Category Archives: Cloud Servers
Results from a TechRepublic Premium survey show that more respondents are using a hybrid combination of internal and cloud servers than they were in 2020.
Picking the best IT infrastructure and tech vendor for your company is taxing in normal times, but it's even rifer with challenges during a global pandemic. That's what many small and medium businesses faced last year when COVID-19 caused them to accelerate digital transformation initiatives, software deployments and tech spends.
This is no easy task; as an organization's technology stack could mean the difference between operating a successful, innovative company or a struggling, unsustainable one. TechRepublic Premium wanted to find out how SMBs build their perfect technology infrastructure. So they conducted a survey and compared the results to a similar survey from last year.
SEE:Research: COVID-19 causes SMBs to increase IT deployment and spending(available free for TechRepublic Premium subscribers)
COVD-19 has impacted IT deployment and spending for 46% of respondents and affected the types of services SMBs tried, tested or experimented with over the last 12 months. In the previous year, only 27% experimented with Zoom, but that number rose to 60% in 2021.
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Consistent with last year's survey, SMBs continue to use Microsoft Office 365 (56%), Microsoft Azure (43%), and Amazon AWS (43%). However, the number of respondents who experimented and tested Google Cloud Platform (28%) was down from the 33% that experimented with the platform last year.
It's no surprise that SMBs are turning to cloud services for solutions. However, in 2021, 46% of respondents rely on internal on-premises systems, which is a stark decrease from the previous year's response of 63%. Also in 2021, some 44% of respondents use a hybrid combination of internal and cloud servers, which is notably higher than the 2020 survey result of 39%. Furthermore, survey results show that 26% of respondents use more than one cloud service, which is up significantly from the 17% reported in 2020.
The importance of fulfilling business needs has not changed much over the years. The 2021 survey reports that 45% of respondents believe fulfilling business needs is the most important factor when making decisions on IT deployment, which was the same sentiment reported in the 2020 survey.
The infographic below contains selected details from the research. To read more findings, plus analysis, download the full report:Research: COVID-19 causes SMBs to increase IT deployment and spending(available for TechRepublic Premium subscribers).
Supermicro Expands Worldwide Manufacturing – Doubles Capacity to Deliver Over Two Million Servers Per Year and Improved Economies of Scale -…
"Supermicro is investing in the future of the data center, whether on-premises or for public clouds," said Charles Liang, president, and CEO, Supermicro. "With this expansion of our manufacturing capability, we will be able to quickly ship large quantities of individual servers or within fully tested racks directly to our customers. We will have worldwide coverage and capacity to meet the increasing demand for servers and storage systems as more enterprises continue their digital transformation."
The new manufacturing facilities will enable Supermicro to keep costs low by leveraging US design excellence with lower-cost manufacturing in Taiwan. By mid-summer 2021, Supermicro will have the capacity to produce over two million severs per year, effectively doubling capacity. Rack level design reduces pricing for customers, and Supermicro will deliver fully configured and tested racks to customers globally through the Supermicro Rack Scale Plug and Play Solutions capability. The assembly lines will produce a range of servers and rack level integration consisting of Supermicro products and third-party components.
Rack Scale Plug and Play Solutions
Pre-defined racks of expertly selected servers, storage, and networking components, working together, will result in solutions that are perfectly matched to existing and future workloads. Solutions will consist of optimized servers and storage systems for Cloud, AI, 5G/Edge, and Enterprise workloads. The new rack solutions are designed for efficiency with superior thermal functionality and equipped to support the latest liquid cooling options for the growing number of racks requiring high-density efficiency and performance.
Supermicro at Computex Taipei 2021
Supermicro CEO, Charles Liang, headlined the first day at COMPUTEXForum with a keynote address onthe latest system innovations and storage solutions for dynamic markets, including Cloud, AI, 5G/Edge, and Enterprise.
June 2, 2021 (Wed) (GMT+8) 10:30am-11:00
Charles Liang,Founder, President, Chief Executive Officer, Chairman of the Board, Supermicro
In addition to the COMPUTEX Forum presentation, Supermicro will host a virtual booth and demonstrate a wide range of server and storage options. Supermicro systems feature a choice between 3rd Gen Intel Xeon Scalable processors or 3rd Gen AMD EPYC processors. In addition, Supermicro continues to support the latest generation of NVIDIA-Certified Systems, including NVIDIA Ampere architecture GPUs, NVIDIA BlueField-2 DPUs, and NVIDIA ConnectX-6 InfiniBand adapters.
Supermicro offers over 200 application-optimized systems, including:
These systems enable organizations worldwide to expand their computing capacity for various industries while reducing their energy usage. This breadth of offerings, combined with our expanded global manufacturing capabilities, ensures that Supermicro can meet the growing demands of customers worldwide.
To learn more about Supermicro http://www.supermicro.com
About Super Micro Computer, Inc.
Supermicro (SMCI), the leading innovator in high-performance, high-efficiency server technology, is a premier provider of advanced Server Building Block Solutions for Enterprise Data Center, Cloud Computing, Artificial Intelligence, and Edge Computing Systems worldwide. Supermicro is committed to protecting the environment through its "We Keep IT Green" initiative and provides customers with the most energy-efficient, environmentally-friendly solutions available on the market.
