When there is a demand, there is a vulnerability. Cloud servers are no exception, as due to the mass adoption of cloud servers for data storage and management, it has become paramount for large and small businesses and organizations to be concerned about the data. There is a reason for mass adoption, as cloud servers are cost-effective, reliable, and fast. Still, security risks also exist due to the complexity of storing data digitally.

Why Cloud Security is Important

Over the past few years, many security breaches and data theft of cloud server platforms have occurred. Therefore, cloud security takes center stage when it comes to protecting data. Cloud security is important because it protects data from cyber-attacks. Also, businesses and services can’t afford to go down now and then due to low-security measures, so it is of utmost importance for businesses that their business continues and operates smoothly. Many businesses and services store a large amount of user data in case of data breaches and data theft. Businesses risk losing their reputation among their customers and stakeholders when such an event occurs.

However, many security measures can be taken to ensure the protection and privacy of data. Some key security measures are discussed below.

Physical Security Matters

The physical security of the cloud servers is a primary reason when looking for cloud solutions. The physical infrastructures of cloud servers matter because they have data centers, network devices, and servers.

Data Centers where servers are kept must have physical security measures. For example, access to the control system should be limited to limited persons, CCTV cameras around the premises, and security personnel so that no person can enter unauthorized.

Network Security

For network security, firewalls are a must, as they protect cloud servers from unauthorized access. Firewalls are also able to prevent malware from entering the network. Moreover, Intrusion Detection and Prevention Systems can detect security threats in advance. An IDPS monitors network traffic for signs of suspicious activity and alerts security personnel if any threat is detected. Employing a VPN creates a secure connection between two or more devices over the internet, ensuring that data is transmitted securely and preventing unauthorized access.

Storage Devices Security

As storage devices at data centers are physical components, they require both physical security measures. For that, storage devices should be kept in compartments that are secure enough from unauthorized access and not vulnerable to physical damage. Also, when storage devices expire, there is a need to dispose of them properly, either by destroying them physically or wiping the storage disk with data-erasing software.

Data Encryption

Data encryption as a security measure against data protection is now central to every idea. Whether it’s a messaging app, cloud storage, or online data of users, everyone promises data encryption. The same applies to data servers as well because it converts the plaintext data into a coded form to make it more secure. However, this is different for cloud security as more complex security measures are involved in data encryption.

• Data Encryption at Rest – The process of encrypting data on cloud servers is termed data encryption at rest. Data encryption at rest can’t be accessed because of advanced encryption algorithms like Advanced Encryption Standard (AEA), even if the data is compromised. This type of data encryption is necessary because it protects data in case of physical theft.
• Data Encryption in Transit – When the data is being transmitted between cloud servers and users or just between servers, data encryption in transit encrypts the data. The very word ‘transit’’ indicates the data encryption on data in a transferring mode. Sometimes in a worst-case scenario, when the data is being transferred, it is prone to be intercepted; it cannot be read or modified. Secure Socket Layer (SSL) and Transport Layer Security (TLS) are standard encryption protocols for data encryption in transit.

Identity and Access Management

Identity and Access Management is about managing user identities and controlling access to cloud resources. As identity is one of the key components of strong security, especially when taken in terms of cloud security. For that, different security layers are enacted to protect the data. User authorization is one aspect where access to cloud resources is given to the role within the company. User authorization is assigned through Access Control Lists (ACLs) or Role-Based Access Control (RBAC).

User Authentication is another security measure, and it is performed through passwords and biometric authentication. Multiple Factor Authentication is a two-layered security process. It always relies on the second security layer to verify the credentials, and it is useful, especially when the first layer is compromised. Two-layer security ensures the protection of data even when the first layer is compromised.

Data Backup and Recovery

An infinite amount of data is being transferred and stored on the cloud servers. Most of the data contains sensitive information that requires backup, so if the primary source of data is lost, it can be recovered through backup. The same is the case for cloud security. Data backup can be ensured by scheduling regular backups and checking on the updates and integrity of the data.

A disaster recovery plan should be in place in case of a potential data breach or malware attack. A disaster recovery plan outlines the restoration strategy and the time it takes to recover the data. Data recovery testing is all about testing the data recovery plan. Regular testing helps in identifying issues with backup systems.

Conclusion

The use of cloud servers has provided numerous benefits but has also increased the risk of cyber-attacks and data theft. As a result, organizations must prioritize security measures to protect their data and reputation. Network security, such as firewalls and intrusion detection, storage device security, data encryption, identity and access management, and data backup and recovery, are all important security methods that firms can implement to protect their data. Businesses can work easily and confidently with these security measures in place, knowing that their data is safe from any security risks.

TurnKey Cloud Servers

Backed with bulletproof reliability, our Cloud Servers offer the perfect balance of value, performance, and ease-of-use. All packages include 100% network uptime, 24/7 support, and a 30-day money-back guarantee! TurnKey Internet offers a full suite of managed hosting services such as server back-ups, hands-on system administration, intrusion detection protection, and advanced firewall protection services. For more information, or to speak to one of our Cloud Hosting experts, visit www.turnkeyinternet.net today!

