Can your website handle heavy traffic?

Regardless of the hosting system, when site traffic increases, loading time problems can occur. Getting as much website traffic and visitors as possible is every website owner’s dream.

You may be excited knowing that you have website traffic because traffic brings you visitors and potential customers, but it can also be a bad thing if your website can’t cope and doesn’t work. Downtime is just as bad as poor design or a slow website.

First, you need to learn to predict these sharp increases in website traffic. They can be good indicators of performance, but the impact that increased traffic can have if you’re not prepared can be costly to your online business.

The month-to-month numbers provide an understanding of the basic traffic profile: low, moderate or high. These numbers also provide insight into potential trends, patterns and seasonality, as monthly traffic can change based on many variables, including marketing campaigns, search engine rankings and market conditions.

If your site is not prepared to handle an increase in popularity, a short-term increase in traffic could cause long-term damage to your search engine optimization (SEO) as well. High traffic can also have an immediate impact on user experience, if your website can’t handle all the traffic, it can slow down to a crawl or worse, crash.

If your store gets so busy that “browsers” outnumber paying customers, you may run into problems. If this happens, your paying customers may leave and go to your competitors. People visiting your site for the first time may conclude that your site is slow and problematic.

A high volume of traffic is an unexpected increase that is significantly higher than the original amount and deviates from the expected trend. Basically, if you get more hits than you expect, this is a high volume of traffic for your particular site. This type of heavy traffic increases the burden on your site’s servers. Instead of capitalizing on the increased traffic, you are now getting fewer conversions than you would expect on a typical day. A dramatic increase in traffic can even exceed your allocated bandwidth. Depending on your hosting plan, this can lead to additional costs. You may need to upgrade your hosting plan to cope with the increased demand.

So what should you do to avoid these situations?

1.When choosing your web hosting plan, you should pay attention to whether the web server can handle web traffic. Even if you choose to start with a shared solution, you should be aware that all resources, including memory and processing speed are shared on that server. And if one of the sites gets a lot of site traffic then the other sites will be affected as resources will be stretched.

To ensure that your site can handle the traffic you will need to choose a middle ground solution namely a VPS which is similar to a dedicated server and the difference between a shared server is that a VPS is shared in such a way that each site has a portion of resources allocated to it exclusively. If one website on the server receives an increase in traffic then the other sites will not be affected and will not experience traffic slowdowns.

2.If you still happen to run into problems, the solution is to optimize your site – limiting the use of themes and templates that contain images and videos can be a good practice to avoid slowing down your site significantly. The larger the file size, the longer they will take to render on a page. A lean website will load faster, even during periods of heavy traffic.

The huge community of themes and plugins is one of WordPress’ greatest strengths. However, poorly designed and maintained themes and plugins can fill your website with unnecessary code. This can degrade the performance of your website and make it more difficult to handle high volumes of traffic.

3.Install a caching plugin. Caching is an important aspect of improving site speed, although it is one of the most overlooked. In short, caching creates static HTML versions of your website content. This reduces the number of times WordPress has to request content, which can help your site handle heavy traffic.

Plugins like W3 Cache will ease the pressure that traffic puts on your service, ensuring that content is rendered in their browsers as quickly as possible. Some plugins allow you to minimize and compress the HTML, JavaScript and CSS files on your WordPress site. Tools like SEO Site Checkup can help you determine if caching is enabled on your site.

4.Conduct regular content checks. Even with the best efforts, exceptional traffic volumes can lead to increased load times in some scenarios. Once your site loads, you’ll want to provide visitors with a seamless experience to combat any negative impressions they have of your website. To ensure you’re providing the best possible experience, it’s a smart idea to conduct regular content audits. By examining the content of your website, you can often identify smaller issues that can impact your visitors’ experience, including broken links.

While performing your content audit, you can also look for opportunities to make your content more engaging. A slow website will always work against you, but quality content can contribute positively to key metrics such as bounce rate and time spent on your site.

Smaller companies usually have tighter budgets, which means their main motivation is to find an affordable plan. We know that shared hosting is a popular choice for many startups and small companies and if the traffic volume is constant, then it will meet the needs of the site and with these plans sharing server resources. However, if your site is experiencing an increase in traffic, you may struggle to access the resources you need to cope with this increased demand.

It doesn’t matter how many visitors or loyal customers you have. It only takes a period of downtime to ruin the trust they had in your business. So what’s the best strategy to keep people on your website? Your hosting provider plays a significant role in helping you manage high volumes of traffic. For best results, we recommend a flexible hosting provider that offers a range of plans and gives you the option to upgrade temporarily during periods of heavy traffic.

