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Top 5 Web3 Cryptos – Analytics Insight
The cryptocurrency industry has seen tremendous growth over the past few years, and web3 cryptos are gaining even more traction. Web3 is a decentralized, open-source platform for developing distributed applications (dApps) that use blockchain technology. The combination of blockchain and dApp development offers an array of potential opportunities that could revolutionize the web industry as we know it today.
Blockchains aims to decentralize data storage and operations makes it attractive to many as potentially being safer, more secure, faster and cheaper than traditional web services. With this in mind, there is no surprise why investors are looking towards Web3 based cryptocurrencies as a way to gain strong returns over the next few months or even years.
Web3 provides users with unprecedented control over their digital assets due to its trustless nature; meaning no third party needs be involved in order for transactions between two parties to occur thus removing bottlenecks associated with existing technologies like PayPal or banks etc., which can take days or sometimes weeks before they clear funds from one account into another. This opens up new doors for financial activities such as lending/borrowing without middlemen taking large fees on each transaction. Furthermore, these transactions happen almost instantly and at much lower costs compared to conventional payment gateways.
In addition, Web3 cryptos also offer users privacy and security which are hard to find in traditional web services. The increasing use of ransomware and other malicious software has made people more aware of the need for secure online storage solutions; by cutting out a lot of third-party involvement within transactions on the blockchain, data is kept much safer from potential cyber threats.
Its clear that Web3 cryptos have strong potential to revolutionize the way we interact with each other over the internet providing both investors and businesses alike with greater opportunities than ever before. With this in mind, it will be interesting to see how these projects fair over the next few months and years as more companies begin to adopt blockchain technology into their day-to-day operations; potentially leading us towards a new era of web decentralization where trustless transactions become commonplace for everyday activities such as shopping or payments etc, without relying on intermediaries taking a cut out of each deal!
Compete in the unique and enjoyable digital swamp arena with your own personal DigiToads, earning rewards at the end of every season while having fun! TOADS holders can acquire one-off NFTs and experience a web3 gaming environment that provides strong financial benefits, making big gains as they enjoy this new crypto ecosystem.
The best crypto to buy right now for its unrivaled full-utility features and deflationary model, DigiToads (TOADS) is gaining huge attention from investors. Boasting the best presale model ever seen in crypto with easy gains during a scaling presale period, its also become one of the most popular cryptos for newcomers as well as those looking to stake and play while enjoying potential price growth. With many experts predicting TOADS will skyrocket over the coming months due its high-growth, NFT staking capabilities and residual passive income opportunities, early investors can still benefit from reduced prices before they inevitably rise making it an ideal cryptocurrency to invest in today.
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Helium (HNT) is a top web3 crypto and one of the most popular and widely used cryptocurrencies in the world. It was created to bring decentralization and trust to online networks, as well as provide low-cost access to wireless internet for IoT devices. The Helium blockchain is powered by its native token HNT, which can be acquired through cryptocurrency exchanges or mining rewards.
The main purpose of HNT is to incentivize users who hold it by providing them with rewards that are generated when they participate in network activities such as verifying transactions or creating new blocks on the chain. In addition, it serves an important function in allowing users to connect their IoT devices directly onto the public ledger without having to rely on any third parties. By doing so, they can ensure that their data remains secure while also accessing global connectivity at minimal costs. Furthermore, Heliums technology also enables developers to build decentralized applications (dApps) within its platform; these dApps can include anything from gaming apps to payment networks and more! In terms of development progress, Helium has been making tremendous strides since its launch back in 2019; many projects have sprouted up leveraging this protocols capabilities ranging from decentralized finance tools like loans & derivatives to decentralized marketplaces & exchanges.
This has resulted in HNT becoming one of the most popular cryptocurrencies on web3, with a rapidly growing user base and an ever-increasing amount of daily transactions being processed through its network. Overall, Helium (HNT) is proving to be one of the best cryptos to buy for those looking to invest in web3 technologies; it provides a secure platform for users who want access to global connectivity at minimal cost as well as rewarding holders by providing them with mining rewards. It also offers developers plenty of opportunities for building dApps within its platform making it an attractive choice among investors and developers alike!
Filecoin (FIL) is a top web3 crypto that is focused on decentralized storage solutions. It has been built on the InterPlanetary File System (IPFS), and uses blockchain technology to provide secure, cost-effective data storage services. The goal of Filecoin is to create an open market for unused digital storage space by connecting buyers and sellers in a peer-to-peer network. This will enable users to store their data securely without having to rely on centralized cloud providers such as Amazon or Google Cloud Storage. The way it works is that miners are incentivized through reward tokens known as FIL when they commit their resources towards storing and retrieving data from IPFS nodes throughout the network.
As demand increases, prices will rise which means that miners can earn more FIL coins if they offer reliable service at competitive rates compared with other miners providing similar services in the same geographic area. Miners also have access to certain tools like file verification protocols; this helps ensure security of stored files while simultaneously rewarding those who maintain availability of stored files over time with additional rewards paid out in FIL coins. From a user standpoint, Filecoin provides many advantages over traditional cloud hosting solutions due its distributed nature which increases privacy, redundancy, scalability and reliability of data stored. Moreover, the decentralized structure of Filecoin means that there is no single point of failure which increases its security and reduces potential downtime.
