10 Ways Linux Is Better Than Windows

Linux and Windows are two of the most popular operating systems used by individuals and businesses worldwide. While both operating systems have their strengths and weaknesses, there are several reasons why Linux is often considered superior to Windows. Here are 10 ways Linux is better than Windows.

Open Source

Linux is open source software, which means the source code is freely available to anyone who wants to modify, study, or redistribute it. This leads to a vibrant community of developers and contributors who work to improve the software. There are many benefits of open source software, including:

  • Lower costs: Open source software is often available for free or at a lower cost than proprietary software, which can help businesses and organizations save money on software licensing fees.
  • Flexibility: Open source software is highly customizable, which means you can modify and tailor the software to suit your specific needs. This is especially useful for businesses and organizations that require software with specific functionality or features.
  • Quality: Open source software is often developed collaboratively by a large community of developers, which can result in higher quality code and more reliable software.
  • Innovation: Open source software often encourages innovation and experimentation, as developers are free to modify and build upon existing software. This can lead to new and innovative software solutions that may not have been possible with proprietary software.
  • Support: While open source software is often free, there are often communities of users and developers who provide support and resources to help users get the most out of the software.
  • Transparency: Open source software is transparent, which means you have access to the source code and can see how the software works. This can help you identify and fix issues, as well as learn more about how the software operates.
  • Collaboration: Open source software is typically developed and maintained by a community of developers who contribute their expertise and collaborate to improve the software. This allows for more rapid development and improvement of the software, as well as a wider range of input and perspectives.
  • Security: Because open source software is open to scrutiny by anyone, there is a large community of developers who can identify and fix security vulnerabilities quickly. This leads to more secure software and a reduced risk of security breaches.
  • Vendor independence: With open source software, you are not locked into a single vendor or supplier. This gives you more control over the software and allows you to switch vendors or suppliers if necessary.
  • Interoperability: Open source software is often designed to work with other open source software, which can make it easier to integrate with other systems and software. This can help businesses and organizations avoid vendor lock-in and provide more flexibility in their software choices.
  • Education: Open source software can be a valuable learning tool for developers and students, as they can study and learn from the source code. This can help to promote education and knowledge-sharing in the software development community.

Overall, open source software can offer significant benefits in terms of cost savings, flexibility, security, innovation, support, transparency, and compatibility.

Security

Linux is widely considered to be more secure than Windows due to its architecture. Linux is built on a strong foundation of security, and the operating system is designed to be more secure out of the box.

Linux is generally considered to be more secure than Windows due to several reasons:

  • Linux is open-source software, which means that its source code is available for public review and scrutiny. This allows for a large community of developers and security experts to review and identify any vulnerabilities in the software, leading to quicker identification and resolution of security issues.
  • Linux has a more secure file system structure than Windows. Linux uses a hierarchical file system structure where system files are kept separate from user files. This makes it more difficult for malware to access system files and execute malicious code.
  • Linux has a more controlled software installation process compared to Windows. On Linux, software can only be installed from trusted repositories or through the use of package managers, which ensures that the software is verified and free from malware. In Windows, users can download and install software from various sources, which increases the risk of downloading and installing malware.
  • Linux is less targeted by malware and viruses than Windows. This is partly due to the fact that Windows has a much larger user base, making it a more attractive target for hackers and malware creators.
  • Linux provides better control over system updates and patches. Linux users have more control over when and how system updates are installed, which allows for greater flexibility and ensures that updates are thoroughly tested before being rolled out.

Overall, while no operating system is 100% secure, Linux is generally considered to be more secure than Windows due to its open-source nature, more secure file system structure, controlled software installation process, and lower risk of malware and virus attacks.

Stability

Linux is known for its stability and reliability. The operating system rarely crashes or freezes, and it can run for years without needing a reboot.

In general, Linux is considered to be more stable than Windows. There are several reasons for this:

  • Linux is designed to be stable and reliable from the ground up. It is built on a Unix-like architecture that emphasizes stability and security.
  • Linux is open source, which means that anyone can examine the code and find and fix bugs. This makes it easier to identify and address stability issues.
  • Linux is highly modular, with a clear separation between the kernel and the user space. This makes it easier to update and maintain the system, and reduces the risk of system instability.
  • Linux uses a package management system that makes it easy to install, update, and remove software without affecting other parts of the system. This reduces the risk of conflicts and stability issues.
  • Linux systems tend to be less resource-intensive than Windows systems, which means they can run more efficiently and with fewer stability issues.

However, it’s worth noting that this doesn’t mean Linux is immune to stability issues. It’s possible to run into problems with Linux, especially if you’re using bleeding-edge software or hardware that hasn’t been well-tested. However, in general, Linux is considered to be a more stable and reliable operating system than Windows.