Supermicro, Server Building Block Solutions, and We Keep IT Green are trademarks and/or registered trademarks of Super Micro Computer, Inc.
Intel, the Intel logo, and other Intel marks are trademarks of Intel Corporation or its subsidiaries.
All other brands, names, and trademarks are the property of their respective owners.
SOURCE Super Micro Computer, Inc.
The chip market has been stable for decades. Mega-producers such as Intel and AMD have dominated. Niche and custom markets were served by a host of other providers. And a few select companies like IBM have continued to develop their own chips.
IBMs deep pockets mean it doesnt just produce microprocessors it is a major innovator. It just announced a 2-nanometer (nm) chip, compared to the usual range of 7-10 nanometers and in some cases, 5 nanometers.
But IBM is being joined by an elite group of cloud providers who are building custom chips designed for their own massive data centers. Google, Facebook, Amazon and Microsoft are all getting in on the act.
In many ways, what is happening with microprocessors is the extension of a trend that has been going on for a decade or more.
The hyperscalers like Amazon, Facebook, Google and Microsoft Azure have shown a trend over the past decade of developing their own hardware directly, or via acquisitions, to support general server offloads as well as optimize network, security, encryption, storage I/O, graphics, and other functions, said Greg Schulz, an analyst with Server and StorageIO Group.
First, these companies designed their own massive data centers and included customized cooling arrangements and introduced solar panels and other renewable resources for power.
Next, they began tailoring servers to their own specifications. They didnt want the plain vanilla servers provided for the general server market. They wanted servers which were all compute and little or no storage. This enabled them to erect row after row of highly dense compute resources to power their data centers. They also arranged them so they could slide out in seconds when they failed, to be replaced with another blade.
Its all about economies of scale, reducing cost, physical and power footprint, component count, and getting more productive work done in a cubic meter or centimeter, said Schulz. Not everything is the same, so if you dont need a lot of memory, or I/O, or compute, you can set up different modules and platforms optimized for a specific workload without carrying the extra physical hardware packaging to support flexibility.
That trend has continued to this day, and now chip customization seems a logical extension. As in their previous forays into data center and computer design, it is all about optimization of workloads and overall performance, power and cooling efficiency, latency, density, and of course, cost. Dont think for a minute that Amazon is planning to pay top dollar for customized chips like most people do. Similar to how the online retailer can produce a branded version to undercut a best seller, Amazon and its high-tech pals are likely to cut deals with Asian-based chip producers at heavy discounts.
Some of the work being done is in collaboration with the Open Compute Project, and the different players are sharing varying amounts of detail on what they are doing, said Schulz. We have seen the hyperscalers evolve from using their custom-designed application specific integrated circuits (ASICs) and field programmable gate arrays (FPGAs) as well as hypervisors to more full-fledged built-to-order chips with custom components for servers, adapters and other devices.
Google, too, has been especially active in tailoring compute resources to its needs, all the way down to the component level. It has been working closely with partners to produce its own solid-state drives (SSDs), hard drives, networking switches and network interface cards (NICs).
In many ways, these companies drive the market to go in directions that suit their needs. Google already has its own customized chips such as the Tensor Processing Unit (TPU) for machine learning workloads, Video Processing Units (VPUs) to improve video distribution, and even open-source chips aimed at enhanced security.
Custom chips are one way to boost performance and efficiency now that Moores Law no longer provides rapid improvements for everyone, said Amin Vahdat, Google Fellow and vice president of systems infrastructure.
Now comes system-on-a-chip (SoC) designs. Instead of lots of different components on a motherboard, the idea is to integrate them all within a microchip package. The goal, as always, is to lower latency, power consumption and cost while obtaining higher performance. This pits Google against AMD, ARM, and others who already produce SoCs. Other hyperscalers like Facebook and Microsoft are getting in on the SoC act, too.
Instead of integrating components on a motherboard where they are separated by inches of wires, we are turning to SoC designs where multiple functions sit on the same chip, or on multiple chips inside one package, said Vahdat. In other words, the SoC is the new motherboard.
Schulz believes the hyperscalers will succeed, as they have done in similar forays in the past.
Given their size, ecosystem, scale of deployment, they can succeed as we have already seen with AWS and its Nitro project (hardware and software), along with what Microsoft, Google and others are doing, said Schulz. At this point, they may not go as far as designing CPU instruction chipset-level products and directly competing with Intel, AMD, and ARM.
In light of this new development, how will Intel and AMD respond? ServerWatch reached out to Intel and AMD, but neither commented.
Schulz said Intel not only needs to deal with the actions of the hyperscalers, it also needs to respond to recent innovations from AMD, ARM and Nvidia the last two of which are merging in a blockbuster $40 billion deal.
Intel could eventually position itself to be the fab of choice for the hyperscalers while also supplying CPU core and other technology to be used under license to these tech giants, said Schulz. Whatever happens, Intel and AMD will need to add more functionality, become more flexible, and remove costs and complexity to be competitive.
However, he doesnt think the x86 chip market is going away anytime soon. Over time, a greater percentage of GPU, FPGA, ASIC, and other specialized microchips will be added to custom motherboards, adapters, and mezzanine cards. Likewise, Schulz predicts that we will see more system integration on motherboards for the Internet of Things (IoT) and other small platforms, as well as mobile devices.