Overall, Filecoin combines blockchain technology with distributed storage solutions to provide a more secure and cost-effective way for users to store their data in an open market environment. It is quickly becoming one of the top web3 cryptos due to its ability to take advantage of unused digital storage space while providing incentives for miners who commit resources towards storing files securely on IPFS nodes throughout the network.
Chainlink (LINK) is a decentralized oracle network that provides real-world data to smart contracts on the blockchain. It is one of the top web3 cryptocurrencies in terms of market capitalization, enabling users to securely and reliably connect their smart contracts with off-chain resources such as data feeds, web APIs, enterprise systems, cloud providers and more. With Chainlinks help, developers can build and execute reliable smart contracts on any blockchain platform regardless of its underlying infrastructure. By providing an extensive array of integrations for various blockchains and protocols, Chainlink has become a leading solution for connecting distributed systems across the world.
Polkadot (DOT) is a web3 crypto that has quickly become one of the top contenders in its field. It is a sharded and multi-chain network, allowing for diverse applications to interact with each other without having to rely on any single platform or protocol. DOT tokens are used as a form of payment for transactions across different chains, and also act as governance tokens in the Polkadot network. Polkadots ability to connect multiple blockchains together allows it to offer advantages over traditional blockchain networks, including greater scalability and interoperability between different projects. This makes Polkadot an attractive option for those looking to use blockchain technology in their business models.
Web3 cryptos have become the foundation for digital asset transactions, and are quickly becoming a go-to choice for investors looking to diversify their portfolios. Alongside well-known coins such as LINK and DOT, DigiToads (TOADS) is proving to be one of the most attractive options in terms of potential return on investment. With its unique features that emphasize both user security and anonymity, TOADS stands out as an excellent opportunity for those seeking increased returns without sacrificing safety or privacy. All in all, web3 cryptos offer an innovative new way to invest that offers plenty of potential rewards alongside peace of mind.
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Top 5 Web3 Cryptos - Analytics Insight
Increasing cloud complexity negatively impacts IT performance: report – iTWire
Ninenty-eight percent (98%) of senior IT leaders have been impacted by increasing cloud complexity in some capacity, potentially leading to poor IT performance, loss in revenue and barriers to business growth, according to a new report.
The 2023 Cloud Complexity Report from cloud data software company NetApp explored how technology decision makers are navigating cloud requirements coming from digital transformation and AI initiatives and the complexity of multicloud environments.
Cloud complexity is at an unprecedented level, and organisations across Australia and New Zealand are under ongoing pressure to manage their cyber risk, the adoption of emerging technologies and to optimise budgets, said Matthew Hurford, Vice President and Managing Director at NetApp in Australia and New Zealand.
While the data shows that managing cyber risk is consistently high across every region, the ANZ data shows that tech teams are not taking full advantage of applications, and this represents a huge opportunity.
In Australia and New Zealand (ANZ), the top business impacts due to increasing complexity of data across their cloud environments are increased cybersecurity risk (54%), staff not taking full advantage of business applications (51%), increased scepticism over cloud from leadership (45%), and lack of visibility into business operations (44%).
Our global research report highlights paradigm shifts in how technology leaders look at and manage their cloud initiatives, said Ronen Schwartz, Senior Vice President and General Manager, Cloud Storage, NetApp.
As cloud adoption accelerates and businesses innovate faster to compete, technology leaders are facing growing pressure to juggle multiple priorities at once causing many to rethink how they manage efficiency and security in this new environment.
Our global survey data demonstrates the extreme complexity of modern IT environments, and the pressure technology executives are under to show measurable outcomes from cloud investments, said Gabie Boko, Chief Marketing Officer, NetApp.
At NetApp, we've simplified the complex through our approach, which enables technology executives to increase the speed of innovation, lower costs and improve consistency, flexibility and agility across on-premises and cloud environments.
Key findings from the report include:
Cloud complexity reaches a tipping pointData complexity has reached a boiling point for companies globally, and tech executives are feeling the pressure to contain its impact on the business. However, technical and organizational challenges may stunt their cloud strategies, with 88% citing working across cloud environments as a barrier, while 32% struggle just to align on a clear vision at the leadership level.
Global context: The following regions list this as their top concern if data complexity is not managed:Cybersecurity: France, Spain, and Australia/New ZealandLeadership scepticism: France, Spain, JapanInefficient use across the organization: Australia/New ZealandLack of visibility: Japan
According to NetApp, sustainability has become an unexpected cloud-driver, with nearly eight in ten tech executives citing ESG outcomes as critical to their cloud strategy. However, return on investment (ROI) is a concern among leadership, with 84% of tech executives saying their cloud strategy is already expected to show results across the organization.
Global context:
Nearly half of tech executives (49%) report that when cloud strategy discussions happen, cost concerns come up often or all the time.Data regulation and compliance is another cloud driver, with various local regulations promoting their multicloud strategy most or some of the time.
In Australia and New Zealand, 86% of tech executives are already expected to show a ROI on what the company has spent on cloud, either in increased revenue or in saved costs or are under pressure to show short-term progress.
Three out of four tech (71%) of executives from Australia and New Zealand say their multicloud strategy is driven by data sovereignty requirements.