Advantages and distributions of Linux operating system

Linux – What is it, where can it be found and what are its advantages?

The first computers appeared in the middle of the 20th century and were extremely bulky pieces of equipment, occupying entire buildings. At the same time, they were also difficult to use, with specific operating systems that could not be used on other computers. This problem worsened as the number of computers increased, creating the need for a common operating system, known to all programmers and easy to install on any equipment.

It was called Unix, but failed to catch on outside academia. The next step was taken in 1991 by Linus Torvalds, who succeeded in making his own version of Unix, later called Linux.

In the article below you will discover how Linux came to be, what its advantages are, what technologies can benefit from this operating system and you will find out which are the main Linux distributions.

1. How Linux came to be – A short history

The foundations of the Linux operating system were laid in 1969, when a team of American programmers developed software that could be run on any computer. It was written using the C programming language and named Unix. Part of the code, called the kernel, was used to develop operating systems for mass users.

In the 1980s, because Unix was an open-source program, all sorts of dialects appeared, again greatly complicating the use of computers. An attempt at standardisation was made by an American researcher, Richard Stallman, who, wishing to make Unix a user-friendly operating system, developed a project called “GNU”, which unfortunately failed to catch on.

In 1991, a Finnish student by the name of Linus Torvald developed a customised form of Unix for the personal computer, using Richard Stallman’s project as a basis. He was soon joined by a team of enthusiasts, who added all sorts of accessibility to the kernel, allowing it to be released in 1992 as Linux to users around the world. Before long, Linux began to be preferred worldwide, mainly because it was free and could be customized as desired.


2. Advantages of Linux

Linux is seen as an operating system, but in fact it is a kernel that provides the link between hardware and software. Although it is not as well known as other commercial operating systems, Linux still has a lot of dedicated fans who take full advantage of its many benefits.

2.1. What are the main advantages of Linux

It is true that Linux is not suitable for every user, but in some cases, it does the job much better and more efficiently than any other solution. The advantages are obvious for people who have some knowledge of computer science and computer technology:

  • – It is an open-source program, meaning that anyone can easily download it and modify it according to their own wishes. Code distribution and improvement is encouraged as a solution for the emergence of better programs;
  • – Linux has better security than other operating systems, because an administrator must be authorized to install any application, so a virus cannot get in without the administrator providing the system password. Proof of this capability is the fact that the Linux operating system does not require the existence of an antivirus program;
  • – Linux is free. It does not require a licence to use it, as other operating systems can be used for a fee;
  • – It is small in size and requires little hard disk space. It works very well, even with only 128 MB of RAM, which means it can be installed on almost any device, whether laptop, desktop, phone or tablet;
  • – Linux is more stable than any other operating system. It almost never crashes and is not slowed down by applications running at the same time;
  • – It is very powerful in terms of network management and allows the connection of a huge number of users, without performance suffering;
  • – The Linux operating system is flexible and can be installed on any system (computers, servers, embedded systems);
  • – Updates are done directly by the user who can choose what is needed and discard what would load the system unnecessarily. Installing them is very simple and there are never any problems like with other operating systems;
  • – There are plenty of free or purchasable distributions that can be easily downloaded and used as needed. Among the most popular are Ubuntu, Fedora, Linux Mint and Debian;
  • – Linux distributions usually have a Live USB option, which means that a user can try the operating system on their device before installing it;
  • – Even though this system is based on line commands, it also has a graphical user interface, making it easy to use. Even people with no computer knowledge can do it simply and efficiently;
  • – It supports most programming languages, so it is suitable for programmers who want to create something new;
  • – The Linux user community is large and always willing to help beginners. Tips are available from sources such as forums or videos on streaming sites;
  • – Linux does not require you to enter private data like other operating systems, so it is preferred by those who want their credentials to remain anonymous;
  • – It supports files of almost any format and thus compatibility issues will not arise;
  • – It installs smoothly and quickly, without requiring the intervention of the person in question (perhaps only at certain times, in slightly more complex processes, if a tutorial is not enough);
  • – It is suitable for multitasking because the speed of systems is not influenced by the number of applications open at the same time;
  • – It is easy to learn, because it does not require a lot of previous knowledge in computer science.


2.2. Technologies that benefit from the Linux operating system

The advantages of the Linux operating system have been recognised by many developers who have accepted to incorporate it into various products offered to customers. Although most people don’t know this, they are certainly, perhaps even now, using products that incorporate this type of kernel:

  • – Many mobile phones (those running the Android operating system) are based on Linux, which is small, stable, free and easy to incorporate;
  • – Most web servers are Linux-based, using a special distribution called Apache;
  • – Networking (routers, modems) runs almost entirely on this operating system;
  • – Smart TVs run on Linux distribution operating systems;
  • – Most industrial robots and smart machines in factories are Linux-based;
  • – Laptops and desktops are often sold with the Linux operating system pre-installed.