Customization

Linux is highly customizable, allowing users to tailor the operating system to their specific needs. Users can choose from a wide range of desktop environments, window managers, and themes.

  • Open source: Linux is open source, which means that users have access to the source code and can modify it to suit their needs. This allows for a greater degree of customization than Windows, which is closed source.
  • Package managers: Linux uses package managers to manage software installation, which makes it easier to install and remove software compared to Windows. Package managers also allow for greater customization by enabling users to install only the software packages they need, rather than a bloated suite of applications.
  • Desktop environments: Linux offers a variety of desktop environments to choose from, each with its own set of features and customizability options. Users can choose a desktop environment that suits their needs and preferences, and customize it to their liking with themes, icons, and other tools.
  • Command line: Linux has a powerful command line interface that allows for a high degree of customization and automation. Users can create scripts and automate repetitive tasks, and can customize their command line environment with tools like Bash aliases and environment variables.
  • Configuration files: Linux uses plain text configuration files for many system settings, which makes it easy to modify and customize those settings. Users can edit configuration files directly with a text editor, or use tools like graphical configuration utilities to make changes.

Overall, Linux’s open source nature, package managers, desktop environments, command line interface, and plain text configuration files make it a highly customizable operating system. While Windows does offer some customization options, it is generally considered less flexible and customizable than Linux.

Command-line interface

Linux has a powerful command-line interface that allows users to perform complex tasks quickly and efficiently. This makes it an ideal choice for developers and system administrators.

One key advantage of the Linux command line is its support for a wide range of powerful command-line utilities and tools. Many of these tools have been developed over decades, and are highly optimized for performance and functionality. Some examples of commonly used Linux command-line tools include:

  • Bash: A powerful and flexible shell that supports scripting, command-line editing, and advanced features like command history and tab completion.
  • Grep: A tool for searching through text files using regular expressions.
  • Awk: A versatile tool for processing and manipulating text data.
  • Sed: A tool for stream editing of text data.
  • Find: A tool for searching the file system for files that match certain criteria.
  • Tar: A tool for archiving and compressing files and directories.
  • In addition to these standard tools, Linux also supports a wide range of third-party command-line utilities and tools, many of which are open source and freely available for download.

Another advantage of the Linux command line is its support for powerful scripting and automation capabilities. With tools like Bash and Python, it’s possible to create sophisticated scripts and automated workflows that can streamline complex tasks and operations.

Overall, while both Linux and Windows have powerful command-line interfaces, Linux is often considered to be more flexible, powerful, and customizable than Windows.

Package management

Linux package management is often considered better than Windows, primarily due to the package management system used by Linux distributions, such as Debian, Ubuntu, Red Hat, and Rocky Linux. Linux package management systems are designed to be efficient, reliable, and secure.

Here are some reasons Linux package management is better than Windows:

  • One of the biggest advantages of Linux package management is the central repository of software that is easily accessible from the command line. With just a few commands, users can search for, install, and manage software packages, which eliminates the need to manually download and install software from various sources, which can be risky and time-consuming.
  • Linux package managers also provide dependency resolution, which means that if a software package requires other packages to run, the package manager will automatically download and install the required dependencies. This eliminates the need to manually search for and install dependencies, which can be time-consuming and confusing.
  • Additionally, Linux package management systems provide easy updates for installed software packages. When new versions of software are released, users can simply run a command to update all the software packages installed on their system, which ensures that they are always running the latest version of their software.
  • In contrast, Windows package management is often fragmented, with different versions of Windows using different package management systems, such as Windows Installer, Microsoft Store, and Chocolatey. This can make it difficult for users to find and install software packages, and can lead to compatibility issues when installing software from different sources.
  • Furthermore, Windows package management often relies on manual installation and update processes, which can be time-consuming and can leave users vulnerable to security threats if they are not diligent about keeping their software up to date.

Overall, Linux package management is considered to be better than Windows due to its central repository, dependency resolution, and easy updates. This results in a more efficient, reliable, and secure system for users.

Performance

Linux is known for its excellent performance, particularly on older hardware. The operating system is lightweight and efficient, and it can run on a wide range of hardware configurations.

In general, Linux is known to have better performance than Windows, especially when it comes to resource usage and multitasking capabilities. Here are a few reasons why:

  • Kernel design: Linux’s kernel is designed to be lightweight and efficient, with emphasis on process scheduling, memory management, and I/O operations. This results in better utilization of hardware resources compared to Windows.
  • File system performance: Linux uses the ext4 file system by default, which is known for its speed and reliability. Windows, on the other hand, uses the NTFS file system, which is more complex and can sometimes result in slower file access times.
  • Resource usage: Linux typically uses fewer system resources than Windows, making it better suited for running on older hardware or machines with limited resources. This is due to Linux’s modular design, which allows users to choose which components and services are installed and running.
  • Open-source software: Many of the programs available for Linux are open-source, which means they are free to use and can be modified to improve performance. This also means that there are often many different versions of the same program available, allowing users to choose the one that best fits their needs.