Given Amazons retail reach, are we likely to see Amazon branded microchips? Schulz doesnt think so, at least in the near term.
Initially, any consumption of custom chips will be purely internal, he predicted. However, we will see custom AWS technology deployed into data centers.
Given Amazons seeming ability to venture into any market, that one in particular bears watching.
See original here:
Cloud Giants Turn to Custom Chips - Server Watch
People have been interested in utilizing virtual cloud servers is not a pretty new thing.
For a while, this new idea of virtual bare metal solution has successfully brought professionals attraction. Meanwhile, what it serves, such as KVM virtualization, full root access, intuitive command, several IP resources, etc., are also the most significant demand among the users.
Besides, the Kronos cloud server from Heficed also assures users get a sturdy infrastructure. It also ensures not connecting your server to the black-list IP spaces. As a result, users get enormous flexibility in this automated platform. Coming from an optimized open-source Kernel-based virtual machine hypervisor has also got built-in refined automation.
Besides, you will get flexible accessibility to several traits from rebooting, remote consoling to even rescue mode, advanced DNS, IPs management, etc. In the meantime, allowing you to select your operating process, control the resources remotely, configure the server, etc., make users more satisfied.
Now, look at its significant traits that have placed Kronos in a higher position. Meanwhile, its versatility in executions reflects the dedication towards professionals. As a result, users also feel reliable to Kronos indeed.
As it offers many operating systems accessibility, you can quickly go through Windows, Ubuntu, Debian, Fedora, etc. As a result, just simply install any of these, and then you will get the chance to configure an open-source OS that suits your desired application.
Providing well-prepared along with data enriched APIs is one of the most significant reliability of Kronos. As a result, the cloud server functions have been much more easily accessible. Meanwhile, it also offers more comprehensive business readiness while providing auto allocation in computing, storage system, and network resource management. As a result, deployment in Kronos has become much more flexible among the users.
If you are still tensed about uploading your mission-intensive data in the cloud, Kronos can get your back. You get here a real quick configuration to register programmed backups that set up the frequency, storage space, and so on. Frequent restoration is always a life-saving feature for any uninterrupted business operation.
Is Kronos comparatively a better one?
When a bare metal solution system has just popped up, people find it more suitable than any other previous solutions in a cloud server. So, for boosting the computing performance, premium customization on hardware system resources, etc., bare metal has brought more remarkable changes. It offers a dedicated computing environment. As a result, you can have more control over your server while having cost-effectiveness securely.
By this time, we have witnessed so many cloud servers that work virtually. Now, the vital question is, do we need Kronos over others? Considering one is not an easy task as it requires many aspects to measure. Several factors, just like computing infrastructure, capital or execution budget, in-home IT resource availability, and expertise, etc., play an impactful role in the deploying model.
Through a deeper dive into Kronos cloud service, many professionals have found it a better option. Well, before telling you these, let me portray the factors, shouldnt I?
-It helps to accelerate your ROI by avoiding capital expenditures (ROI or return on investment shows how feasible your company is)
-Empowering reallocation of IT support
-Transforms into an enhancement of the systems availability and reliability
-Concentrating on imperative corporate actions
-Advancing data backup and security
-Lessening IT maintenance personnel expenses
Administer I/O-based Robust Functions
Intensive workloads based on your information can be played through your organization. Meanwhile, relevant applications are also there that measure performing levels. Kronos cloud ensures a more comprehensive service than other dedicated servers. Besides, installing any virtual machine- tailored to the enterprise network is legal as it is a bare metal solution provider.
As a professional user, you must not expect any latency or unclear circumstances from service providers. Kronos has excellent efficiency in providing you prolonged flexibility of load timing. Apart from its faster loading, it also handles traffic spike management nicely. Meanwhile, it is highly compatible with handling high-volume and velocity-based information.
Also, you can get enablement for keeping any critical projects ahead without facing any network issues or interruptions. Apart from these factors, its resources are not occupied through a cloud OS that lets users a whole exclusive utilization.
Kronos Cloud for Linux
Kronos cloud server allows you to utilize your chosen Linux distribution through customizable ISO. Besides, you can select from the type of preinstalled applications and templates. As its full of full root access enablement, you can also compile and operate any desired kernel. Meanwhile, it starts from $5.00 per month or $0.03 per hour.
Kronos Cloud for Windows
Apart from Linux, utilizing Microsoft Windows on the enterprise cloud of Kronos comes with the benefit of selecting pre-installed applications and templates. It also allows users to configure and automate processes through API. It starts from $25.00 per month or $0.08 per hour.
You will see here time billing to find out the places where time billing is currently applicable. You can sort it out through live chat with them too.
The success of the Kronos cloud depends on its terminal control panel, but why? Well, it comes with an array of benefits, including several IPv4, IPv6 enablement, customizable ISO, sturdy API, automatically executed xDNS control system, etc., along with its higher scalability. Through its advanced and amplified performance level, you can trace out 100% satisfaction.
This factor has made a lot of users interested to continue with the Heficed family. Meanwhile, it brings scopes to run the info-intensive workloads and demands. Other than that, this robust cloud server undoubtedly opposes any physical world limitations or shortages. Its customized automation and OS flexibility have successfully built the Kronos through an open-source KVM with ease in management.
