You finally made the switch to Wayland. You wanted modern security, smooth rendering, and freedom from the messy, decades-old spaghetti code of X11. But then you tried to adjust your monitor’s gamma, or you wanted an application to remember its window position, and the entire experience fell apart.
Security shouldn’t mean losing the basic features that make a computer usable.
For years, the Linux community has debated Wayland’s performance metrics and driver fragmentation. But those aren’t the real issues. The real pain point is far more mundane. It’s the loss of trivial features that X11’s monolithic design handled effortlessly. Take Kgamma, for example. Adjusting your screen’s gamma on X11 took two seconds. On Wayland, it requires entirely new protocol-level workarounds because Wayland’s security-first design explicitly forbids global state manipulation.
X11 had a global root window. Every application could see and interact with everything. Was it a security nightmare? Absolutely. But it was also incredibly convenient. Wayland isolates everything. Each client owns its own buffer, and there is no global root window. It’s a beautifully secure architecture that completely breaks legacy power-user features.
You are trading a decade of desktop usability for a certificate of architectural purity.
If you use KDE Plasma on Wayland, you’re living this exact frustration. You want your windows to stay where you put them after a reboot? Good luck. You want to fix your monitor’s color temperature? Get ready to wait for the ecosystem to catch up. As one developer recently noted, KDE Plasma 6.7 *finally* brings built-in window decorations and position memory to Wayland. Finally. Why did it take this long? Because Wayland forces developers to reinvent the wheel without the global state that made these features trivial in the first place.
The defenders will tell you to be patient. They’ll say the protocols are coming. But patience runs out when you’re fighting your own desktop just to change a screen’s gamma value.
When a new technology’s greatest achievement is finally reimplementing what the old technology gave away for free a decade ago, that’s not progress. That’s a regression dressed up as innovation.
We want security. We want modern display servers. But don’t tell us we have to wait for the ecosystem to finish playing catch-up just to accomplish basic tasks. Wayland’s architectural purity is directly clashing with practical usability, and the users are the ones paying the price. It’s time to stop making excuses for slow-moving protocol workarounds and start demanding a desktop that actually works out of the box.
FAQ
Q: If Wayland is more secure, isn't it worth waiting for these features?
A: Security is vital, but forcing users to wait years for basic gamma adjustments or window position memory is bad engineering. Security shouldn't require sacrificing fundamental usability.
Q: Why is something like Kgamma so hard to implement on Wayland?
A: X11 allowed global state manipulation through a global root window. Wayland's per-client buffer ownership means you can't easily adjust the screen globally; it requires entirely new, slow-moving protocols to handle it.
Q: Is Wayland actually a regression for power users?
A: Yes. If you rely on advanced window management, color calibration, or precise control, Wayland forces you into a waiting game with a feature-incomplete ecosystem, making it feel like a downgrade from X11.