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In recent years, artificial intelligence (AI) has emerged as a game-changing technology that has transformed the way businesses operate. With the rise of AI, the demand for dedicated servers has also increased significantly. In this blog, we will discuss the benefits of dedicated servers for AI applications and how they can help businesses to leverage the power of AI.

What are Dedicated Servers?

A dedicated server is a physical server that is exclusively used by a single user or organization. Unlike shared hosting, where multiple users share the same server, dedicated servers offer complete control over the server resources, including CPU, RAM, storage, and bandwidth. This makes them ideal for applications that require high performance, reliability, and security.

Benefits of Dedicated Servers for AI

AI applications are typically resource-intensive and require high-performance computing to process large amounts of data. Dedicated servers offer several benefits for AI applications, including:

1. High Performance Computing: Dedicated servers are equipped with powerful processors, high-speed RAM, and large storage capacities, making them ideal for AI applications that require intensive computing resources.
2. Scalability: AI applications often require a large amount of computational power to process data in real-time. Dedicated servers can be easily scaled up or down, allowing businesses to meet the demands of their applications as they grow.
3. Enhanced Security: Dedicated servers provide enhanced security features, including firewalls, intrusion detection, and prevention systems, and other security measures that help protect sensitive data from cyber threats.
4. Improved Reliability: Dedicated servers are known for their high uptime and reliability. This is particularly important for AI applications, which require continuous processing to ensure that the results are accurate and timely.
5. Dedicated Support: Dedicated servers often come with dedicated technical support from the hosting provider, which can be crucial for businesses that require assistance with their AI applications.

AI Applications that can Benefit from Dedicated Servers

Dedicated servers can be used for a wide range of AI applications, including:

1. Machine Learning: Dedicated servers can be used for training and inference in machine learning applications, which require large amounts of data to be processed in real-time.
2. Natural Language Processing: AI applications that process large amounts of text data, such as natural language processing (NLP), can benefit from the high-performance computing capabilities of dedicated servers.
3. Computer Vision: Computer vision applications, such as image and video processing, require large amounts of computing power to analyze visual data in real-time.
4. Robotics: AI-powered robots require high-performance computing resources to process data and make decisions in real-time.

Choosing the Right Dedicated Server

Not all dedicated servers contain the proper hardware to handle the performance requirements AI applications demand. However, TurnKey Internet’s Enterprise Series Dedicated Servers feature 3rd Gen Intel Xeon Scalable Processors, delivering better performance, improved memory speed, power efficiency, advanced security technologies, and increased I/O bandwidth to accelerate diverse AI workloads from the data center to the intelligent edge. It’s the only data center CPU with built-in AI acceleration, end-to-end data science tools, and an ecosystem of smart solutions.

Conclusion

Dedicated servers offer several benefits for businesses that require high-performance computing for their AI applications. With the rise of AI, the demand for dedicated servers is expected to continue to grow in the coming years. By leveraging the power of dedicated servers, businesses can take advantage of AI technologies to improve their operations, enhance their products and services, and gain a competitive edge in their respective markets.

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When it comes to choosing the right server infrastructure for business, making the right call is important because the right infrastructure can help in the growth of your business. One of the choices to make is bare metal servers, also known as dedicated servers. Bare metal servers are physical servers customized to host business applications and services. Moreover, users can further rent these private servers from a web hosting provider that is not shared with any other tenant or customers.

Businesses and enterprises look for scalability and cost-effectiveness that don’t compromise performance, security, and customization. In this context, it’s important to explore the reasons why businesses should choose bare metal servers and how they can leverage them to improve their operations.

Performance

Bare metal servers excel in performance over cloud or virtual servers as they have dedicated hardware resources so that they can utilize all the resources at hand. When the hardware resources are customized strictly just for one client, then no virtualization overhead can slow down the server. A bare metal server’s performance makes it ideal for high processing power tasks with low latency. Therefore, bare metal servers are capable of handling high-end applications and tools such as machine learning, artificial intelligence, big data analytics, and others.

Customizability

Bare metal servers provide customization options more than any other hosting solution. Businesses with bare metal servers have complete control over the hardware and software configurations over time. So, if business requirements grow over time, bare metal servers are configurable in every way. Configurations include CPU, RAM, SSD, hard drive, bandwidth, and other options. Therefore, a tailored approach to customizable infrastructure results in higher performance and stability.

Suppose a business or any other service, such as an airport or hospital, is running a resource-intensive application, such as dealing with continuous amounts of extensive data. In that case, a dedicated metal bare server can manage the workload. Moreover, if there’s more overload, say during the holiday season at the airport, bare metal servers are capable of handling it as it can be further customized.

Access to physical hardware

As bare metal servers are physical servers installed on-sight, they are accessible at any time. As the sole tenant of the dedicated server, you can be worry-free about any potential data breaches as such scenarios might happen with shared servers otherwise.

As a business or enterprise, when you are the administrator of the infrastructure of a bare metal server, you have full control over the environment, including resources and security. Besides access, it also gives reliability over shared networks, as applications running on dedicated servers have better uptime and low latency.