See original here:
The Deep Inside of the Kronos Cloud Server! FLA News - FLA News
Microsoft continues to bring Azure-based managed services to Azure Arc, the hybrid and multi-cloud platform. At BUILD 2021, held last week, the company announced the availability of Platform as a Service (PaaS) capabilities on Azure Arc in preview.
Azure Arc is Microsofts hybrid and multi-cloud platform that seamlessly extends the capabilities of Azure public cloud to on-prem data centers, edge locations, and any public cloud. Customers with investments in Azure can centrally manage and govern infrastructure running in diverse environments.
With Azure Arc, Microsoft extended the core resource management capabilities of Azure to support external resources like Linux and Windows servers, Kubernetes clusters, SQL Server instances, PostgreSQL Hyperscale servers and more.
Azure Resource Manager (ARM), the control plane responsible for provisioning and managing cloud-based services such as Azure VMs and Azure SQL Database, is expanding its capabilities to support non-Azure resources running outside of the public cloud.
Azure Arc acts as the glue connecting the external resources to Azure Resource Manager.
At the heart of Azure Arc is Kubernetes, the open source container orchestration engine powering the modern infrastructure. Microsoft relies on Kubernetes to provide a consistent environment to run its hybrid and multi-cloud services.
It doesnt matter if the Kubernetes cluster runs on Amazon EC2 or Google Compute Engine or a fleet of vSphere VMs. Microsoft can push an agent and start running its managed services. The Azure engineering team is squarely focused on porting some of its best-managed services to Kubernetes without worrying about the underlying compute infrastructure.
Kubernetes as the Foundation for Azure Arc
Microsoft is one of the first companies to exploit Kubernetes as the foundation for its hybrid and multi-cloud strategy. In just two years, it ported a dozen managed services to Kubernetes, branding them as Arc-enabled services.
Though Anthos, the closest competitor to Azure Arc, was launched much before, Google has been slow in bringing cloud-based managed services to its hybrid platform. In contrast, Microsoft has been aggressive in adding services to Azure Arc.
An enterprise needs a reliable infrastructure to run the system of record and the system of engagement. The system of record handles the data management through relational databases, while the system of engagement acts as the interface to the data. More recently, enterprises have started to invest in the system of intelligence, which provides predictive analytics and machine learning-based services.
Azure Arc services
Azure Arc is the only hybrid and multi-cloud platform that can run all three layers - the system of record, the system of intelligence and the system of engagement.
Microsoft has a history of managing the enterprises system of record through SQL Server and Azure SQL DB.
Through Azure Arc, Microsoft brought SQL Managed Instance and PostgreSQL Hyperscale to hybrid and multi-cloud environments. These two flavors of databases cover a broad range of use cases and scenarios that enable customers to run modern applications with the ease of consuming DB as a Service (DBaaS) offerings.
Azure Arc Enabled Data Services become the system of record for modern enterprises.
With Azure Arc Enabled Machine Learning, Microsoft brought Azure ML to Arc. Customers can run the MLOps pipeline within their environment by ingesting data from on-prem and cloud data sources, running training jobs, and even hosting the models for inference.
Customers can run their ML training on any Kubernetes target cluster in the Azure cloud, Google Cloud, AWS, edge devices, and on-prem through Azure Arc enabled Kubernetes. With a few clicks, they can enable the Azure Machine Learning agent to run on any open source Kubernetes cluster that Azure Arc supports.
Azure Arc Enabled Machine Learning service delivers the system of intelligence.
At BUILD 2021, Microsoft announced the availability of application services on Azure Arc. With this integration, customers can run App Service, Functions, and Logic Apps on any Azure Arc enabled Kubernetes cluster.
Interestingly, customers can run different classes of applications ranging from web frontends, API services, serverless applications, and event-driven applications.
An application deployed on Azure Arc can talk to the database hosted on Arc-enabled Data Services while tapping into the machine learning models for predictions without ever leaving the enterprise data center.
Azure Arc App service delivers the system of engagement to the end-users.
Microsoft is moving fast with Azure Arc by porting key managed services to the hybrid and multi-cloud platform.
Every Arc-enabled service running on Kubernetes takes advantage of automation, centralized logging, GitOps-based configuration, and role-based access control and security. Customers can leverage centralized Azure tools and frameworks to manage the distributed infrastructure and platforms.
Azure Arc builds a solid bridge between Microsofts public cloud and competitors cloud platforms. Imagine running SQL Managed Instance as a part of Arc enabled data services on Amazon EKS while training a machine learning model through Arc enabled ML on Google Kubernetes Engine.
With the industry best practices baked into Azure Arc, customers focus only on the workloads and applications.
Azure Arc is one of the best moves from Microsoft, helping the company become the leader in hybrid cloud and multi-cloud offerings.
See the original post here:
Azure Arc - Bringing The Best Of The Public Cloud To Hybrid And Multi-Cloud Environments - Forbes
If you are networking company, a cloud network, or a content delivery network (CDN), you are probably watching Cloudflare very carefully. The rapid expansion of the companys business model shows how fast traditional networking and technology functions are being subsumed into the cloud.
