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The Benefits of Managed Hosting in Business ©

The Benefits of Managed Hosting in Business ©

Managed Hosting

Managed hosting is not the same as shared hosting. It’s not a plan since it’s a service. Managed hosting frees you from daily maintenance responsibilities that would otherwise be your responsibility. Backups, security monitoring, software updates, and other duties are among them.

Various types of managed hosting plans are available. Managed shared plans, Managed VPS, and Managed Dedicated Servers are all obtainable. You pay a little extra in each of these circumstances so you don’t have to worry about the technical aspects of hosting and can focus on building your blog, portfolio, or e-commerce site.

Through managed hosting, the web hosting provider takes care of the daily management of servers, system hardware, and system software. In most cases, a consumer leases hardware and several operational functions as part of a service agreement.

Managed hosting is a perfect option for small organizations with limited IT resources. It is significantly helpful for corporations with high-traffic online businesses that need up-to-date security features.

How Does Managed Hosting Work?

Managed hosting is a blending of technology and consumer service. It is handing your website and also the software package that runs your company to a third-party supplier.

The third-party provider is responsible for the administration, management, and support of your site’s infrastructure, which is hosted within the provider’s data center. The organization features a well-trained staff of experts who attend your site.

A hosting company can assist you in finishing crucial IT operations that you simply cannot or do not have time to finish. Perhaps you don’t have the resources to handle this sort of work. No matter the cause, the provider can manage and optimize the infrastructure of your website regularly.

Benefits Of Managed Hosting in Business

Now that we know what managed to host is and how it works, let’s look at some technical advantages it could provide to your business.


Security is a top priority for any company. It is crucial for organizations that are online and have all of their data saved on a dedicated server to have a secure website.

Managed hosting providers have up-to-date tools and experts that deal with all security problems. They scan the system constantly to prevent your website from any security damage. The experts regularly perform security audits, spam filtering, virus scanning, OS updates, etc.


Data loss can be exceedingly damaging to a business. As a result, it’s critical to have a system in place that backs up your data regularly, maintains it securely, and ensures its integrity.

Since your hosting provider has procedures and systems in place to deal with such situations, you, as a business owner, may have peace of mind that your data is protected and backed up with managed services.


Storage requirements can indeed fluctuate over time. An organization’s current space requirements may differ from what they would require within a few years or even months.

To re-establish the ideal balance, you will need certain technical abilities as well as a long-term commitment and willingness to pay attention to it. Exporting storage demands a managed services provider.

This is beneficial to the business since it lowers the expenses of purchasing and managing storage services.


Server monitoring is essential for your business. It’s a technique that involves checking the servers regularly for any anomalies or probable breakdowns.

Self-managing server monitoring is not difficult, but it does necessitate specialized skill sets, time, and money. System administrators regularly monitor servers for such failures so that they will be addressed before they become serious issues.


When you use unmanaged hosting services, there are a lot of underlying expenses. To administer your servers, you’ll need to recruit system administrators, database administrators, developers, and other personnel.

Managed hosting firms, on the other hand, are staffed with experts who can deal with any problem. You won’t be paying for any additional expenses, and you’ll be able to put the money saved into improving your customer relationship.


Time is a valuable commodity in the corporate world. As an entrepreneur, the time you spend maintaining servers and the people managing the servers could be better spent focusing on your core business.

There are only 24 hours in a day, and it’s all too easy to waste them on things like server management. This is true in the best of circumstances when everything is working smoothly, and it is undeniable in the worst of situations.


To conclude, considering all of these elements at the same time is not easy or comfortable. This is why some organizations continue to use unmanaged or self-managed hosting: they just haven’t examined all of the benefits of Managed Hosting.


RAID Arrays : Improving Performance and Data Protection ©

RAID Arrays : Improving Performance and Data Protection ©

What Is RAID?

RAID Arrays stands for Redundant Array of Independent Disks. It is a way the same data is stored in different places on a hard disk or SSD (Solid-State Drives) in case the drives fail.

RAID Arrays is an acronym for Redundant Array of Independent Disks. It’s a method of storing data in which the same data is stored in multiple locations on a hard disk or SSD (Solid-State Drive) in case the disk fails.

Because of the cost, performance, and data integrity benefits, RAID technology is becoming more prominent in storage technologies.

RAID Arrays

How Does RAID Works?

You are probably interested in learning how RAID stores data on hard disks.

RAID combines numerous hard drives into a large single hard drive, with advantages varying depending on the level of RAID Arrays used. It is divided into various levels, each with its own unique set of qualities. Whether you are utilizing RAID for performance, fault tolerance, or both, the choice is entirely up to you.