Security

Businesses and enterprises that don’t want to compromise on data and look for consistent and reliable performance always go for bare metal servers. Enhanced security is automatically guaranteed when the physical server is separate and is not shared with any other tenant. In the case of shared tenants, there’s a risk involved in cyber-attacks and data breaches if your tenant software is not secure enough, and you also stand a chance to bear the brunt.

Physical security is also ensured due to bare metal servers. Physical theft or tampering is reduced because access to the server is restricted to authorized individuals. Security measures such as biometric authentication, surveillance cameras, and access controls can be taken for foolproof security.

Low upfront expenses

Imagine paying upfront for the only thing that you need, and not everything else comes with it. Where you also have the option to add more resources in the future if there’s a need. Bare metal servers do that, as you only pay for the resources you need. Bare metal servers also have a low cost of ownership compared to virtual servers where you have to pay for the resources even if you are not utilizing them. Ownership of bare metal servers is also beneficial as they have long lifespans and low maintenance costs.

Although it may feel like bare metal servers have a higher upfront cost, this is just one time. With virtual servers, licensing fees, and storage quickly add up over time. A one-time hard swallow of a bitter pill is always better than swallowing bitter pills now and then. Due to low balancing deployment costs and overall server performance, bare metal offers a straightforward and convenient solution with significant savings on computing resources.

Scalability at your door

Imagine hosting your data on a virtual network or in-house physical server hardware, and you witness an unexpected spike in volume, and you need to scale up the infrastructure. You can do that, but there are two drawbacks. One is it won’t be urgent so you will have to wait. Secondly, you will end up paying more for the resources that were already sitting idle.

Bare metal servers work, on the contrary, as they give a localized set-up along with access to tools such as performance and usage analytics so that the IT team can optimize and scale server infrastructure when there is high demand.

Another benefit of bare metal servers is that they can be added to an existing infrastructure quickly and easily. Bare metal servers can be deployed and configured in a matter of minutes. It can help businesses and enterprises scale up their infrastructure to meet higher demands quickly.

Conclusion

If you are starting a new business or already have a business and thinking of changing your data server altogether, then bare metal dedicated servers should be your go-to choice as they are low-cost alternatives that can help you in growing and meeting changing needs over time. As a business, you can leverage the benefits of bare metal servers to improve operations, increase productivity, and gain a competitive advantage in the market.

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Earth Day is a global event celebrated annually on April 22nd to raise awareness about the need to protect the environment and promote sustainability. As the world becomes more dependent on technology, it’s essential to consider the impact of technology on the environment. One way to minimize this impact is by creating green data centers.

Data centers are facilities that house computer systems and related components, such as telecommunications and storage systems. They are essential for modern businesses, governments, and institutions, as they provide a centralized location for data processing, storage, and dissemination. However, data centers consume a considerable amount of energy, which contributes to the emission of greenhouse gases and other harmful pollutants.

Green data centers are designed to be environmentally friendly, using energy-efficient technologies and practices to minimize their impact on the environment. Here are some of the ways green data centers help reduce energy consumption and promote sustainability:

1. Efficient cooling systems: Traditional data centers use air conditioning systems to keep servers cool, which can be very energy-intensive. Green data centers use efficient cooling technologies, such as Cold Containment systems, to reduce energy consumption.
2. Renewable energy sources: Green data centers use renewable energy sources, such as solar, wind, and hydroelectric power, to generate electricity. This reduces the reliance on fossil fuels and helps to minimize greenhouse gas emissions.
3. Virtualization: Green data centers use virtualization technology to consolidate multiple physical servers into a single virtual server. This reduces the number of physical servers needed, which in turn reduces energy consumption.
4. Energy-efficient hardware: Green data centers use energy-efficient hardware, such as solid-state drives and low-power processors, to minimize energy consumption.
5. Recycling: Green data centers have recycling programs in place to ensure that old equipment is properly disposed of or repurposed, reducing waste and minimizing the impact on the environment.

By adopting these practices, green data centers help to minimize the impact of technology on the environment while still providing essential services to businesses, governments and organizations.

TurnKey Internet’s Green Data Center

At TurnKey Internet, we take green seriously. Our green data center is the choice of clients in over 100 countries who turn to TurnKey as both an economical and ecological answer to their IT needs.

Our environmentally-conscious approach assures low-impact, low-energy answers to everyday cloud-hosting needs by leveraging the most robust clean energy systems available today, while maintaining the highest level of data center reliability and performance.

TurnKey Internet’s data center leverages only green clean energy, including our on-site solar power plan and Hydro Electric power feed from New York’s Recharge New York program. In addition to this our data center is among the most efficiently designed system in the world, utilizing advanced cooling techniques and modern technology to provide a clean, and precisely cooled facility to the highest standards.

The U.S. Government’s Environmental Protection Agency designated our New York Data Center as the 37th in all of the United States, and second located in New York as a certified Energy Star Data Center. TurnKey Internet also earned the Environmental Excellence Award from New York State’s Department of Environmental Conservation, in recognition of our innovative facility design and outstanding commitment to environmental sustainability, social responsibility and economic viability.