In a recent earnings release, the company completed another solid quarter of growth driving its stock price back toward new highs. Revenue in the three months ended in March rose 51%, year over year, to $138.1 million. The company is almost at the breakeven line on profits, as it continues to invest in new growth. The companys network is located in 200+ cities and it has more than four million free and paying customers. From 2018 through 2020, it had a compound annual growth rate (CAGR) of 50%, reaching $431 million in revenue in 2020.
Cloudflare shares (NET) recently rose after earnings, approaching is all-time high.
This should serve as a vision, or a warning, for what is to come. Cloudflare has taken the CDN model, added a wide range of enterprise Network as a Service (SaaS) features, and demonstrated it can scale.
This is important because networking has lagged behind many other cloud services, but its now starting to happen. First we had services such as Infrastructure as a Service and Software as a Service (SaaS), in which technology infrastructure and software products including compute services were offered as services in the cloud. NaaS services first came on the scene when software-defined wide area networking (SD-WAN) became popular a few years ago as a new way to enable enterprises to manage their networks from the cloud with less investment in hardware. And now SD-WAN is merging with cloud-based security services to give you Secure Access Services Edge (SASE). In fact, Cloudflare has products in all these areas. Cloudflare is saying: This is all the same stuff, lets put it on one network.
The alphabet soup may be confusing, but these different buckets of technology all represent the same trend: the virtualization of enterprise networking and security services, and making them consumable from the cloud. And enterprises have spoken: They dont want to manage the complexity. All this leads to a path on which, many businesses may not have to own any of their infrastructure including most of their network themselves.
So why focus on Cloudflare? Its financial success and popularity with end users means something. It has inspired many copycats. Its also instructive about what can happen in the future.
Cloudflare started as a secure cloud service founded by Michelle Zatlyn, Lee Holloway, and Matthew Prince. The initial idea was quite simple but powerful: Build a network of Internet-based proxy servers that could allow customers to plug into its global network of points of presence (PoPs) to negotiate the Internet with better security and performance. Cloudflare's network sits between a website or a server and a hosting provider, acting as a sort of security shield and performance engine for the Internet. The company was founded in 2009 and launched on September 27, 2010. The company went public in 2019, pricing shares at $15 in an IPO that raised $525 million. Shares gained 20% in the first day and never looked back.
Cloudflare is often brought up in the same breath as Akamai, the pioneering Content Delivery Network (CDN) that rose up in the late nineties to speed up the global Internet. But Cloudflare, which is only 12 years old, has a different spin on CDN focusing on security as well as performance. And while Akamais strength is predominately focused on delivering digital media services, Cloudflare has a lot of traction with general security and enterprise management functions. Recently it added virtualized compute functions, known as serverless compute, hinting at growing competition with large public cloud companies such as Amazon Web Services (AWS) and Microsoft Azure.
In a letter to shareholders in 2019, Prince, who currently holds the title of Cofounder and CEO, and Zatlyn, Cofounder and COO, pointed out that the company remained focused through its evolution. They also pointed out that its vision was married to the idea of most corporate applications migrating from on premises data centers to cloud-hosted data centers, which certainly looks true. (The third founder of Cloudflare, Lee Holloway, stepped away from the company in 2019 for health reasons.)
"Cloudflare was formed to take advantage of a paradigm shift: the world was moving from on-premises hardware and software that you buy to services in the cloud that you rent," wrote Prince and Zatlyn.
The company has stuck to this vision, seemingly updating its portfolio of cloud services at a manic rate. Services and products include CDN, Web Applications Firewalls (WAF), DDoS mitigation, Internet transit, cloud onramps, domain name server (DNS) services, wide-area networking (WAN), and serverless applications. It has recently been beefing up a service known as Magic WAN that looks a lot like a combination of a virtual private network (VPN) and software-defined wide-area networking (SD-WAN), which are two of the hottest growth markets in this era of the virtual work environment.
The introduction of Workers Unbound in 2020 represented a major expansion, providing a serverless platform for developers, enabling them to run compute workloads on the Cloudflare network. In other words, Cloudflare was taking on Amazon's popular Lamba serverless service.
This all means that the Total Addressable Market (TAM) for what Cloudflare does is huge including most cybersecurity services, enterprise networking services, and cloud infrastructure. This may be why investors have hungrily bid up shares, giving the company a market capitalization of $25 billion at its young age more than 30 times its projected 12 months of sales.
So what does this all mean? Cloudflare has taken a large variety of network and security services, virtualized them and then hosted them at PoPs around the world for companies to use as a high performance network. That, in itself, is not a novel idea. As I said, Akamai was one of the first with a global network of performance-enhancing PoPs. But Cloudflare has taken it a step further by saying it can add any service to its PoPs and make it the core of an enterprise network. Cloudflare looks like a cloud-based combination of Akamai, Cisco, Citrix, F5 Networks, Juniper Networks, and Imperva all wrapped in one.
There is a lot of talk about the network edge expanding with the arrival of 5G services, which will drive the need for more bandwidth, compute services, and security at the edge. Cloudflare has built out the edge as a service. As Akamai has pointed out, the concept of the edge isnt new CDNs were the first edge networks. But Cloudflare is expanding the edge on steroids.