Tech executives consider AI as a possible solutionIn the next year, over a third (37%) of tech executives report that half or more of their cloud deployments will be supported by AI-driven applications. Nearly half of tech executives at smaller companies those with fewer than 250 employees expect to reach the 50% mark in the next year, and 63% by 2030, while larger companies lag.
Global context:
NetApps global research report reveals a disconnect between the executives outside of IT and those within - specifically, leaders working to execute on cloud are the ones most ingrained in the cost and complexity issues while those outside of IT have yet to fully understand. In the process of shifting to the cloud, leaders are experiencing challenges, leaving room for vendors to address these current or yet-to-be discovered issues, said Randy Kerns, Senior Strategist & Analyst at the Evaluator Group. As customers express concerns with cloud implementation, vendors have the opportunity to build and offer solutions to simplify the process.
"APAC leaders today recognise clouds importance in producing critical business outcomes such as data sovereignty and sustainability. By addressing the cloud complexity confronting their organisations, they can unlock the best of the cloud and innovate faster to compete, said Matthew Swinbourne, CTO, Cloud Architecture, NetApp Asia Pacific. With NetApps unique combination of expertise, capabilities and hyperscaler partnerships, we help customers use the clouds they want, the way they want, while optimising for cost, risk, efficiency, and sustainability.
NetApp says that as organisations increasingly move to multi-cloud environments, it aims to alleviate efficiency bottlenecks by allowing IT leaders to manage their systems on one, streamlined user interface - and by taking an evolved cloud approach, the company is leading the charge for next generation cloud management and storage equipping teams with the tools necessary to stay abreast of the key trends outlined in the research report above (e.g., optimising costs, assessing risks, and operating sustainably).
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Increasing cloud complexity negatively impacts IT performance: report - iTWire
Data breach: chatGPT was always prone to open source code related vulnerabilities – ETCIO
In a shocking development, OpenAI, the creator of ChatGPT, has admitted to a data breach, which was caused by a bug in the open source library that it uses. According to reports, a recently introduced element is affected by an actively exploited vulnerability. OpenAI has said that it had taken the chatbot offline while it worked with the Redis data platform to patch a flaw that resulted in the exposure of user information. The bug which was introduced led to chatGPT users being shown chat data that belonged to others.
Is the data breach surprising? "It was expected, They are carrying open source vulnerability and hackers took advantage as ChatGPT is in a rush to acquire the market," says Kapil Mehrotra, Group Chief Technical Officer at NCML.
"I am surprised that you are surprised. Is ChatGPT somehow special that you thought it can't or won't be hacked? OpenAI is likely to run more as a research organization than a product company and I don't think they would have anticipated the launch success and speed at which it's getting integrated elsewhere. So, I would start with the hypothesis that it's going to be very messy before things settle down, unless somebody proves otherwise," says Murari Sridharan, CTO at BankBazaar.com.
"If you take any organization with all standard good practices in place, they would still face a severe attack once in around 10 years. The point is to minimize the impact of breach and push the pace at which an organization can recover. Given the level of automation of chatGPT, this was bound to happen and I am sure, it would take one single person to goof up the entire setup," says Harsh Vardhan Chauhan, CISO and Head- Information Security, Niva Bupa.
chatGPT needed a controlled environment for release?Many experts opine that the OpenAI tool should have been released in a controlled environment as a pilot, rather than opening it up for the whole world.
"The way chatGPT works, it will be opening up doors. It needed to go in a controlled environment as a pilot and not be open for the whole world. Also, chatGPT is getting used to controlled environments with internal and restricted data (mostly for exploring and as POV). If we don't have the right controls on that, this has the potential to get hacked," says Harshad Sawant, Director- Global information Security Engineering at PepsiCo.
Should enterprises now restrict their employees from accessing the OpenAI tool?"Any portal open to the internet always has the risk of being exploited. chatGPT is no exception. What you use it for matters and this depends upon the individual. Hence, I would strongly recommend that companies should block access from their corporate network and the endpoint devices. Enable it only for a few users post assessing the profile of the user and a strong use case. OpenAI is good for businesses to leverage and they should explore using the private instance as against the public instance. Again like any cloud hosting SAAS platforms, there is always a risk and the way the solution is designed requires control at network, data, access and all the security controls should be implemented," says Kumaran Mudaliar, VP, Cybersecurity at Everise.
Some industry insiders feel that adequate regulatory and compliance frameworks need to evolve in the face of the rapid evolution of the technology landscape.
Its surprising to me. The upcoming Data Protection Law and its effective implementation will force organizations to put all requisite resources before going public, says CA Ramanand Jha, a risk management and cybersecurity expert.
"Chat GPT is designed to generate responses on the basis of inputs it receives. This needs better regulations as abuse of technologies like Chat GPT is being done by bad actors. It was recently seen that the bad actors have incorporated the use of chatGPT to generate scripts to commence mass-scale phishing scams and codes for installing malware or ransomware at big scales. The use of technology needs to be regulated by better policies and laws to prevent misuse. Most of the netizens have already added Google and Microsoft extensions of chatGPT. Some still don't understand AI entirely and are still using it. It is pertinent to point out that chatGPT should not be treated or deemed to be a search engine only. It is an AI and ML based search engine which remembers your previous searches and conducts real-time efficient data tracking to generate your responses. Hence, the long term and habitual use of chatGPT will lead to results generated from your previous searches and results causing the final result to be biased or fabricated to some extent," says Major Vineet, Founder and Global president of CyberPeace.
