Linux extends the service life of a lot of the hardware that is so often discarded before its time.
Embedded Files
Privacy isn't about having secrets, it's about having boundaries.
Linux is a family of open source Unix-like operating systems based on the Linux kernel, an operating system kernel first released on September 17, 1991, by Linus Torvalds. A significant advantage of Linux is that it is free of charge, both the operating system itself and much of the accompanying software, which aligns with the principles of open source.
From the primordial era of computing, when dial-up hummed its ancient song, my journey through the realms of Linux has been steadfast and here are some of the distros i use. Even the venerable Red Hat Linux 6 original vendor CD, a relic of that time, remains a touchstone framed in my wall, its history somehow feeling perpetually up-to-date.
I use Linux and not macOS or Windows because I want an open, free, and community-built operating system for my personal computing. I don't want anyone monitoring what I do, nor do I want to see a single advertisement while using a PC I've paid for. That's where Linux comes into play with its excellent track record of security and privacy.
Privacy isn't about having secrets, it's about having boundaries.
Alongside the popular choices of Fedora and Ubuntu, openSUSE Tumbleweed presents a compelling and distinct Linux experience (Not to mention the graphical Grub2 in the bootloader which gives it a very subtle and sophisticated look). What sets Tumbleweed apart is its rolling-release nature, providing users with the latest software updates continuously, yet it achieves a remarkable level of stability thanks to the rigorous openQA testing process. For those accustomed to Windows, the KDE Plasma desktop environment offered by openSUSE might feel particularly familiar and comfortable. Furthermore, the intuitive Discovery application makes installing a vast range of free software incredibly easy – often just a single click.
If you're looking to explore a different flavor of Linux alongside your Fedora or Ubuntu setup, I highly encourage you to give openSUSE Tumbleweed a try. The graphical installer is user-friendly, and as always, it's wise to create a full system backup using a tool like Macrium Reflect before any major system changes, allowing you to easily return to your previous setup if needed. You might just discover your new favorite Linux distribution!
With this, here's a screenshot of my openSUSE Tumbleweed actualy my fav distro.
(thanking Fedora for having reinserted again KDE into her distro's spins since April 15th, although i keep still don't like the wallpapers since the 3x++ or something. It's a thing).
The Myth of Instability and the Triumph of Efficiency: One Year of Tumbleweed
Some still live in the past, believing that using a rolling release distribution — one that is always on the cutting edge — is like walking a tightrope. After a full year of continuous use on my laptop, and a recent "experiment" that proved the system's robustness, reality tells a different story: Linux isn't just the future; it is the smartest present.
Native Performance, No Compromises
It is important to note: I don't run Linux "embedded" or tucked away inside another OS. My system lives exactly how it was born to be: on its own dedicated partition. While I maintain a separate partition for Windows, I don't believe in "mixing" things. Running Linux natively on bare metal is the only way to truly experience its raw power and surgical precision.
The 85% Rule: A Daily Choice
In this past year, my boot logs tell a clear story. Despite having both systems available, I’ve spent 85% of my time in Tumbleweed. Windows has become the "guest" OS, while Linux has earned its place as my reliable daily driver. It’s not just about preference; it’s about which environment actually helps me get things done without getting in my way.
Reliable Ecosystem: The Macrium Factor
Even when using tools traditionally associated with Windows, the experience is seamless. I use Macrium Reflect X Home (Free) for my imaging and backups, and it works splendidly with my Linux setup. It handles the partitions and data with absolute reliability, proving that moving to Linux doesn't mean leaving your trusted safety nets behind.
The Real Proof: Updating Without Fear
Recently, I decided to test the limits of Tumbleweed's versatility. I took an installation that had been sitting idle since May 2025 and jumped straight to the latest version. The result? Total fluidity. No blue screens, no data loss, no system stutters. Modern Linux, especially with the engineering behind openSUSE, has transformed what used to be a risk into an invisible, reliable routine.
The Data Diet: Linux vs. Windows
The Data Diet: Linux vs. Windows
What impresses me most isn't just the stability, but the surgical efficiency in resource management. In a year of constant updates:
Tumbleweed "grew" a mere 1.5 GB.
Windows 11, in the same period, bloated by nearly 18 GB.
This massive 12x difference in space reveals a distinct philosophy. While one system accumulates residue and redundant processes, Linux optimizes. It’s the difference between carrying a backpack with exactly what you need for the journey versus dragging a chest full of things you never asked for.
On the Crest of the Wave, with Feet on the Ground
On the Crest of the Wave, with Feet on the Ground
Using Tumbleweed is having the best of both worlds. I have the latest kernel, optimized drivers, and the newest UI features straight out of the oven. Being on the "cutting edge" doesn't mean being a guinea pig; it means enjoying a system that evolves with you, respects your hardware, and, above all, respects your time and storage.
Today, the greatest advantage of using Linux isn't just freedom or security — it's agility. It’s knowing that my computer will be faster and more efficient tomorrow than it was yesterday.
Featured: Cybele, my custom terminal assistant running on a clean openSUSE Tumbleweed environment.
How to install Linux or on an old laptop
How to install Linux or on an old laptop
Linux has been my primary operating system since 1997. When I first started using the open-source OS, it was not easy. There was a lot of command line work to do and keeping my 33.6k modem online was a nightmare. With some serious persistence, I made it work and ended up building a life using Linux and open source software.
Back in those days, installing Linux on a laptop was something only the most skilled users could pull off. The problem was (at the time) Linux didn't have a great deal of support for things like Wi-Fi cards, sound, and video. Because of that, it was pretty hit-and-miss. You might try to install your favorite Linux distribution, only to find out it didn't support your video card. Try a different distribution that did support your video card, but not your sound card. If you were really good with the command line, you could install firmware for the hardware to get it running.
Eventually, Linux caught up to the competition until it found support for most hardware (save for maybe cutting edge graphics and some newer peripherals). Even then, the Linux community has been doing a great job of keeping pace with the likes of Windows and MacOS.
And so, if you have a laptop that was built within, say, the last 10 years, you shouldn't have any problem installing Linux on it.
But how? Let me show you just how easy it is.
How Linux can revive your aging laptop
The first thing to keep in mind is that we're going to wipe away the current operating system on your laptop. Because of that, make sure you've saved every file and directory that you want to keep onto an SD card or external hard drive. If you don't have either of those things, upload those files to a cloud storage account.
Once you've backed up all the data you need to keep, you're ready to install.
Requirements
To make this work, you'll need the following:
A laptop that was made within the last decade (or just your new one).
A bootable Linux USB drive
That's it. Let's make it happen.
Insert your bootable Linux USB drive
Insert your bootable Linux USB drive into a USB port on the computer and power on the laptop.
If your machine doesn't immediately boot to the USB drive, you'll have to reboot the computer, access the boot menu (how this is done will depend on the make and model of the laptop, so you'll have to google it), and select the USB as the boot option.
To install, either follow the on-screen setup instructions or, if using a live CD/DVD/USB, click the "Install" desktop icon.
Make sure to use a strong and unique password for your user or root.
The installation will complete and require you to reboot. During the reboot, make sure to remove the USB drive, so the laptop boots from your hard drive. Once you reboot, log in with the user you created and start using your new Linux laptop.
This process shouldn't take more than 15 to 30 minutes (depending on the speed of your machine and network connection). Congratulations, you've just revived that aging laptop with a very powerful, flexible, secure, reliable, and user-friendly operating system.
Enjoy!
Google Sites
Report abuse