3. Main Linux distributions

The initial version comes in a complete form and is used as a specific operating system. Users are, however, free to take the source kernel and modify it as they wish, adding or removing components. These efforts result in “dialects” of Linux, known in the jargon as distributions. These have emerged over time either through the efforts of companies, such as Fedora, Suse or Ubuntu, or through the work of volunteer communities, such as Debian or Gentoo. Most of them are still free, but there are some, especially those for servers, that require a license before use.

Most Linux versions have a common graphical user interface, easily recognizable by Windows users. Today, hundreds of such distributions can be used, some familiar to most people and others with a niche purpose. There are also Linux distributions with Romanian contributions, such as Redcore or AcademiX.


3.1. Ubuntu Linux distribution

Ubuntu is the most popular version of Linux, developed by the software company Canonical Ltd. The owner of this company has sponsored the development of the distribution and offered it for free to anyone interested.

Ubuntu can be successfully used to replace Windows on old or new laptops or desktops, as it has a similar graphical user interface and even offers applications that can successfully replace other operating system programs.

Installing the Ubuntu operating system is simple, as it is free to download from the Internet and is available in Romanian, with easy-to-follow instructions. If you want a server version, you can easily download it.

The advantages of the Ubuntu Linux distribution, besides being free, are the minimum system requirements (256 MB of RAM and 3 GB of free space on the hard disk or SSD), ease of use, stability and increased security.

3.2. Kali Linux distribution

Kali Linux is a distribution made specifically for testing the security of systems and was designed so that programmers can discover vulnerabilities in their programs. It includes numerous security applications.

3.3. CentOS Linux distribution

The CentOS Linux distribution is the free version of the commercial Red Hat Enterprise Linux and is built specifically to equip servers. This free version comes with all the toolsets as the paid version, but does not benefit from commercial and technical support from the company. Because of this, it is especially popular with non-commercial users who want to create a server to solve their own problems.

3.4. Linux distribution for Android

The Android operating system, so familiar to mobile phone owners, is based on a Linux kernel, modified to meet the needs. Google developed this system in 2007 and used it to create a flexible and highly upgradeable OS. Android is not always a Linux distribution, because it does not use the whole kernel, especially the GNU libraries, which are available in all other Linux distributions.

3.5. MX Linux distribution

This distribution is increasingly installed in recent years, because the interface is very similar to Windows, it does not have high hardware requirements and has a lot of applications that can be used in any field. It never crashes, which makes it desirable for people who use computers for productivity, where such a crash could mean losing dozens of hours of work.

3.6. Debian Linux distribution

It is a long-established distribution, created by a community of enthusiasts who wanted to offer a very efficient and stable operating system for free. Debian’s strength is the huge community of users who are always willing to help for free those who have problems or even those who want to learn more about the system’s customization and upgrade possibilities.

3.7. Fedora 33 Linux distribution

The Fedora 33 distribution is preferred by those who want to benefit from the introduction of the latest technologies in the field. The Linux community uses this distribution to test new solutions that lead to visible improvements. Fedora 33 has, from this point of view, the possibility to maximize the performance of a system, even if it benefits from outdated hardware.

In conclusion, the Linux operating system, although it does not have a very long history, is present in billions of devices, being preferred because it is free, stable, efficient and because it has multiple customization and upgrade possibilities.

Cloud Storage: what it is, what it is used for and what types exist

The digital industry runs on information. It is often used in the short term, and most of the documents created and saved by a user on a particular device are important for the moment. After that, the documents are either deleted or forgotten.

If a document no longer plays a role, it is recommended that it be deleted, as it takes up memory, and this affects the efficiency with which the device processes commands. A very common problem occurs when the memory of a laptop or smartphone is almost full and, because of this, the device loads very slowly, even on simple tasks. Thus, it is very important that document storage is done efficiently in order to keep the devices’ capacity to function at a consistently high level.

However, good storage also requires security and access to documents by one or more users. Cyber or digital attacks are becoming increasingly sophisticated and unpredictable, and the risk of an attacker gaining access or even destroying documents is quite high. In addition, it must be taken into account that problems with hardware components can lead to the irretrievable loss of various documents.

This uses cloud storage to keep data in a secure and easily accessible place, regardless of the device used. However, users need to know what the cloud is, what the advantages and disadvantages of using it are, and what types of cloud services there are.

1. What is cloud storage?

To understand what cloud storage is and how it works, it is a different technology from web hosting, although it still works online and requires an internet connection. While web hosting involves providing a domain for a website, cloud storage provides an external memory that can be accessed online, where data can be stored.