As we celebrate Earth Day, it’s essential to recognize the role that green data centers play in promoting sustainability and protecting the planet for future generations. To help celebrate, we are offering a promotional discount on our Dedicated Servers, Cloud VPS, and Web Hosting solutions. Use coupon code GREEN at checkout for 15% off your order!

For more information on TurnKey Internet’s green data center and cloud hosted solutions, visit www.turnkeyinternet.net

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It shouldn’t come as a surprise when I tell you that we humans haven’t been too kind to Mother Nature lately.  In fact, it seems that every time you open the newspaper or turn on your TV, there is a new fact or statistic telling us all how we are destroying our planet. And it’s not just you and me. It’s the sum of our everyday, first world amenities that may be slowly taking a toll on the rest of the plant. The airline and automobile industries, the pharmaceutical industry and businesses involved with fertilizers are just a few things we take for granted that could possibly be hurting us more than helping.

But while over 7 billion people roam the Earth, many of us, are slowly becoming more conscious on the effect we are having on our planet. Here at TurnKey Internet, we realize the effects data centers can have on the environment as well. Ever since we established our company, we’ve been taking large strides to make our data center as green as possible.

But how can you make a data center green? And what does it take? Well, let us tell you!

We’ll start from the outside. If you drive up to our data center, you may not notice one of our coolest and biggest features that make us so green.  We have an advanced on-site solar array that provides clean, pollution-free power that covers our entire roof!

As we head inside, you probably wouldn’t notice something else that would be right in front of your face. The lights! You know those little energy saving lights you buy for your home? Well imagine if you could bring them to work with you, replace those awful florescent lights, and save money while using a lot less energy.

Next, we head into the data center. If you have been in a data center before, then you might notice something drastically different about ours. Well we call them “pods” or to be more specific, state-of-the-art Smart Aisle Cold Containment Pods. These awesome things use a fraction of the amount of energy typically used in a data center by using in-row precision spot cooling. This spot cooling works with in-rack temperature sensors that regulates the climate and keeps the servers at an optimal temperature.

Finally, another great feature at our data center is that we receive hydroelectric power for New York’s Niagara Falls, thanks to the ReCharge New York program.

That’s right. Those beautiful falls are helping us become one of the most energy-efficient data centers around. Because here at TurnKey we mean business… and we mean green! 

To learn more about TurnKey Internet’s Green Data Center, visit www.turnkeyinternet.net/green Follow Us :
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Long gone are the days when someone had to make a well-thought-out plan to make and launch a website. It is in the past now. Today, anyone can buy a domain name, choose a web hosting provider, and set up their website by choosing from hundreds of website designs and themes readily available. Although there is no need to spoil the mood, especially when you are excited, you can still face problems when choosing the right web hosting service provider.

Before starting, it is important to see what problems you can face if you choose the wrong or less-known web hosting provider and what problems you may face. Here, we outline some web hosting problems and how to avoid them.

1. Slow Website Speed

Speed is the key factor. After all, you wouldn’t expect users to wait to load pages. If the website is slow, a user will vanish in the blink of an eye. Moreover, if your website grows in traffic over time and the website is still slow, it will complicate the matter. According to the study, the standard website loading time should be between 0-4 seconds. If your website takes longer than that, you are leaving a bad impression on the user.

To avoid the problem, choose a web hosting service provider in a nearby region. If you plan to set up your website in America, then ideally, the web hosting provider should be from America rather than Asia. Sometimes, web hosting servers are in limited locations, which should be a red flag. Always opt for the service having multiple server locations around the globe. Also, make sure that the web hosting provider is using high performance, enterprise grade servers, optimized for website speed.

2. Downtime

When the website is set up, you can face downtimes. Downtime means your website going out of order and displaying error messages to the user. Again, it leaves a bad impression since the website is not responsible for it directly. It happens due to server issues or ongoing maintenance at the web hosting provider’s end. Frequent downtimes may lead to less traffic and lower ranking in search engines.

To avoid this issue, always choose a web hosting service that provides high uptime and regular monitoring of the website. You can ensure that by looking for a web hosting solution that provides a backup plan during downtime. Regularly update the website software and plugins to avoid security issues. Always optimize the website by installing just one theme and fewer plugins so you don’t face any issues in case of server overload.

3. Web Hosting plans

There are many web hosting plans for each service provider. Some providers do not disclose the limitations of their web hosting plans. Make sure to choose a web hosting plan that provides a 100% uptime guarantee for your website. Moreover, as your website grows and tracks more traffic, you need a high-tier hosting plan so that you can have more resources and features for your website.

Web hosting plans start at different points, so always choose as per your need and budget. Make sure that your web hosting service provider also offers scalability options. Also, it should be flexible as well when you need to downgrade your plan. Many web hosting services just provide an annual plan, and if you need a monthly plan just in case to see how things work out, you might want to look somewhere else where a monthly subscription option is also provided.

4. Security

Many web hosting companies just sell hosting solutions without being able to provide high-grade security options. A lack of security means your website will be vulnerable to getting hacks and possibly data theft, and your sensitive data will be compromised.