Conclusion"The AI engine will naturally have access to lots of raw data and a compromise here can be catastrophic. The real test will be this: can AI identify potential threats to itself and proactively protect itself? When we reach there, we are in the world of The Terminator and Matrix," says Cdr Sanjeev Singh (Retd), CISO and Data Protection Officer at Birlasoft.
It is true that information is power but wrong information can be a threat. The use of chatGPT will rise with time leading to vulnerabilities and issues but incorporating these practices in daily cyber hygiene will allow users to prevent major security breaches which may result from chatGPT.
NOTE: This article is part of a chatGPT series put together by ETCIO
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Data breach: chatGPT was always prone to open source code related vulnerabilities - ETCIO
Aryaka has been recognized as a Sample Vendor by Gartner in the Emerging Tech report: Leverage Cloud Connect Infrastructure to Improve Connectivity…
SAN MATEO, Calif., March 29, 2023 /PRNewswire/ -- Aryaka, the leader in SD-WAN and SASE solutions, was named by Gartner in the latest Emerging Technologies report.
Aryaka (PRNewsfoto/Aryaka)
The research, titled 'Emerging Tech: Leverage Cloud Connect Infrastructure to Improve Connectivity Experience of Cloud Workloads for SASE Solutions', highlights the importance of user-to-cloud workload connectivity and the implications for Secure Access Service Edge (SASE) solutions.
Anchored on 40+ cloud-connected, globally distributed PoPs, Aryaka's zero trust WAN enables enterprises to simply 'plug-in' to a modern SASE solution built for the cloud.
The report, authored by Evan Zeng and Jonathan Forest, describes the continued shift to cloud workloads and the impact on the enterprise connectivity experience. According to the report, "In 2024 and beyond, cloud workloads will become the most funded workload type in enterprises, and therefore they must be the priority focus for SASE solutions."Gartner forecasts almost 60% of IT spending on application software will be directed toward cloud technologies by 2024.
Said Matt Carter, CEO of Aryaka. "Performance matters. But the legacy way of connecting and securing users to their workloads delivers a bad user experience. Enterprises that look to the internet for answers are even worse off. SASE is turning this market upside down and we are ecstatic to be at the leading edge of this transformation."
A phrase first coined by Gartner in 2019, SASE converges a traditionally siloed network and security architecture to both simplify operations and provide a better user experience. Demand for SASE solutions has skyrocketed as enterprises have shifted to remote and hybrid work models and widespread cloud and SaaS adoption. The combination of a highly distributed workforce with workloads that now sit in multiple clouds magnify the limitations of traditional solutions.
Gartner notes that, "Connecting users to multi-cloud environments is an important area for SASE solutions because 80% of enterprises that are in the cloud are already in multiple clouds. This includes not only cloud workloads hosting in a single cloud, but also those hosting in multiple clouds. For example, SaaS workloads are increasingly multi-cloud hosted."
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"SASE is a paradigm shift for how enterprises think about network security given how they operate from the cloud," said Carter. "I think we'll see transformation in this space akin to what occurred with both the SaaS and PaaS markets in a fraction of the time."
Aryaka believes that their recognition in the report validates the company's innovative 'single-pass' Unified SASE architecture that tightly integrates connectivity and security as part of a managed service. Recently announced capabilities include a Secure Web Gateway (SWG) and Firewall as-a-Service (FWaaS) for the hybrid edge, offering employees common security policies, application performance, and agility whether they are on-premises or remote.
Download the report here.
To learn more about Aryaka, visit https://www.aryaka.com.
GARTNER is a registered trademark and service mark of Gartner, Inc. and/or its affiliates in the U.S. and internationally and is used herein with permission. All rights reserved.
Gartner does not endorse any vendor, product or service depicted in its research publications, and does not advise technology users to select only those vendors with the highest ratings or other designation. Gartner research publications consist of the opinions of Gartner's research organization and should not be construed as statements of fact. Gartner disclaims all warranties, expressed or implied, with respect to this research, including any warranties of merchantability or fitness for a particular purpose.
About Aryaka
Aryaka is the leader in fully managed SD-WAN and Unified SASE solutions. Aryaka meets customers where they are to help them overcome their network and security challenges with an absurdly great customer experience. Aryaka's flexible architecture and all-in-one service are designed to modernize enterprises of any size, enabling them to defy convention and future-proof their businesses. The company's customer base is comprised of hundreds of global enterprises, including several in the Fortune 100. For more on Aryaka, please visit: https://www.aryaka.com/.
North America Aryaka Media Contact:Dex PolizziLumina Communications for Aryakaaryaka@luminapr.com
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Scale Computing Expands Edge to Cloud Video Surveillance with Wasabi Surveillance Cloud – Yahoo Finance
INDIANAPOLIS, March 29, 2023 /PRNewswire/ -- Scale Computing, the market leader in edge computing, virtualization, and hyperconverged solutions, today announced its edge video surveillance solutions have been extended to include cloud video surveillance storage with Wasabi Surveillance Cloud and theIntel NUC Enterprise Edge Compute Built with Scale Computing. Together, Scale Computing and Wasabi deliver an edge to cloud surveillance solution that is easy to use, minimizes disruption, and allows access to video as usual, and when paired with the Intel EEC customers have a bottomless-storage, edge to cloud appliance. The company also announced its participation at ISC West in Las Vegas this week.
