I currently operate on Windows 11 across most of my devices, primarily due to the necessity of certain creative applications that lack viable Linux alternatives. However, my journey with dual-booting Linux and Windows was quite extensive. For years, I relished the flexibility of toggling between these two operating systems with a mere reboot, often attributing any technical hiccups to my own learning curve or user error. Even when faced with data loss from reinstalling my operating systems, I remained committed to this dual-boot setup, valuing the convenience of having both systems on one device.
As time has passed, my priorities have shifted. The days of dual-boot experimentation are behind me, as I now recognize the value of my time and data. While I still utilize Linux on some devices, I have opted for a more streamlined approach, running Windows on others without the complications of dual-booting.
Storage issues
My experiences with dual-booting were often marred by storage constraints, particularly on laptops where managing drive partitions became a juggling act. Ensuring that each operating system had sufficient space while maintaining a shared data partition was a constant challenge. Back in the day, when 100GB hard drives were comparably priced to today’s 2TB options, this balancing act was particularly taxing. Although storage is more affordable now and partitioning has become less daunting, I find myself unwilling to deal with the complexities involved. My time is precious, and I would rather invest in a second device for Linux than navigate the intricacies of dual-booting.
It’s easier to use a VM or WSL
While dual-booting was once a favored method to maximize hardware capabilities, advancements in technology have made virtual machines (VMs) and Windows Subsystem for Linux (WSL) far more accessible. My previous hardware, an Intel Core2Duo, struggled to support both a host OS and a VM simultaneously. Today, however, many systems can handle the demands of running VMs without significant performance loss. For my needs, which are relatively straightforward, WSL offers a practical solution without the need for bare-metal access. Additionally, I have several older PCs available that can be repurposed for dedicated Linux tasks when necessary.
Secure Boot causes issues
Windows 11’s insistence on Secure Boot adds another layer of complexity to dual-boot systems. Initially, this feature posed challenges for dual-booting with Linux, particularly when third-party drivers were involved. Although Linux distributions have made strides in accommodating Secure Boot, the setup remains intricate and often frustrating. Recent updates from Microsoft have further complicated matters, as changes to Secure Boot settings have disrupted many dual-boot configurations. The last thing I want is to face booting issues due to updates that alter my system’s functionality.
Windows Updates break the bootloader
Another persistent issue with dual-booting is Windows’ tendency to overwrite the GRUB bootloader during major updates. This has been a long-standing problem, dating back to earlier versions of Windows, and it continues with Windows 11. While there are methods to restore the bootloader, they are not foolproof, and the risk of Windows overwriting the Linux partition altogether is ever-present. The uncertainty surrounding data integrity with each Windows update is a gamble I am no longer willing to take.
BitLocker is a pain
For those who prefer encrypted storage, using BitLocker alongside GRUB in a dual-boot setup can lead to complications. The mismatch between hash values in the TPM and the boot order can create frustrating scenarios where users are prompted for BitLocker keys unnecessarily. While there are workarounds, such as adjusting BIOS settings, the potential for error adds another layer of hassle that detracts from the user experience.
Dual-booting Windows and Linux together is double-trouble
While I understand that dual-booting may be essential for some users, the significant drawbacks have led me to abandon this practice. The desire for a straightforward booting experience without the need for constant management has solidified my decision to maintain a single operating system per device. In a world where efficiency is paramount, simplicity has become my guiding principle.
