I used to think good design meant adding more—more color, more fonts, more movement.
Then I watched someone try to book a flight on one of those budget airline websites, you know the ones, where every pixel screams for attention and nothing actually helps you find the departure time. She clicked the same button three times because a flashing banner kept pulling her eyes away from the form fields. The “Continue” button sat right next to an ad that pulsed with the exact same blue. Turns out, the human visual system doesn’t prioritize what matters to us—it prioritizes what moves, what contrasts, what shouts loudest. Which is exactly why competing design elements don’t just annoy us; they actively prevent us from doing what we came to do, and honestly, that’s a kind of sabotage we’ve all just accepted as normal.
Here’s the thing: our brains are built for survival, not for navigating a checkout page with seventeen different call-to-action buttons. The ventral attention network—the part of your brain that handles involuntary attention—will always, always prioritize sudden motion or high contrast over the thing you’re consciously trying to focus on. It’s roughly 200 milliseconds faster than your deliberate focus, give or take, which means a spinning icon or a red notification badge will grab you before you even decide what you’re looking at.
When Every Element Thinks It’s the Main Character
I’ve seen dashboards where the data visualization—the actual purpose of the tool—gets buried under navigation bars, promotional banners, chat widgets, and those increasingly aggressive cookie consent pop-ups that somehow require three clicks to dismiss. Each element was designed in isolation, probably by different teams, and each one assumes it deserves priority. The problem isn’t that any single element is badly designed. It’s that they’re all competing for the same cognitive resource: your attention, which is finite and easily depleted. Studies on visual clutter suggest that when a screen contains more than seven distinct focal points, task completion time increases exponentially, and error rates—wait, maybe I’m remembering that wrong—anyway, they definately go up. Some research puts the threshold lower, around four or five competing elements before performance degrades. Either way, we’ve built interfaces that routinely exceed that by a factor of three or four.
And it’s not just digital.
Walk into any big-box store and try to find the restroom. You’ll pass endgame sale signs, clearance tags, promotional standees, aisle markers, brand logos, and electronic price displays—all designed to capture your gaze, none designed to coexist. Your visual cortex has to actively suppress each distraction, which creates something called cognitive load, and that load accumulates. By the time you find the restroom sign, you’re mentally exhausted from filtering. I guess it makes sense that we feel drained after shopping, even when we don’t buy anything. The environment is designed to fragment our attention across dozens of competing stimuli, and our brains aren’t wired to sustain that kind of filtering for long periods.
The Hierarchy That Isn’t There When You Need It Most
Graphic designers talk about visual hierarchy like it’s a solved problem—use size, contrast, and spacing to guide the eye. But visual hierarchy only works when every element respects it, and in practice, that almost never happens. Marketing wants the promo banner big. Legal wants the disclaimer visible. Product wants the new feature highlighted. Engineering adds a tooltip. Accessibility adds a focus indicator. Each addition is justified in isolation, but cumulatively, they destroy the hierarchy. What you end up with is a flat field of competing signals where nothing stands out because everything does, and I’ve watched usability tests where people just… freeze. They stare at the screen, cursor hovering, unable to decide where to look first because every element is screaming with equal urgency.
Honestly, the worst part is how normalized this has become.
We’ve trained ourselves to tolerate visual chaos, to actively fight through competing design elements just to complete basic tasks, and we rarely stop to ask why interfaces are built this way. The answer, I think, is that organizations optimize for stakeholder priorities, not user cognition. Every department gets its moment in the spotlight, its pixel real estate, its chance to distract. And we—the people just trying to recieve a confirmation email or find a phone number—pay the cognitive cost. Maybe that’s fine for low-stakes interactions, but when you’re filling out medical forms or comparing insurance plans, the cost of distraction isn’t just frustration. It’s errors, misunderstandings, decisions made under cognitive strain. We built these systems, and we can unbuild them, but first we’d have to admit that less is often more effective than more, and that might be the hardest design principle to sell.