Scale Computing (PRNewsfoto/Scale Computing)
"Video and AI are going through a massive transformation, creating an opportunity for the industry to leverage edge technologies from companies like Scale Computing and Wasabi that enable better performance, agility, choice, and cost," said Kasia Hanson, Global Director, Video, Safety & Security Sales at Intel. "As the video surveillance and security markets continue to grow rapidly, shifting from analog video cameras, CCTV, and proprietary recording appliances to digital IP-based cameras, the demand for near real-time response is driving this need for computing power at the edge of a network. By combining the power of Intel NUC EEC with the simplicity and reliability of Scale Computing HyperCore software, organizations have an efficient, scalable, and comprehensive edge computing solution."
"Organizations are making significant technology investments in video surveillance, and Wasabi Surveillance Cloud is a first-of-its-kind solution offered by a cloud provider that enables these organizations to offload video surveillance footage from their local storage environment directly to the cloud without ever running out of capacity," said David Boland, VP of Cloud Strategy at Wasabi. "This 'bottomless' approach to video storage, combined with Scale Computing, is vital for the surveillance industry as it struggles to manage enormous amounts of video in high resolution environments and increasingly large file sizes tied to surveillance."
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Scale Computing and Wasabi combine industry-leading, on-premises edge computing with easy-to-use cloud data retention and archival to create the agile, hybrid-cloud environment needed today. With seamless integration with all major VMS providersinside of Wasabi Surveillance Cloud, Scale Computing is now able to expand to organizations' needs for critical video surveillance at the edge to the cloud.
Key benefits include:
Easy Management: Moving "cold video files" to the cloud from Scale Computing Platform with minimal admin effort and no impact on users or applications. With Wasabi Surveillance Cloud, 80 percent or more of an organization's video files, on average, can be off-loaded from on-site storage to lower-cost Wasabi cloud storage, freeing up capacity for additional video data.
Cost savings: Every terabyte of video removed from existing primary storage generates real savings by delaying the substantial cost of adding additional on-site storage. This includes not just the cost of the hardware, but also the licensing and maintenance costs, network costs, energy costs, and data center costs.
Flexibility: Whether a company needs disaster recovery, an extension of their storage, or a combination of both.
Dedicated video surveillance infrastructure and storage: Running VMS software on top of hyperconverged infrastructure such as SC//HyperCore provides even greater benefits including high availability failover, data redundancy, rolling upgrades for infrastructure maintenance and the ability to scale out compute and storage capacity of the overall system as needs inevitably change.
"We're seeing a lot of security organizations and businesses beginning to adopt cloud storage as a way to reduce video storage complexity and costs. As they do so, one of the main obstacles that they face is converting the file-based format to a cloud object storage format," said Scott Loughmiller, Chief Product Officer and co-founder of Scale Computing. "Organizations can now combine on-premises Scale Computing clusters and Wasabi Hot Cloud Storage, allowing recent video to be stored locally at the edge until it's moved to the cloud where it can be kept for as long as the organization needs it."
To learn more about edge to cloud video surveillance, please visit the Scale Computing team at Wasabi booth #2077 at ISC West (March 28 - 30). Scale Computing is also hosting a Partner Power Hour at 2pm PT on Wednesday, March 29, inside Booth #2077.
For more information on Scale Computing, please visit https://www.scalecomputing.com/video-and-surveillance-infrastructure-solutions
About Scale ComputingScale Computingis a leader in edge computing, virtualization, and hyperconverged solutions. Using patented HyperCore technology, Scale Computing Platform automatically identifies, mitigates, and corrects infrastructure problems in real-time, enabling applications to achieve maximum uptime, even when local IT resources and staff are scarce. Edge Computing is the fastest growing area of IT infrastructure, and industry analysts have named Scale Computing an outperformer and leader in the space, including being named the #1 edge computing vendor by CRN. Scale Computing's products are sold by thousands of value-added resellers, integrators, and service providers worldwide. When ease-of-use, high availability, and TCO matter, Scale Computing Platform is the ideal infrastructure platform. Read what our customers have to say on Gartner Peer Insights, Spiceworks, TechValidate, G2, and TrustRadius.
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Scale Computing Expands Edge to Cloud Video Surveillance with Wasabi Surveillance Cloud - Yahoo Finance
Hostingo WordPress: Cheap and the Best Cloud Hosting for … – Expat Guide Turkey
Websites are known as important tools used to strengthen the online presence of businesses and individuals. However, it is equally important to use the right tools to create a website. WordPress is one of the most popular website platforms worldwide, as well as this platform is preferred because it is easy to use, customizable, and scalable. Hostingo is an ideal solution for WordPress hosting and stands out for its performance and security.