What's great about this model is that it demonstrates the power of cloud networks and how they are rapidly starting to replace most on-premises networking functions. Nobody wants to build their own network, or security stack, or routing infrastructure. They want somebody else to do it. This signals a huge expansion of the NaaS and SASE market in the next year. Thats why there are so many companies, including SASE and SD-WAN players, rushing to build out their virtualized networks at the edge. Right now Cloudflare is the company to chase in the new edge.
Read this article:
Cloudflares Manic Growth Hints at The Future of Cloud Networks - Forbes
As organizations continue to push for the integration of technologies and information sources to streamline their functioning and coordination, the need for decentralizing is also gaining importance as a way to enhance the responsiveness of these systems.
The past few years have seen IoT rise from being just another futuristic buzzword to a tool having great utility and business value in the present. The internet is rife withreal-life examples IoT applications; and from what weve seen and what we know about the technology, such cases are just scratching the surface of potential IoT applications. But just like any other form of technology, IoT comes with its own set of obstacles, or at least, areas that can be further enhanced. For starters, as IoT networks spread across and cover wide areas by incorporating a growing multitude of devices, the sheer volume of the data collected will require heavily resource-intensive processing devices and high-capacity data centers. Similar problems arising due to the centralized, integrated nature of the technology can be eliminated by distributing the control and processing power of the IoT network towards the edge the points where data is actually gathered, and where action, or rather reaction, is generally required.
Edge computing refers to the installation and use of computational and storage capabilities closer to the edge, i.e., the endpoints where the data is gathered or where an immediate response is required. IoT systems can be comprised of a large number and multiple types of endpoints connected to a centralized, often remotely located data centers. These endpoints include, but are not limited to:
Edge computing in IoT implies having autonomous systems of devices at these endpoints (or the edge) that simultaneously gather information and respond to the information without having to communicate with a remotely constructed data center. Instead of having remote data centers and computational servers, the processing of data can be done right where the data is collected, eliminating the need for constant connectivity to centralized control systems and the problems inherently associated with such setups.
For instance, a software company that sells cloud-based mobile applications can have cloud servers based in multiple locations closer to users instead of in a single location that may lead to undesirable latency and a single point of failure in case of any mishap. If the centralized servers failed due to some reason, all application users would lose their data and access to services at once. Additionally, the servers would also have to deal with heavy traffic, causing latency and inefficiency. On the contrary, a decentralized system would ensure that all the data pertinent to specific users would be hosted in the closest data center them among multiple ones, minimizing latency and limiting the impact of any potential failure. In addition to solving inherent IoT problems, the incorporation of edge computing into IoT is increasingly being seen as a necessity as it enhances the network in terms of functionality as well as performance.
Organizations using edge computing to power their IoT systems can minimize the latency of their network, i.e., they can minimize the time for response between client and server devices. Since the data centers are closer to the endpoints, there is no need for data to travel to and from the distant centralized systems. And as the edge storage and control systems are only required to handle the data from the few endpoints they are linked to, bandwidth issues seldom slow down the flow of data. Since IoT systems require high-speed information transfer to function with maximum efficacy, edge computing can significantly boost organizational performance.
Another benefit of decentralizing IoT with edge computing is providing data security. A centralized data repository is prone to hacks that aim to destroy, steal, or leak sensitive data, and such attacks can lead to the wholesale loss of valuable data. Conversely, distributing critical data across the IoT network and sitting it on edge devices can limit the loss of data. Additionally, it can also help in compliance with data privacy roles such as the GDPR since data is only stored in devices or subsystems that would use that data. For instance, a multinational corporation can use edge devices to store customer data on local devices that are closer to where the customers are instead of having it in an overseas repository. The data needn't be stored in locations where irrelevant personnel can have access to it.
Cloud costs will also be minimized as most data will be on the edge devices, instead of in centralized cloud servers. Additionally, the cost of maintaining high-capacity, long distance networks will be reduced as bandwidth requirements continue to diminish.
It is easy to see now why any discussion on IoT should always include the exploration of edge computing as a key enabler. Edge computing, more than a technology, is a design framework of sorts that would redefine the way IoT systems are built and the way they function. Although the combination of other solutions will also be needed to expedite the widespread adoption of IoT, edge computing might just prove to be the chief catalyst in the process.
The existing applications of IoT are already providing us with the evidence for a densely interconnected future, where every device will be able to communicate with every other device, creating an intricate web of information in and around our daily lives. These devices will be able to incessantly gather information through a myriad of sensors, process information through complex algorithms running on centralized servers, and effect changes using actuating endpoints. From agriculture to manufacturing and healthcare to entertainment, every industry is set to see massive transformation driven by IoT.
Although the ability of IoT systems to execute and initiate responsive action will be transformational enough, the real revolution, as it were, would be brought about by the essentially limitless cornucopia of data that will be generated due to the unbridled proliferation of sensors and other data gathering IoT endpoints. In fact, thisIoT data will prove to be the real wealth for the businessesusing the technology, as structured data in unprecedented quantities can be captured and analyzed to gain deeper insights into the market and also into organizations and business processes. The increased volume of data gathered will enable businesses to take even more effective action, driving operational excellence. However, gathering and processing such vast amounts of data would require high-capacity storage, communication, and computational infrastructure. Even though advances in communications technology such as the mainstream adoption of5G can catalyze IoT innovationand implementation, newer ways of making IoT more effective and efficient are still required. And one of the most promising solutions for enabling IoT to realize its potential is edge computing.
