> We’re adjusting our cadence to increase our agility, and bring you new features more quickly. In recent quarters, we’ve had many requests to take features to market sooner.<p>Mozilla has been tweaking their process forever, but all of it is for naught if they don't work on what users want. The latest FF brags "we are shipping a new “New Tab” page experience that connects you to the best of Pocket’s content", while standard keyboard shortcuts have been broken for well over 10 years. This is not a problem with their release cadence.<p>Users have a curious way of asking for what they <i>believe</i> is feasible. I've seen users encounter an obvious bug, and work around it by hand, and turn around and ask for something completely different, like an alternative workaround. (Just add a macro system so I can record this sequence of 7 steps to work around this weird thing...) They literally don't think to ask "Fix this bug".<p>I wonder if that's what's happening here. As an occasional Firefox user, I know that keyboard shortcuts have been broken since the Bush administration, and the codebase is far too complex for me to work on even the simplest features (I've tried). I can absolutely see a user thinking "If they can't do what we want, at least they could do it faster". That feels like a change that's feasible in a way that "Fix the massive complexity problem" or even "Fix keyboard shortcuts (which are apparently massively complex)" do not.<p>Firefox itself was created by a couple programmers chatting late at night in a Denny's. They made a far better browser than the Mozilla organization of the day could. It's an important organization and it's impressive they can regularly ship useful free software, but user interfaces have never been a strong point for open source, in the way that compilers and runtimes and databases are. Tweak away, but I don't hold much hope for the situation to improve. The next great open-source browser is going to come from 2 or 3 people chatting in a Denny's, not Mozilla with N-week releases, for any value of N.