Methods In RAID

Disk mirroring or disk striping are the two methods used in RAID. Mirroring copies the same data to many hard drives.

Striped partitions aid the data distribution over many disk drives. The storage area on every drive is split into sectors, starting from 500 bytes to several megabytes. All of the disks’ stripes are interspersed. In a RAID, disk mirroring and disk striping can both be used.

  • Disk Mirroring

Disk mirroring is a method of protecting a computer system against data loss and other possibilities of loss caused by disk failures. The data is replicated using this method.

Disk Mirroring

It is copied to two or more identical hard drives, which are all attached to a single disk controller card. If either of the mirrored hard drives malfunctions, the data can be recovered from the other. The Mirroring technique provides data redundancy and resiliency.

  • Disk Striping

Disk striping permits various smaller drives to operate jointly as one larger disk. Massive data is split into data blocks or packets and distributed over numerous storage devices using this method.

Disk striping allows you to use solely a single device to store extraordinarily massive databases or mono tablespaces.  Higher performance is one of the foremost substantial benefits of disk striping.

Disk Striping

However, disk striping has one disadvantage: restricted resilience. Unless a high-reliability array with hot-swap capability is implemented, all data may be lost if one of the disks fails.

  • Parity

It is another key notion in RAID. Redundancy data is calculated for every item of data written to a disk in parity error checking.

To recover the data on failing disks, the parity data is combined with any residual data. Parity error checking necessitates accessing and examining data from multiple locations, which may slow down system performance.


What is a RAID Arrays Controller?

A RAID controller is a device that resides between the operating device and the storage disks, which might be hard disk drives. Most RAID levels provide both data redundancy and improved hard disk drive performance.

On SSD, RAID provides redundancy but does not raise performance. RAID is mainly designed for SSD to provide redundancy and additionally boost performance.

RAID controllers visualize the drives into distinct groups, each having its very own set of data protection and redundancy features.

 RAID Arrays Controller

Types/Levels Of RAID Arrays

Understanding what benefits the different RAID Arrays levels provide is important when figuring out the form of disk storage required by an online device or application. With this knowledge, you will be capable of making appropriate decisions regarding your cloud VPS provider’s storage capacities.

The following are the key RAID Arrays levels, along with descriptions:

  • RAID 0

This level of RAID Array takes any number of disks and merges them into a single big volume. This boosts the speed to the point where you would be able to read and write from numerous disks at the same time with ease.


It requires at least two disk drives in the process. RAID 0 provides no redundancy, which means in the case of disk failure, the lost data could not be ever recovered. We can say that it is striping across two disks without parity

  • RAID 1

It is a type or level of RAID Arrays that mirrors two or more disks without parity. In contrast to RAID 0, this level provides redundancy, meaning that if a disk fails, the data could still be recoverable since it is saved on mirrored disks.


RAID 1 provides a higher level of performance and data protection. However, it has a high hardware cost as it requires duplication of data across multiple disks.

  • RAID 5 and RAID 6

RAID 5 and 6 require at least 3 to 4 disks respectively. It is based on RAID 0, except instead of striping data across multiple drives, it stripes data across multiple drives to enhance performance. However, distributing parity data among the disks additionally adds redundancy.


RAID 5 and 6 both have significantly improved read performance. However, the RAID controller used encompasses a massive impact on write performance. You’ll most likely need a specialized hardware controller for RAID 5 or 6. This is due to the necessity of calculating and writing parity data across all disks.

  • RAID 10

RAID 10 is a hybrid of RAID 1 (mirroring) and RAID 0 (stripping) that requires at least four drives (striping). This will give you more speed as well as redundancy.


 If you want speed yet still need redundancy, this is usually the RAID level to use. RAID 10 is ideal for reducing downtime and meeting high input and output requirements.

  • RAID 50

RAID 50 combines RAID 5 distributed parity with RAID 0 disk striping. It provides better write performance, enhanced data security, and faster restoring.


This RAID level necessitates the addition of extra disk drives. It is necessary to have at least six disk drives.

In a nutshell, RAID is a logical method of combining several drives into a single array. The theory is that by combining these disks, they may achieve the speed and dependability of a more expensive disk.

For more such articles head on to our blogs section!