Massive Demand for High-End Enterprise Servers Market is increasing with the growth in cloud computing solutions and services Industry FLA News – FLA…
A server is a hardware system that operates on suitable software and provides network services by operating across the computer network. A server can run on an individual computer called the server computer or on a network containing numerous interconnected computers.
Increase in demand for x86 high-end servers in recent years is one of the major driving factors for the global high-end enterprise servers market. Demand for high-end enterprise servers is increasing with the growth in cloud computing solutions and services market. Enterprises providing cloud computing services are adopting high-end enterprises servers to meet the speed and uptime demand for their services. The emerging big data trend is also driving the adoption of high-end enterprise servers across major industry verticals. Big data analytics is being used by all major companies across the industry verticals and it requires servers with high processing capabilities. Furthermore, the use of analytics and big data processing software is increasing across industry verticals such as hospitals, retail and Banking, Financial services and Institutions (BFSI), which is driving the growth of high-end enterprise servers market. However, high initial and installation costs associated with the use of high-end enterprise servers is one of the major challenges restraining the wide adoption of high-end servers. Furthermore, high level of technical skills is required for the installation and maintenance of high-end enterprise servers.
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Global high-end enterprises servers market is segmented on the basis of operating system used, chip type, operating systems bits and geography. On the basis of operating system used, the market for high-end enterprises servers market is segmented into Linux operating system, windows server operating systems, IBM I and UNIX operating system. Further, on the basis of chip type, the high-end enterprise servers market is segmented into two major types namely complex instruction set computing (CISC) and reduced instruction set computing (RISC). 32 bit enterprise servers and 64 bit enterprise servers are the two major types of high-end enterprise servers on the basis of operating system bits. High-end server solutions are used by various industry verticals. Thus, on the basis of industry verticals the market for high-end enterprises servers is segmented into Banking, Financial Services, And Insurance (BFSI) sector, telecom and IT, media and entertainment, retail sector, manufacturing industry, healthcare industry and other industry verticals. North America is the major geographical segment for high-end enterprise servers market in terms of revenue, followed by European region. The United States, Japan, France, and Germany are some of the major countries driving the growth of high-end enterprise servers market in North American and European region.
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Apple, Inc., Aspera, Inc., CCS Infotech Limited, Cisco Systems, Inc., Dell, Inc., Appro International, Inc., Fujitsu Computer Systems Corporation, ASUSTeK Computer, Inc., Fujitsu Siemens Computers, Acer, Inc., Borland Software Corporation, Unisys Corporation, Groupe Bull, HCL Infosystems Ltd., Hewlett-Packard Company, Hitachi, Ltd., IBM Corporation, Lenovo Group Limited, NCR Corporation, NEC Corporation, Silicon Graphics, Inc., Sun Microsystems, Inc., Toshiba Corporation, Super Micro Computer, Inc., Uniwide Technologies, Inc., and Wipro Infotech are some of the major vendors in the global high-end enterprises servers market.
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Managed Infrastructure Services Market 2021- 2026 Top Trends, Business Opportunity, and Growth Strategy-AmcorLtd, ResiluxNV The Manomet Current – The…
Managed Infrastructure Services Market with COVID-19 Impact by Component, Application, Services, and Region- Forecast to 2026
The Global Managed Infrastructure Services Market Research Report 2021-2026 is a significant source of keen information for business specialists. It furnishes the business outline with development investigation and historical and futuristic cost analysis, income, demand, and supply information (upcoming identifiers). The Managed Infrastructure Services market research analysts give a detailed depiction of the Market worth chain and Managed Infrastructure Services wholesaler examination. The Managed Infrastructure Services Market study gives extensive information which upgrades the agreement, degree, and use of this report. This is a latest report, covering the COVID-19impact on the Managed Infrastructure Services market.
The global managed infrastructure services market was valued at USD 80.45 billion in 2020, and it is expected to reach USD 143.23 billion by 2026, registering a CAGR of 9.95%, during the period of 2021-2026.
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Top LeadingCompaniesof Emergency Location Transmitter Market areUbisense Group PLC, AeroScout, Inc., TeleTracking Technologies, Inc., Savi Technology, Zebra Technologies, CenTrak Healthcare company, Ekahau, Inc., Midmark Corporation, Identec Group AG, Sonoitor Technologies, Inc., Awarepoint Corporation (Centrak Inc.), Kontact.io, Alien Technology, Stanley Healthcare , Impinj and others.
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Sep 2019 South Slope, a rural independent telecommunications cooperative, deployed the Cisco NCS5500 series platform to meet its growing capacity demands, and using its existing network to deliver data, voice, and video services, along with a variety of business ethernet and cellular backhaul services to its customers throughout eastern Lowa. To facilitate the transition, increase the power of the underlying transport network, and reduce operational complexity, Cisco and South Slope created a converged solution based on the Cisco NCS5500 router series. With this new solution, South Slope was able to utilize integrated multiplexing optics in the routing platform to exceed 200G wavelengths over the existing packet core.