A suitable web hosting provider will provide SSL certificates, firewalls, malware scanning, and DDoS protection. Some services provide SSL certificates, which provide encryption and authentication for data transfer in a plan, and some charge extra. Malware attacks are common, especially on websites with low domain authority, so always look up a service that protects against malware attacks. Also, regular backups are important in case of some security breach, and you can restore your website to a previous backup state. Security for a website is essential as it provides peace of mind, especially when running an eCommerce store online.

5. Bandwidth

When choosing a web hosting service, consider the bandwidth offered by the provider. Bandwidth is necessary to ensure that a website can handle high volumes of traffic without experiencing slow loading times, downtime, or suspension. A website needs to have a hosting plan that provides sufficient bandwidth to ensure a fast and reliable user experience. Many web hosting providers now provide unmetered or unlimited bandwidth options.

6. Customer Support

Reliable customer support is important as you may encounter technical issues or need assistance with web hosting service. Many web hosting service claims to provide 24/7 assistance through chat, email or even calling.

You can always check the claimed reliability by inquiring about buying a service. If customer service is prompt rather than just a bot chat, then it’s a good option to go for. Alternatively, you can always check reviews and ratings of pre-existing customers for a better idea.

Conclusion

Although it’s easier to set up a website, always consider factors such as website speed, downtime, web hosting plans, security, bandwidth, and customer support before making a final decision. By following the tips and solutions provided, you can avoid common web hosting problems and ensure that your website runs smoothly and securely. Always prioritize the needs of your website and choose a web hosting service that meets those needs within your budget.

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What are Enterprise-grade bare metal servers?

Enterprise-grade bare metal servers are physical servers that are designed for a single tenant so that the entire server is solely for the use of a single organization or an individual. They provide organizations with a high level of control and customization over their server environment.

They are used by larger organizations with high workloads, and which are conscious of high levels of performance and security. They have many uses such as hosting web applications, running databases, and performing data analysis. Enterprise-grade bare metal servers are powerful, reliable, and secure servers designed for running complex applications, databases, and workloads. They offer a powerful and reliable hardware platform for running mission-critical applications, databases, and workloads.

Types of Enterprise-Grade Bare Metal Servers

• Rack Servers: A rack server is a standardized frame that can be hooked up in a rack and is usually used for large-scale data center deployments.
• Blade Servers: Blade servers are thin, rectangular servers that are designed to be stacked collectively in a rack. They are frequently greater environmentally friendly than rack servers due to their smaller shape factor.
• Tower Servers: Tower servers are designed to be positioned on a desk or ground and are generally used in small-scale deployments.
• Cloud Servers: Cloud servers are virtual servers that are hosted on the cloud. They supply scalability and flexibility; however, they may not provide identical overall performance or reliability as physical servers.

Why You Should Consider an Enterprise-grade Bare Metal Server for Your Business

As organizations grow, they want extra dependable and effective servers to meet the needs of their applications, databases, and different IT services. Traditional cloud-based options are frequently insufficient in meeting these requirements, and they can be expensive. Enterprise-grade bare metal servers are a terrific choice for organizations that want a cost-effective, high-performance server solution.

Bare metal servers are physical servers that are isolated and not shared by other clients. This permits organizations to have full management over their server environment, with no restrictions or obstacles imposed by using a cloud-based provider. Bare metal servers provide a variety of benefits over common cloud servers, consisting of better performance, scalability, and price savings.

Performance

High performance is one of the largest benefits of an enterprise-grade bare metal server. Since the server isn’t operating in a virtualized environment, the processor, RAM, and different aspects can run more efficiently, ensuring greater performance. This is vital for groups that want to run high-performance applications or databases.

With a bare metal server, groups additionally have greater management over their server environment. This allows groups to customize their server to meet their unique wants and requirements. For example, they can pick the processor, RAM, storage, and port speed that fits their needs.

Scalability

Bare metal servers are elevated scalability. As organizations grow, they in many instances choose to scale up their server resources. With a bare metal server, businesses can rapidly upgrade performance to meet their needs.

Cost Savings

Bare metal servers can help companies save money. Since businesses have full management over their server environment, they can pick the hardware and software that fits their unique needs. This can help companies to minimize their server costs, as they don’t have to pay for unnecessary hardware or features. Additionally, companies save on working costs, as bare metal servers require much less upkeep and management.

Enterprise-grade servers are a first-rate IT solution for groups that want reliable, high-performance servers at the most economical price. They provide accelerated performance, scalability, and financial savings in contrast to normal cloud-based solutions. By selecting an enterprise-grade bare metal server, organizations can have an effective and dependable server answer that meets their unique requirements.

Dell PowerEdge R650xs Bare Metal Servers

The Dell PowerEdge R650xs is an enterprise-grade, bare metal server that delivers industry-leading performance and reliability. The server is powered by Intel Xeon Scalable processors and can support up to four hard drives or up to four solid-state drives, depending on the model. It is designed to be easily expandable and highly reliable, making it an ideal choice for running mission-critical applications.

