCIe resource in your rack. In addition to composing resources to servers, FabreX can compose servers over PCIe. FabreX enables true server-to-server communication across PCIe and makes cluster scale compute possible, with direct memory access by an individual server to system memories of all other servers in the cluster fabric.

High-performance, low-latency networking, like InfiniBand from NVIDIA Networking, is the second critical element to the way CDI operates. Its possible to disaggregate just about everythingcompute (Intel, AMD, FPGAs), data storage (NVMe, SSD, Intel Optane, etc.), GPU accelerators (NVIDIA GPUs), etc. You can rearrange these components however you see fit, but the networking underneath all those pipes stays the same. Think of networking as a fixed resource with a fixed effect on performance, as opposed to other resources that are disaggregated.

It is important to plan out an optimal network strategy for a CDI deployment. InfiniBand is ideal for large scale or high performance. Conversely, Ethernet is a strong choice for smaller clusters. If you expand over time, youve got that underlying network to support anything that comes up in the lifecycle of that system.

How can CDI help handle demanding HPC and AI workflows?

Today, many organizations run demanding and complex workflows, such as HPC and AI, that require massive levels of costly resources. This drives IT departments to find flexible and agile solutions that effectively manage the on-premises data center while delivering the flexibility typically provided by the cloud. CDI is quickly emerging as a compelling option to meet the demands for deploying applications that incorporate advanced technologies.

Silicon Mechanics is an engineering firm providing custom, best-in-class solutions for HPC/AI, storage, and networking, based on open standards. The Silicon Mechanics Miranda CDI Cluster is a Linux-based reference architecture that provides a strong foundation for building disaggregated environments.

Get a comprehensive understanding of CDI clusters and what they can do for your organization by downloading the Inside HPC white paper on CDI.

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