January 2019 IBM Services signed a USD 540 million multi-year managed services agreement with Nordea Bank, a financial services company based in Sweden. Nordea may outsource its IBM Z operations to the company. The agreement reportedly outsources a majority of IBM Z infrastructure services in five countries, where Nordea operates. The deals also allow Nordea to have continued access to IBMs latest technology advancements, including the cognitive services while maintaining a sustainable IBM Z organization at the same time.
Key Market Trends-
The advent of cloud-deployment has brought changes in the managed infrastructure services providers (MISP) space and made them embrace a delivery model for delivering technology services over public or private cloud. Considering the advantages the cloud offers, businesses are seeking MISPs that have partnerships with cloud providers (such as Google, AWS, Microsoft, etc.), to choose the right cloud providers, migrate to the cloud, and manage cloud services after the transition.
With the increasing demand from enterprises, various companies, such as HC (Host Color), in 2019, launched a managed cloud infrastructure service. The managed services are available with public cloud servers, hybrid cloud, and hosted private cloud, where managed clouds infrastructure include installation of Linux or Windows-based operating system, regular maintenance and updates of software programs and applications.
Recent technology trends, such as enhanced cloud infrastructure, IoT enabled ecosystem have provided opportunities in creating new business imperatives across the US IT sector, and the penetration of public cloud in United States is predicted to be higher in 2020. Additionally, Fujitsu has been recognized by Amazon Web Services (AWS) as an official AWS managed infrastructure provider partner, thereby validating the companys capabilities in accelerating cloud transformation, and helps fast-track digital transformation and accelerate innovation for enterprises and government. Such instances are expected to fuel the demand of the market across the United States during the forecast period.
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There was a time when the free triumphed on the internet. Being strict, this is still the case. But there are those who wonder to what extent it is worth using free services in exchange for their data, our data, being used to advertising campaigns or to sell us something. Cloud storage is a sector that offers free and paid space to save files. And it is increasingly common that, among their functions, they highlight the encryption of your files to keep them safe.
I mean, its not enough anymore have space to save your files, share them and have them on all your connected devices. Now we also need the files we upload to the cloud to be safe. And for this, in addition to encrypting connections between your devices and the servers of the cloud storage service, it is increasingly common to find services that encrypt your files so that they are inaccessible by third parties or even by those who keep them online.
Thanks to file encryption, cloud storage gets rid of that old mistrust that if your documents are on an external server, they are visible to other people. Now it is no longer the case. The content you upload to the cloud stay safe both during shipping and after storage, wherever you are.
From the creators of NordVPN, a popular VPN service, comes to us NordLocker, your cloud storage that bets on the end-to-end encryption. Its free version gives us 3 GB of space, which you can expand to 500 GB for $ 3.99.
With its own applications for Windows and macOS, which integrate with Finder and Windows Explorer, this service makes it easy to encrypt files, share them through public links, make automatic backup, etc. As a particularity, its encryption is applied to your files since they are on your device. From there, you can upload the content of your choice to their servers.
For the rest, as encryption algorithms it uses AES256, Argon2 and ECC. And with the local encryption feature, you will keep your files safe even before uploading them to the cloud.
Secure cloud storage. Based in Canada, Sync He gives us 5 GB with his free account, space that can be increased by subscription. Whichever option is chosen, your files will be stored using end-to-end encryption so they stay safe and private.
The cheapest payment account, $ 8 per month with annual payment, increases your online space up to 2 TB. Not bad for making backup copies and saving countless photos, videos and all kinds of documents. In this sense, there are no limits to share and move files from your devices to the cloud.
As security measures, in addition to end-to-end encryption, it protects us from third-party tracking and complies with security and privacy regulations. HIPAA, GDPR and PIPEDA. To this must be added the two factor authentication, restricted downloads on demand, password protection and a built-in password file recovery with a minimum of 180 days in its cheapest version.
Save your files in complete privacy. This is how it is presented Internxt, a provider of services related to cloud storage. What we understand as an alternative to Dropbox or Google Drive is called Internxt Drive. For free, it gives us 10 GB to upload files.
As explained on their website, the files are encrypted during the process rise and are distributed in small packages. Only you have the digital key to gather those pieces and re-access the original file.
Internxt It is available for any device with an app or through the web. PC, Mac, iOS, Android And as an incentive, it is a project based in Valencia, Spain.
From Switzerland comes to us Tresorit, a cloud storage service that is committed to security as a flag. Available for companies and individuals, the cheapest plan has a price of 10 per month ( 8.33 if you pay annually). In return you will get 500 GB of cloud storage in which content remains encrypted.
Another interesting detail is that you can upload to your cloud files up to 5 GB, according to the most economical plan. That limit goes up to 20 GB with the most ambitious professional plan. Otherwise, the service has the same advantages as Dropbox or Google Drive. Namely: access from any device, ease of use, share files with a public link
Tresorit It has web access and mobile applications. Also, you can integrate it into Outlook or Gmail in order to avoid storage problems with your emails. And to give you peace of mind, it complies with security and data protection standards ISO, CCPA and HIPPA, among others.
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Cloud storage that encrypts your files so they're safe Explica .co - Explica