1.1 Definition of cloud storage

Cloud storage is a data storage model in which data is distributed in online documents. These documents are managed by several servers managed, in turn, by a hosting company. Cloud storage service providers are responsible for both data protection and data access. That’s why individuals or companies buy or rent storage space and use it for their own purposes.

1.2 How does cloud storage work?

Some cloud storage is purchased from a provider who owns and manages it and makes it available to the user for a fee. These providers are responsible for the capacity, security and durability of the storage space, so that data is accessible to users wherever they are and whatever device they are using, as long as they have an internet connection.

cloud storage

2. What can cloud storage be used for?

Even if the main purpose is to store data, helping to save device memory.

However, cloud technology can also be used in other ways, especially when it comes to security or data recovery if data has been lost from a particular source. These methods also depend on the user’s primary interest.

Data recovery

Backup and recovery play an essential role in ensuring that data is protected and accessible. Thus, if data is lost from a device’s internal memory, it remains accessible on the cloud. In addition, data on the device can be constantly updated, so that anything new automatically enters the cloud by creating a duplicate document.

Software testing

For testing new software or an update, separate, independent and duplicate storage environments may be needed so that software can be developed, managed and decommissioned when required.

Developers around the world are turning to pay-as-you-go storage options that make it easier to manage new software while reducing the associated costs.

Data migration

The availability, durability and cost benefits of cloud storage are very important for business owners, as well as those who provide storage, backup, networking or data security services. Cloud data migration services can simplify this process by avoiding high network costs, long transfer times and security issues.

data migration

3. Advantages of cloud storage

Obviously, there are some specific advantages of cloud storage. These are essential for those who need storage space and especially for companies that work with large volumes of data for which they need adequate protection. In addition, they can be chosen according to the user’s requirements to ensure they have the space they need.

Data security

Cloud storage is essential to keep data and documents in a safe place. The systems that help protect them are well developed, and those who manage cloud spaces are constantly making sure they are updated to keep up with the ever-growing attackers. In addition, if an attack targets a particular device, data can be recovered from the cloud.

Financial savings

One of the biggest advantages of cloud storage is that it’s a solution that helps reduce equipment costs. This is most advantageous for companies that, without the ability to store in the cloud, need to purchase additional equipment, such as external hard drives, to store their data in large volumes.

Data replication

Data replication is also a form of data protection. In fact, this process involves storing it both in the cloud and in another memory, often the device’s internal memory. However, replication ensures access to data even when it is lost from the device due to other causes, such as irreparable technical failures.

storage4. Disadvantages of cloud storage

There are a number of disadvantages to using cloud storage. These do not fatally affect data security, but they can have an effect on upload or download speeds in a given environment. However, some of the disadvantages may only arise in a specific context where multiple devices are used on a single internet connection and are not constantly present.

Connection speed impairment

This is a disadvantage that can be felt especially in an environment where there is only one or too few internet connections compared to the number of connected devices. Thus, they will be forced to use a single cloud source, which can affect the connection speed. This is most common in large companies that use many devices and store data continuously.

Predisposition to online attacks

Even if the security of data stored online is at an all-time high, attacks can still occur. Also, servers containing stored data are favourite targets for attackers, which means that attempts can happen at any time. On the other hand, there are many types of software that secure this data, and these are being developed regularly.

Slow server restoration

Restoring an entire server can take longer. In contrast, file restores are just as fast. In addition, it is recommended to create duplicates of the saved data, especially if there are situations where a dependent user has a certain amount of time in which the restore must be done. In this way, access to the data is ensured at all times.

server storage5. Types of cloud storage

Depending on their requirements and needs, companies can choose where, when and how they use cloud computing technology to ensure efficient and reliable data management.

There are several types of cloud computing. However, three models are the main ones when it comes to their implementation and the cloud services they offer that can provide the hosting a company needs.

5.1 Public cloud storage

The public cloud is owned by an external provider and is accessible to many companies. This type of cloud helps companies save money and the provider is responsible for setting up and maintaining the entire system.

Public clouds are ideal for small and medium-sized businesses that have a limited budget but need a fast and easy platform to work with.

5.2 Private cloud storage

This type of storage offers a customised infrastructure for a single company. Thus, the control belongs to the company that owns the storage space.

While this solution can be expensive, it can offer a higher level of security and more autonomy to customise storage data for larger companies.

5.3 Hybrid cloud storage

Hybrid storage is recommended for enterprises that want to benefit from both private and public options.


Cloud storage is one of the most secure and cost-effective options for saving data. Therefore, it is used both by individuals and companies.