The server is outfitted with up to 24 DIMMs of DDR4 memory and up to 8 PCIe slots for extra expansion. It additionally helps redundant electricity components for brought reliability and an elective interior storage controller for greater storage performance. Additionally, the server is outfitted with administration aspects along with Dell Open Manage and iDRAC9, permitting customers to remotely control the server and its components.

The server offers superior safety features, virtualization capabilities, and the ability to run a variety of operating systems and environments, such as Windows, Linux, and VMware. The Dell PowerEdge R650xs is a perfect solution for businesses that want a powerful and reliable server for mission-critical applications, databases, and workloads.

Conclusion

Enterprise-grade bare metal servers provide businesses with the performance, scalability, and reliability they need to run their applications. When choosing an enterprise-grade server, it is important to consider your specific requirements and select the type of server that best meets your needs.

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What are bare metal servers?

A bare metal server is a physical server that runs directly on the host’s hardware without any virtualization layer. Bare metal servers can also be termed “single tenant” or “dedicated” servers. The term bare metal server also differentiates it from advanced types of cloud hosting and virtualization servers.

The common names of bare metal servers also justify their usage. A dedicated server then implies that the operating system and all the applications related to that operating system can run directly on the server’s hardware while giving direct access to the resources like CPU, memory, storage, and network, so is the reason behind calling dedicated servers. Hence, a bare metal server leads to improved performance, security, and control so justifying its second common name, single tenant.

Applications of bare metal servers

Bare metal servers have many practical applications, and they can be used in services such as web hosting, game servers, databases, high-performance computing and big data applications, cloud computing, and internet of things (IoT) applications. Some of the most common applications of bare metal servers include:

• Web Hosting – Bare metal servers are often used to host websites and web applications, as they provide the resources and performance to handle high traffic.
• Game Servers – Many online multiplayer games require dedicated servers to host game sessions or competitions. Bare metal servers can host a lot of data being consumed during such sessions.
• Databases – Bare metal servers are also used to host databases, as they are capable of handling high-transaction workloads.
• High-performance computing and big data – We can see bare metal servers being used in scientific research, machine learning, and big data analytics, as they can handle large chunks of data efficiently.
• Cloud computing – Bare metal servers are often used in cloud computing environments for cloud-based applications and services.
• Edge computing and IoT – Bare metal servers can be used in edge computing and IoT services where they can handle the data processing, storage, and networking close to the end devices and can also be used to connect to the cloud to centralize data and analytics.
• Storage and Backup – Bare metal servers can be used as storage and backup solutions as they come in with a built-in large storage capacity and high-performance storage interfaces.
• Networking – Bare metal servers are also used in networking appliances where they can perform tasks such as routing, firewall, VPN, and email services.

3rd Gen Intel Xeon Scalable Processors

Dell unveiled its latest 3rd Gen Intel Xeon Scalable Processors in Q2’, 2021, which are the latest in Dell’s bare metal servers. These processors provide up to 40 cores with an astonishing per-core performance for popular cloud databases, virtualization, and all sorts of AI workloads.

The latest Intel Optane persistent memory 200 series can be used to extend system memory capacity per processor which can reach up to 12 TB on a 2-socket server. The new memory delivers 32% higher bandwidth on average versus if compared to first generation Xeon Scalable Processors.

The processors are built on a 10nm process technology and feature a high core count of up to 40 cores and high clock speeds, which allows them to deliver high performance for a wide range of workloads. The processors can be configured from entry-level to high-performance models as per the business requirements.

The security feature of 3rd Gen Intel Xeon Scalable Processors

3rd Gen Intel Xeon Scalable Processors come with many built-in security features. Some of the features are introduced and some are improved to predecessors.

Intel Crypto Acceleration

Intel Crypto Acceleration can accelerate a variety of cryptography tasks to speed data encryption and then decryption.

Intel Software Guard Extensions

Intel Software Guard Extension provides secured and isolated enclaves for sensitive apps and data. It can also help in protecting data and code when the system’s software stack has been compromised.

Intel Total Memory Encryption

Intel Total Memory Encryption delivers full physical memory encryption support to enhance data and virtualized workload protection.

Who Should Use Bare Metal Server?

Small- to medium-sized organizations can employ bare metal servers because they offer an affordable hosting option with multiple configuration options that can scale and automate resource allocation quickly.

The financial services and banking sector, as well as government and the healthcare sector, are some areas that can rely on dedicated hosting and colocation. Additionally, bare metal works well for highly efficient tasks such as database apps and business intelligence. Due to its great performance, projects like media encoding operations and render farms choose bare metal servers over virtualized servers. With the introduction of Dell’s 3rd Gen Intel Xeon Scalable Processors, things have gotten faster and more efficient.

Why should you choose bare metal servers?

Website performance

High-performance computing is provided by bare metal servers. The resources on the single-tenant physical server can be tailored to your particular demands to ensure that it operates as efficiently as possible for you. This means that by making your resources safer and more scalable, bare metal servers can enhance the overall performance of your website. High-performance computing is only possible with the bare metal cloud.

Server Access

A private network can be used to access bare metal servers, and the tenant can be connected to the system through remote desktop access. You can also use a Secure Shell tunnel to connect to a server that is running Linux if you need to. This allows you to access the server as if it were physically present on the workstation. Software for remote desktop access encrypts on both your side and the server’s side to increase security.