Overall, Linux’s performance advantage over Windows is due to its lightweight design, efficient resource usage, and open-source nature. However, the specific performance benefits will depend on the specific use case and hardware configuration.

Privacy

Linux provides users with greater control over their data and privacy. Unlike Windows, Linux doesn’t send personal data to a central server, and users can easily disable or control features like telemetry and data collection.

Linux is generally considered to be more privacy-focused than Windows for a few reasons:

  • Open source: Linux is open-source software, which means that anyone can view and modify its source code. This transparency allows security experts to review the code for potential security vulnerabilities and ensure that there are no backdoors or other hidden features that could be used for surveillance.
  • Limited data collection: Linux generally collects less data than Windows. For example, Ubuntu, one of the most popular Linux distributions, collects very little user data by default. Users can also easily disable or remove any data collection features they do not want.
  • No forced updates: Windows updates can sometimes include new features or changes that may compromise user privacy. Linux users can choose to update their system manually, which gives them more control over what updates they install.
  • Security features: Linux distributions generally come with built-in security features like firewalls, disk encryption, and SELinux. These features can help protect user data and prevent unauthorized access to the system.

That being said, it is important to note that Linux is not immune to privacy concerns. Users should always take steps to protect their privacy and security, regardless of the operating system they use.

Cost

Linux is free and open source software, which means users can download and use the operating system without paying a licensing fee. This makes it an attractive option for individuals and businesses looking to save money.

Linux can save money over Windows in a few ways:

  • Licensing costs: Linux is open-source software, which means that it is available for free and can be freely distributed and modified. This eliminates the need for licensing fees, which can be quite expensive for proprietary software like Windows.
  • Hardware costs: Linux can run on a wide variety of hardware, including older machines, which means that companies can use existing hardware instead of having to purchase new machines to support a new operating system.
  • Maintenance costs: Linux is known for its stability and reliability, which means that it requires less maintenance and downtime compared to Windows. This can translate to cost savings for companies in terms of reduced IT staff time and less downtime-related productivity loss.
  • Compatibility with open-source software: Linux has strong support for open-source software, which is often free and can save companies money on software licensing fees. Additionally, open-source software can often be customized to meet specific business needs.

Overall, Linux can save money for individuals and companies in terms of licensing, hardware, maintenance, and software costs. However, it is important to note that the actual cost savings will depend on the specific needs and circumstances of each user.

Community

Linux has a passionate and dedicated community of users and developers who work together to improve the operating system. This community provides support, documentation, and a wealth of knowledge to users of all skill levels.

  • Development of open-source software: Linux community members often work on open-source software projects, including the Linux kernel, desktop environments, applications, and utilities. This software is freely available and can be used by anyone.
  • Bug reporting and fixing: Linux users can report bugs they encounter while using Linux and its associated software. Developers in the community can then work on fixing these bugs, ensuring that Linux is as stable and reliable as possible.
  • Technical support: Linux community members provide technical support to other users who may be experiencing problems with Linux or its associated software. This support can come in the form of forum posts, IRC chats, or mailing list discussions.
  • Localization: Linux is used all over the world, and the Linux community works to ensure that it is available in as many languages as possible. This involves not only translating the Linux operating system and its associated software, but also providing localized documentation and user support.
  • Advocacy: The Linux community works to promote Linux and open-source software in general. This involves educating the public about the benefits of Linux, as well as encouraging the adoption of Linux in various settings, such as businesses, schools, and government agencies.
  • Testing and quality assurance: Before software is released, Linux community members test it thoroughly to ensure that it is stable, secure, and functional. This helps to prevent bugs and other issues from arising after the software has been released.
  • Documentation: Linux community members create and maintain documentation for Linux and its associated software. This documentation includes user guides, manuals, and other resources that help users get the most out of Linux.
  • Community events: The Linux community holds various events, such as conferences and meetups, where members can gather to discuss Linux and open-source software. These events provide opportunities for community members to learn from one another and collaborate on new projects.

Conclusion

In conclusion, Linux offers many advantages over Windows, making it a popular choice for a wide range of users. From its open-source nature and highly customizable interface to its superior security features and efficient resource usage, Linux provides a robust and versatile operating system that can meet the needs of both individual users and businesses alike. While Windows remains a dominant player in the market, Linux’s growing popularity is a testament to its strengths and ability to compete with established competitors. Whether you’re a seasoned developer or a casual user, Linux’s flexibility and functionality make it a compelling alternative to traditional operating systems.