When creating your website, if you are using WordPress, it is quite important to choose the right hosting provider. Most of the factors that affect your websites performance, speed, reliability, and SEO ranking are determined by your hosting provider. Hostingo is known for its cheapness and the best cloud hosting for wordpress
Hostingo provides a quality WordPress hosting service at cheap prices. Hosting packages can be customized according to your budget and needs. This way, instead of paying too much for unnecessary features, you can control your budget by choosing the services you need. If you are looking for cheap WordPress hosting, the right address is hostingo.com/wordpress-hosting
Hostingo is recently among the cheapest hosting services compared to other WordPress hosting providers. In addition, the low price does not affect the quality of service. Hostingo guarantees its customers the high performance of your website and fast loading times. If you are looking for the cheapest WordPress hosting, Hostingo is the right address.
Hostingo is one of the hosting providers that offer the best cloud hosting for wordpress , Cloud hosting has the latest technologies to improve the performance and speed of your website. Hostingo WordPress provides customized cloud hosting services according to the needs of your website. In this way, it ensures high performance and fast update time for your website.
Hostingo offers all the services you need for hosting your website in the best way. The hosting service designed specifically for WordPress is optimized to improve the performance of your website and provide fast loading times. In addition, it takes the necessary measures to ensure your security and ensures that your website is backed up regularly.
Hostingo offers high-quality and cheap WordPress hosting services. The best cloud hosting services, improves the performance of your website and increases your SEO ranking. If you are looking for affordable and high-performance hosting services, Hostingo is one of the best options for your search for the cheapest WordPress hosting.
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Moving to a Private Cloud Things to Consider – Industry Analysts Inc
The process for moving your PaperCut MF Application Server between two on-premises servers is the same whether youre moving it to a cloud platform hosted by Google, Microsoft, or Amazon. The distinction is in the extra work youll put in up front to make sure cloud hosting is appropriate for your business and in the back end to confirm that your solution still works as planned after moving to remote infrastructure.
Consider the following issues before you start planning such a migration:
Q Is my internet connection reliable and fast enough for my company to rely on it for printing?
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Interested in learning more? Click Here or Email us sales@ecoprintq.com to get more about hosting scenarios and how we can help you make your business more efficient.
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Cloud Native Applications Market worth $17.0 billion by 2028 – Exclusive Report by MarketsandMarkets – Yahoo Finance
CHICAGO, March 27, 2023 /PRNewswire/ --The global Cloud Native Applications Market size is estimated at USD 5.9 billion in 2023 and is projected to reach USD 17.0 billion by 2028, at a CAGR of 23.7% during the forecast period, according to a new report by MarketsandMarkets.
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Platforms segment to hold the largest market size during the forecast period
A cloud native application is made of discrete, reusable components called microservices that can be integrated into any cloud environment. Microservices serve as building blocks and are frequently packaged in containers. Microservices work together to form an application as a whole, but each can be independently scaled, continuously improved, and rapidly iterated via automation and orchestration processes. Each microservice's flexibility contributes to the agility and continuous improvement of cloud-native applications. Cloud native is a method of developing and running applications that takes advantage of the benefits of the cloud computing delivery model. Companies that build and operate applications using a cloud native architecture bring new ideas to market faster and respond to customer demands more quickly. While public cloud has changed the way people think about infrastructure investment in almost every industry, cloud-like delivery isn't limited to public environments. Cloud native development is appropriate for both public and private clouds; it is about how applications are created and deployed rather than where they are created and deployed. More importantly, the ability to provide developers with on-demand access to computing power as well as modern data and application services is critical. Cloud native development combines DevOps, continuous delivery, microservices, and containers. A cloud-native platform is built, optimized, and run entirely in the cloud. Cloud-based tools are fast and scalable because the platform is built in the cloud. This technology provides reliable functionality, seamless interconnectivity, and enhanced business continuity. Cloud-native systems are built entirely in the cloud and provide developers with new and advanced deployment tools for the rapid evolution of the enterprise's overall architecture. They simplify the design and administration of complex infrastructure. Cloud hosting technology refers to cloud technologies that provide cloud processing and storage. The service provider manages the cloud-based infrastructure, software, and tools. The cost is variable and dependent on the user's requirements.
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Healthcare & life sciences vertical to record the highest CAGR during the forecast period
By accelerating the digital transformation, healthcare companies are adapting and innovating faster than ever before to improve their healthcare services. This technology is gaining traction, allowing for better care delivery while also improving financial and operational outcomes. Cloud-native helps healthcare by easing onboarding and reducing the use of internal resources. Healthcare organizations that are already using cloud services and migrating to cloud-native platforms will find the process easier because the majority of the hardware and software requirements will be met. Because such cloud-native technology is flexible and scalable, healthcare ideas and plans can be easily brought to market and respond to customer needs more quickly. Connected devices continuously transmit data, and the amount of unstructured and structured data generated by the healthcare industry is massive. A single platform system for data collection, preservation, access, and compilation is now required, and health professionals are increasingly aware of the need for such systems. The use of cloud computing in healthcare allows for real-time data analysis, which improves accessibility and workflows, resulting in more proactive healthcare. When migrating from legacy systems to cloud platforms, privacy and security are of the utmost importance. Cloud-native platforms are an excellent solution to these issues. The use of cloud-native platforms can shift the emphasis away from the software, hardware, and infrastructure burden. It protects against data breaches and security breaches while also ensuring compliance with the Health Insurance Portability and Accountability Act (HIPAA) and the General Data Protection Regulation (GDPR) (GDPR).