Conclusion

The 3rd Gen Intel Xeon Scalable platform brings advancements and hardware-enhanced virtualization across compute, network, storage, and persistent memory that support cost-efficient, flexible, and scalable multi-cloud to reliably deliver amazing business-to-business and business-to-consumer experiences.

If you are still not sure which bare metal server to choose for your business or hosting needs, TurnKey Internet can help, as we offer many configurations and can provide guidance as well.

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As businesses continue to rely on technology for daily operations, the need for reliable and efficient servers has never been greater. Virtual Private Servers (VPS) offer a powerful solution for businesses looking to improve their online presence and streamline their operations.

Explore the benefits of VPS cloud servers and how they can help your business to maximize performance, scalability, and cost-effectiveness. From understanding the basics of VPS to exploring the latest advancements in cloud technology, the knowledge and resources you need to make the most of a VPS cloud server.

Whether you’re a small business owner or a tech-savvy professional, a VPS Cloud Server can help your businesses flourish.

What is VPS Cloud Server?

A Virtual Private Server (VPS) is a type of cloud hosting service that allows a user to rent a virtualized server in a data center. This server functions as a separate physical device but is hosted in a shared environment, providing the user with the benefits of a dedicated server at a lower cost. VPS cloud servers are ideal for businesses and individuals that require more resources and control than a shared hosting plan offers but do not want to invest in the cost of a dedicated server.

In terms of cloud hosting, VPS is considered a “bridge” between shared hosting and dedicated hosting, as it offers more resources than shared hosting but not as much as dedicated hosting.

VPS hosting is typically more expensive than shared hosting, but it is also more powerful and customizable. VPS servers are typically used by small to medium-sized businesses, as well as by individuals who need more control over their online presence.

How does a VPS Cloud Server work?

VPS cloud servers typically come with root access, allowing users to install and configure their software, and are fully customizable, meaning they can be tailored to meet specific business requirements.

VPS cloud servers offer high scalability, meaning that resources such as CPU, RAM and disk space can be increased as needed.

The virtualization technology used for VPS cloud servers is typically either OpenVZ or KVM, which provide different levels of isolation between virtualized environments.

VPS Cloud servers, specifically, are VPS servers that run on a cloud computing platform. This means that instead of being hosted on a physical server, the VPS is hosted on a virtualized environment that is spread across multiple servers. This allows for greater scalability and reliability, as the resources of the VPS can be easily increased or decreased as needed.

Cloud VPS hosting also offers many benefits like automatic backups, easy scalability, and self-healing. These benefits make cloud VPS hosting a popular choice for businesses that are looking for a more flexible and reliable hosting solution.

Considerations while selecting VPS Cloud Server

When selecting a VPS cloud server, it is important to consider the specific needs of a business or project. Factors such as memory, storage, and processing power should be taken into account when choosing a server size and configuration. It is important to choose a reputable and reliable cloud provider, as the uptime and security of servers will depend on the quality of their infrastructure.

VPS cloud server selection comes with many important considerations to keep in mind. The following are mentioned for you to know:

• Performance and scalability: The VPS cloud server should be able to handle the current and future needs of the application. This includes the ability to scale up or down as needed, as well as high performance and low latency.
• Security: The VPS cloud server should have robust security features, such as firewalls and intrusion detection systems, to protect against cyber-attacks and data breaches.
• Reliability: The VPS cloud server should be highly available and have a strong uptime record, to ensure an application is always accessible to users.
• Cost: The VPS cloud server should be cost-effective, with flexible pricing options that allow you to pay for only the resources you need.
• Support: The VPS cloud server provider should offer excellent customer support, including 24/7 availability and fast response times.
• Customization: The VPS cloud server should be customizable to meet the specific needs of the application, whether that includes specific software or configurations.
• Location: The location of the VPS cloud server is also important, as it can affect the speed and reliability of applications. It is best to select a location that is close to the majority of users.
• Compliance: If an application is subject to compliance regulations like HIPAA, PCI-DSS or SOC2, make sure the VPS cloud server provider can meet those requirements.

Now to protect all data running up on the VPS server you need to follow a backup plan too. Let’s read the importance, and types of a backup server.

Importance of Backing Up Both Host Node and Virtual Servers

When virtualizing servers, it’s important to keep in mind that you will need to back up both the host node and the virtual servers. The host node contains the system files that the virtualization software, such as VMware, needs to run. Virtual servers, on the other hand, contain user data that has been created within the virtualized environment. Without a backup of both the host node and the virtual servers, you risk losing important data in the event of a system failure.

Types of Backups for Virtualized Servers

There are several types of backups that can be used for virtualized servers. One option is to have local backups of both the host node and the virtual servers that can be easily restored in case of an emergency. Another option is to use a bare metal backup, which creates a replica of the entire system, including the host node and the virtual servers. Cloud backup solutions can also be used to protect virtualized servers.