Cloud Hosting Improving Website Speed ©

Cloud Hosting Improving Website Speed ©


The speed or efficiency of a website is vital in this technological world. Customer satisfaction, SEO, and ratios can all be adversely impacted by slow-loading websites. As a business person, you don’t want to lose traffic or potential customers. As a result, enhancing a website’s performance is very important for attracting traffic and keeping visitors intrigued. Cloud Hosting Improving Website Speed

Cloud technology is rapidly conquering the globe, and for a legitimate reason. Unlike traditional physical servers, which have resource and availability limitations, cloud-based servers have essentially infinite resources, scalability, and performance.  Cloud hosting is used by some of the most well-known digital brands to support their dynamic apps and infrastructures.

What is Cloud Hosting?

The cloud allows data to be stored on several channels at the same time. This information is then transmitted via networks like the internet. Your website’s data is distributed out among a cluster of thousands of servers, thus acting as one enormous storage, processor, and space. This ensures that even if one server fails, no data is affected. This also implies that you can access all of your data, applications, email, and software from anywhere.

Cloud Hosting

Professional cloud hosting service providers manage the setup, maintenance, and security while also allowing you to personalize your application and hardware and scale resources according to your requirements. Furthermore, virtual resources from various servers are utilized to meet all of your website’s requirements.

Flexibility, reliability, and scalability are all advantages of high-performance cloud web hosting. Furthermore, by using cloud hosting, your website may retain quick load time even during peak traffic times such as marketing or events.

What Are The Advantages Of Cloud Hosting Over Conventional Hosting?


The uptime of your server has a direct correlation with the overall performance of your website. There is no single point because of the structure of interconnected servers.

If one of the servers in the network goes down or is unable to handle your request, any other server in the cluster takes over by default, keeping everything running smoothly. However, with traditional website hosting, any outage or failure of your single server might cause your programs and website to be offline for an extended period.


With cloud web hosting, you won’t have to worry about capital investment on infrastructure because providers will take care of it for you. Furthermore, you will almost certainly want to pay for the services and assets you use.

traditional vs Cloud hosting

However, in a traditional web hosting approach, you must invest in infrastructure and pay a predetermined amount for services and resources regardless of whether you use them or not.


Resources and CPU capacity on a single server are shared by multiple websites in the traditional web hosting approach. In addition, you’ll need a dedicated, private server to protect your sensitive data, which is costly.

Cloud web hosting, on the other hand, has a well-established infrastructure with multiple layers of security, including data, networking, software, and real protection. Cloud service providers also provide secure services, as well as backup and recovery, firewalls, access control, and data isolation and storage division.


Cloud web hosting provides remarkably easy resource distribution for a website’s or application’s growing needs. From the assets accessible within the cluster of servers, you can upload or reduce resources such as storage, bandwidth, RAM, and so on.

A conventional web hosting solution has rigid specifications and limited resources. If the need arises, you won’t be able to scale up sources immediately.

Cloud Hosting Improving Website Speed

Instead of employing a single server to handle all of your company’s web hosting needs, you can utilize the cloud web hosting platform’s services to share the burden of your site, which is linked to multiple servers in a cluster.

Furthermore, they include many features such as databases, report storage, email, backups, and a management panel, which may be handled one at a time by a dedicated cluster server.

Nonetheless, even with a higher volume of traffic, they keep the server load close to 30-60 percent. Now that you know how fast a web hosting server may be, you need to make sure you have plenty of resources.

Motives that make your site even faster to load

  • SSD (Solid State Drive)

SSD devices allow the website to run faster than traditional hard discs. It is recommended that you choose cloud web website hosting servers that use SSD discs to ensure that your site loads faster.


When you use a compressor, the report is much faster than the machine used by cPanel web hosting platforms; additionally, conversions are tested; it’s rather quick.

Cloud Hosting File conversion


When using a hosting platform based on Cpanel, they employ a rsync-based backup machine to back up the database and slow down your website, whereas the ZFS backup plans are used. These strategies are notable for their speed and simplicity.

By experimenting with each result, it was revealed that it is considered superior to other tools in terms of speed. Furthermore, it provides excellent overall speed while also backing up the site database.


You must comprehend that cloud web website hosting is no longer just for local or nearby customers. However, with faster loading properties, you may appear in the search engine’s final result.

We tested out cloud web website hosting options and were pleasantly surprised to see the site appear towards the top of relevant search results. Furthermore, they intend to provide their users with even more significant benefits.

Cloud Hosting Consumer service TezHost


To conclude, the future of web design and development is cloud hosting. It has a lot of features that can help you improve the overall performance of your website. As a result, invest in a dependable, scalable, managed, and secure cloud website hosting service to boost your website’s speed and overall performance. However, picking the right service issuer and choosing the right hosting plan is crucial to a successful hosting experience.