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North America is projected to have the largest market sizeduring the forecast period
North America is expected to have the largest market size in the CNA market, and the trend is expected to continue till 2028. With the new Cloud Native and Orchestration Center in North America, Ericsson is doubling down on cloud native. Cloud native is a modern approach to developing and running software applications that takes advantage of cloud computing's flexibility, scalability, and resilience. Ericsson has launched the new Cloud Native and Orchestration Center with a focus on North America, where operators are at the forefront of the cloud native transformation. Ericsson's new center, which brings together more than 100 experts from across the US and Canada, will use this expertise to design, develop, implement, and support the life cycle management of cloud native solutions for customers worldwide. All network functions are migrating to cloud native platforms, from cloud native 5G core to cloud/virtualized RAN, and North America is at the forefront of this telco cloud native transformation. This new Cloud Native and Orchestration Center in North America will assist them with challenges such as platform and application life cycle management, migration, and automation, all of which are more complex for telco solutions. The Cloud Native and Orchestration Center is a virtual collaboration of Ericsson employees in Plano, Texas, as well as other locations across Canada and the US. Ericsson's Software Delivery Unit will also assist the team, as will Ericsson D-15 Labs in Silicon Valley. Services are critical in the cloud storage market because they support clients both before and after they adopt cloud storage solutions. Service providers assist their clients with various phases such as designing, establishing, maintaining, and updating CNA solutions.
Market Players
Some prominent players across all service types profiled in the Cloud Native Applications Market study include Amazon (US), Google (US), IBM (US), Infosys (India), LTI Mindtree (India), Microsoft (US), Oracle (US), Red Hat (US), SAP (Germany), VMware (US), Alibaba Cloud (Singapore), Apexon (US), Citrix (US), Cloudhelix (Sussex), and Cognizant (US).
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Cloud Native Applications Market worth $17.0 billion by 2028 - Exclusive Report by MarketsandMarkets - Yahoo Finance
The Future of Colocation Hosting and How it is Evolving to Meet … – Robotics and Automation News
Colocation is a type of hosting where the hosting firm rents out space in its data center. You have the space you need in the data centers to manage your needs and keep your server.
Even though they wont be in control of the hardware and software the server colocation hosting provider assumes full responsibility for keeping a secure server environment.
Unlike cloud hosting, server colocation hosting necessitates that customers supply their own hardware. They look for a place that will accommodate their gear and software. When you choose cloud hosting in contrast your supplier includes both the hardware and the hosting space.
In a server colocation facility hosting for servers is very different from managed hosting. While the latter is in charge of managing and maintaining the servers the former is only responsible for retaining your server by providing the best hosting space.
Colocation hosting is the best solution for businesses that are in control of their hardware and software resources.
Your colocation hosting provider makes the necessary conditions for your resources to be kept in the defined area. Space is allotted in accordance with the plan you bought.
These server colocation hosting companies accept the need to deliver the greatest server environment possible through first-rate server administration. However, the colocation clients are responsible for handling any resource-based needs or expansions that arise within.
As a result, server colocation is the ideal solution for clients that lack the specialized server management and experience required to meet their expanding server requirements. The colocation service provider for servers stays out of the way of expanding demands and server operations.
Colocation hosting has been developing quickly to accommodate the changing needs of businesses. It is a sort of data center service that enables companies to rent physical space, power, cooling, and connectivity for their servers and other IT equipment. The followings are some of the trends and advancements influencing colocation hosting in the future:
Businesses are increasingly opting for colocation hosting services that offer better flexibility and scalability as a result of the rise of cloud computing. In response colocation providers are providing flexible contract periods and the option to add or remove equipment as necessary.
As environmental consciousness increases, businesses are looking for colocation providers who promote sustainability. This has led to an increase in the usage of energy-efficient technology, such as green electricity energy-saving cooling systems, and the use of recycled materials in data center construction.
Security has emerged as a top concern for businesses due to the increasingly complex and pervasive nature of cyber attacks. To safeguard their clients sensitive data and IT systems colocation providers are investing in cutting-edge security features like biometric access control round-the-clock monitoring, and multi-layer firewalls.
Edge computing, a technology that analyses data closer to the source of data generation, is becoming more and more popular as the volume of data generated by a lot of devices keeps growing.
Colocation providers are investing in edge data centers to give businesses the option of processing and storing data closer to the source reducing latency and improving performance.
Businesses want quicker and more dependable connectivity as cloud computing and other data-intensive technologies become increasingly popular.
To accommodate this demand colocation service providers are making investments in fast fiber optic networks and other cutting-edge connectivity technologies.
Today, many firms combine on-premises private cloud and public cloud solutions. In response to this trend, colocation providers are providing multi-cloud solutions that let companies store their data across many platforms and locations.
Artificial intelligence and machine learning are being used by colocation providers to increase the effectiveness and dependability of their data centers. AI-powered systems, for instance, may monitor and anticipate equipment problems, improve cooling and power usage, and decrease downtime.
In conclusion, uk colo hosting is evolving to better meet the changing needs of businesses by offering more flexibility, sustainability, security, edge computing capabilities, and high-speed connectivity.