Importance of Regular Testing a VPS Cloud Server

Regularly testing backups is crucial to ensure that they can be successfully restored in case of an emergency. This will give you the confidence that virtualized servers can be quickly and easily restored in the event of a system failure, minimizing downtime and data loss.

In conclusion, virtualization has many benefits, but it also brings its own set of challenges when it comes to backups and the selection of one. So do your research and choose wisely.

For more information on VPS Cloud Servers or to configure your own, visit turnkeyinternet.net/cloud-hosted-virtual-servers-vps/

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What are dedicated servers

Dedicated Servers (also known as Bare Metal Servers) offer the highest level of service with the ultimate combination of performance, value, and security for your cloud-based hosting needs. Unlike cloud or virtual servers, a dedicated server provides you or your business with exclusive access to all the physical hardware in the server.

Dedicated servers are typically more powerful and reliable than shared servers, which are used by many different customers. They are also far more flexible than other hosting options, giving your organization full control over the security settings, choice of operating system, hardware configuration, and what applications you want to run on the server.

Dedicated servers can be used for a variety of purposes, including hosting websites, running software applications, and storing/managing data.

Application of dedicated servers

There are many practical applications for dedicated servers as their serving of a single network makes them an easy solution to employ. Some of the applications include the following:

• Hosting websites

Dedicated servers are commonly used to host websites, as they provide the necessary resources and stability to handle high traffic. If a website is being hosted on a shared server, then the website may face some performance issues, hence dedicated servers are a better alternative to them.

• Software applications

Dedicated servers can run software applications that require a high level of performance and reliability, such as databases, email servers, and other business-critical applications. For example, big corporations, companies, and hand hospitals have software solutions that require a dedicated server for handling all the related data.

• Gaming

Dedicated servers are used for hosting online gaming competitions. When a large number of players are participating, it requires a server to host a big amount of data.

• Data storage and backup

Dedicated servers can be used to store and manage large amounts of data, and to create backups to protect against data loss. It makes them a handy tool for small organizations.

• Streaming

Dedicated servers can be used to stream video and audio content, such as live events, to large audiences. For example, Netflix and Disney+ have their large-scale dedicated servers to host the data being consumed in large amounts.

• Cloud computing

Dedicated servers can be used to create a private cloud infrastructure for businesses, providing a high level of control over the data and applications being run. Many medium to large-scale corporations use cloud computing solutions so they opt for dedicated servers.

• Machine learning

Dedicated servers can be used to power machine learning workloads, as they provide the necessary resources being fed all the time to train and run complex models.

• IoT

Dedicated servers can be used to process and store data from IoT (Internet of Things) devices such as sensors and cameras and handle communication between devices.

• Virtualization

Dedicated servers can host multiple virtual machines with different operating systems and software, allowing different users to share the same server resources. This is particularly helpful in big offices where employees use different operating systems on their machines.

• E-commerce

Dedicated servers can be used to run e-commerce platforms that handle high traffic and require a high level of security and performance. E-commerce giants Such as Amazon, Alibaba, BestBuy, Shopify, and many others run on dedicated servers.

Factors to consider for choosing dedicated servers

The choice of a dedicated server should be driven by the needs of your business. Although dedicated servers come in a different number of cores and clock speeds, you can choose the number of cores as per requirement. More cores and higher clock speeds, although costs more, will provide more processing power for running high-end tasks such as databases, hosting websites, and running applications.

The RAM factor on dedicated servers is configurable. More RAM will allow for more applications to run concurrently and smoothly. Consider the type and speed of the network connections available on the server. A faster connection will improve performance, especially for tasks such as hosting websites and running applications.

The scalability option is the best solution for whichever dedicated server you choose for your business. A dedicated server that can be easily scaled up or down as per business requirements will be more flexible and cost-effective in the long term.

Enterprise Series Dedicated Servers

TurnKey Internet’s Enterprise Series is a line of enterprise-grade Dell PowerEdge R650xs bare metal servers. The servers are designed for businesses of all sizes and are used for a wide range of applications, including data centers, cloud computing, and high-performance computing. Enterprise Series servers feature the latest 3rd Gen Intel Xeon Scalable Processors, allowing your businesses to easily scale up or down as the needs change.

Enterprise Series servers can be configured with 2 Intel Xeon CPUs and large amounts of memory, allowing them to handle the most demanding workloads. They include a 10 Gigabit Ethernet (10Gbps) network connection and feature a variety of management tools, which allows for easy monitoring, updating, and troubleshooting of the servers.

The Best cPanel Dedicated Server

The Best cPanel Dedicated Server from TurnKey Internet provides the perfect combination of security, performance, features, and cost for the ultimate cPanel Web Hosting Server. This package is perfect for any sized business to host their own website, manage a portfolio of websites, or even resell websites for others as a Reseller or Marketing Agency.

This package offers a complete all-inclusive fully managed service including software licensing for cPanel/WHM, enterprise-grade server backups, and the premium high capacity DEDICATED server with RAID and SSD ultra fast disks. 

Conclusion

If you are still unsure which configuration to choose for your business needs, TurKey Internet can help you as we offer many configurations and can provide guidance. To view all of our Dedicated Server options click here, or contact us today to speak with one of our experts!

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