Please Leave Feedback and Corrections in the Comments

More to Explore

Why MALIBAL?

When it comes to choosing a laptop, you have numerous options from well-known brands like Dell, HP, Lenovo, and Apple. Each of these companies offers a range of products designed to meet the diverse needs of their customers. However, if you’re looking for a brand that stands out in terms

Read More »

How to Dual Boot Windows and Linux

Dual booting allows you to run two separate operating systems on a single computer, providing the flexibility to switch between different OS environments according to your needs. By setting up a dual-boot system with Windows and Linux, you can enjoy the robust performance and extensive software library of Windows alongside

Read More »

Table of Contents

Leave a Reply

Availability

We wish to inform our valued customers that, due to significant business growth and existing supply chain constraints, our laptop inventory is expected to be sold out this holiday season.

To secure a laptop for your personal or professional needs in anticipation of Christmas, we recommend placing your order at your earliest convenience.

Upon order placement, the estimated delivery date will be clearly indicated on the cart page, assuring the receipt of your purchase well ahead of the holiday festivities.

We appreciate your understanding and are dedicated to serving you with excellence.

What are you looking for?

Type in a question or keyword below

Search

Frequently Asked Questions

Why MALIBAL?

In a marketplace dominated by large corporations, MALIBAL offers a refreshing alternative that focuses on open-source support, the right to repair, hardware integration in the USA, personalized US-based customer support, and the unique combination of customization and high-performance technology in sleek, user-friendly designs. For those who value these qualities, MALIBAL stands out as a distinct and appealing choice among laptop brands.

Learn More

Are all the parts soldered to the motherboard?

In many modern laptops, especially thin and light models (like Apple’s MacBook Air or Pro, Dell’s XPS 13, or many of Lenovo’s ThinkPad X1 Carbon models), the memory, storage, battery, and wireless module are often soldered directly onto the motherboard. This is done to save space and allow the laptop to be thinner, but it means that the RAM and SSD are not user-upgradeable.

However, as part of our commitment to the Right to Repair Movement, the memory, storage, battery, and wireless module all MALIBAL laptops are user-upgradeable or user-replaceable.

Is the firmware on your laptops open source?

Yes, the UEFI / EC firmware on our laptops is open-source and licensed under the GPL.

Can your laptops be charged or powered via USB-C?

USB-C is revolutionizing the way we charge laptops. As a universal charging standard, USB-C has a number of advantages that make it particularly suited for this task.

First and foremost, it offers high power delivery capability – up to 100 watts – which is sufficient to charge even power-hungry laptops. This eliminates the need for proprietary laptop chargers and allows for charging via common adapters, power banks, or even other laptops.

Additionally, USB-C is a reversible connector, meaning it can be inserted either way, making it more user-friendly.

It also supports data transfer and display output, allowing for a single cable to provide power, transfer data, and connect to external monitors.

All MALIBAL laptops can be powered via the Thunderbolt 4 port.

Who is MALIBAL?
MALIBAL is an innovative technology company that produces high-performance, custom linux laptops for developers and content creators; mobile workstations for engineers, scientists, video editors, 3D modelers, and animators; and mobile servers for enterprise applications. On our site, you will find information about the best linux laptops, such as our Aon S1 and Aon L1 models, our customers, new articles, latest news, guides, features, and more.
How do I get a quote?

If you need a quote for any reason, e.g., to submit to accounting for approval, before ordering, simply add the laptop(s) you want to purchase to the Cart, then click Checkout, and on the checkout page, click Convert Cart to Quote. We will email you a PDF of the quote with a link to make payment once you are ready to complete the order.

How do I cancel an order?

You may cancel an order any time up until it ships. After it ships, you will not be able to cancel it, but will instead have to use our return policy in order to return the laptop for a refund. To cancel an order, simply open a sales ticket or sales chat and give the representative your order information, and they will cancel the order for you and send you confirmation via email and text.

How do I make a change to my order?

You may make changes to your order up until it ships. To modify an order, simply open a sales ticket or sales chat and give the representative your order information and specify which changes you want to make.

When is my order shipping?

If all parts are in stock, the average build time for laptops is 5-7 business days. This means laptops will ship 5-7 business days after the order is placed. If a component is backordered, it will say which parts are backordered in your order confirmation email.

To see the estimated delivery date of your laptop, please check your order confirmation email for the Estimated Delivery Date. You can also see this information on your My Account > Order Details page. The estimated delivery date is the build time (plus backorder delay, if applicable) plus the shipping time.

Once your laptop ships out, we will email you the tracking information. An adult will need to be at the address to sign for the package when it arrives.

How do I track my order after it ships?

You can view your tracking status via the order details page in your account.