As businesses rely more and more on IT to support their operations, colocation hosting will remain crucial in helping them manage and protect their data and IT systems.
As long as organizations continue to demand more efficient, secure, and environmentally friendly data center solutions colocation hosting has a bright future.
As technology advances, colocation service providers will continue to invest in new goods and services to meet the changing demands of their clients.
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8 Basic Server Types Used in Computer Networking – MUO – MakeUseOf
In modern programming, the prevailing architecture relies on client-server communication. A client computer requests data from a server. The server receives the request and responds to it with the data or an error of some sort.
The word server can refer to both computer hardware and software that provides functionality for other programs.
Servers play a vital role in the consumption of goods and services and many types are used in computer networking. Learn what they are, their use cases, and how they differ.
An origin server listens to and responds to incoming internet requests. It's typically used in conjunction with edge and caching servers. Origin servers consist of one or more programs delivering web content to clients.
It's commonly used to serve clients like a website with data. Origin servers can be slow. This is because speed depends on the distance between the client and the server. The server has to process clients' requests and responses, which delays loading.
You can reduce the latency of origin servers using a Content Delivery Network (CDN). A CDN consists of distributed servers that cache content close to the client. This reduces the distance between an origin server and a client, reducing latency.
CDNs easily transfer internet assets like HTML pages, JavaScript files, images, and videos. These assets assist in the transfer of internet content.
A Proxy server is an application that acts as an intermediary between a client and a server. They process a request on behalf of the client and mask its identity. They deliver the response from the source server.
Proxy servers act as content control software. They filter encrypted data, log, access services, and boost security in the network. Proxy servers use different types of protocols to get work done.
You can create your own Proxy server to help hide the identity of your devices on the web. This can lessen the chance of you suffering an attack. Organizations use proxy servers to restrict the type of web content available on their network. They work together with origin servers to reduce latency and improve security.
A web server is both software and hardware that processes requests over the web. Web servers use network protocols to process content. These protocols include HTTP (Hypertext Transfer Protocol), SMTP (Simple Mail Transfer Protocol), and FTP (File Transfer Protocol).
Web servers work to display website content. They process, store, and deliver content through the web, to users. The web server hardware connects and exchanges data with connected devices.
The software controls how a user accesses the data. You can use web servers in web hosting or hosting data for web-based applications.
Database servers manage databases containing data or information. They can be any server that maintains files in a database application. They control access to the database for authorized users.
Programmers create databases on database servers using scripting languages like SQL. Applications have to connect to the database server to access the database.
Database servers keep backup data in a central location. They allow authorized users and applications on the network to access the data. Organizations use database servers to filter client requests and protect data.
One database can have several servers, and several databases can have one server. Examples of database servers include Microsoft SQL Server or Oracle.
A cloud server is a centralized server hosted remotely by a cloud service provider. Clients can access the server via an internet connection. Like physical servers, cloud servers can store, process and deliver data. Cloud servers provide services to clients remotely regardless of location.
Cloud servers are physical servers delivered through the internet. This happens through a process called virtualization. When a hypervisor abstracts physical servers, it creates a virtual resource. The virtual resource is then automated and delivered to clients through the internet.
Clients that use cloud servers don't own or manage their own physical servers. Instead, a third-party organization provides server services. This is the infrastructure-as-a-service (IaaS) model.
It's a form of cloud computing that provides virtual services over the internet. Clients pay to use cloud servers to store and manage resources and scale whenever they want. Clients can share a public cloud or have a private or hybrid cloud(on-premise and virtual). Examples of cloud server providers include Amazon Web Services and Microsoft Azure.
Mail servers control the sending and receiving of mail over a network. Receives mail from clients and delivers mail to other mail servers and clients. Mail servers handle and deliver email over a network like the internet.
A mail server powers email services. It receives an email from a client and delivers it to another mail server. A client can be any computing software, for example, a desktop or mobile device. Mail servers use SMTP to process and deliver information. Gmail provides a free SMTP server that you can use to send emails from your app or website. Examples of clients that use mail servers include Gmail, Yahoo, etc.
A DNS (Domain Name Service) server translates domain names to corresponding IP addresses. Your browser references a DNS server when you type a domain name into your browser. In a computer network, all devices have an identifying IP address. They use the IP address to identify themselves when connecting to the internet.
A DNS server lets you avoid memorizing IP addresses. Instead, typing in a domain name translates into the IP address and finds the resource you seek. There are dynamic DNS servers and static DNS servers. You can either do it manually or use a free dynamic DNS provider.
A DHCP (Dynamic Host Communication Protocol) server configures the network settings of client computers. It dynamically allocates IP addresses to computers in a LAN network. Without a DHCP server, you would have to configure IP addresses for each device in your network manually.
Servers exist to facilitate the provision of data to users. They can manage a network, share programs, host databases and web pages, and transfer e-mail.
There are many other types of servers used in computer networking. Others like FTP servers, application servers, DHCP, and file servers are equally important. Each server has specific functions and use cases.
It's important to know how servers function if you work in tech. Understanding servers helps you to maximize their capabilities on physical and virtual platforms.
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8 Basic Server Types Used in Computer Networking - MUO - MakeUseOf