The obsession with removing friction is often wrong. When users have low intent or understanding, the goal isn't to speed them up but to build their comprehension of your product's value. If software asks you to make a decision you don't understand, it makes you feel stupid, which is the ultimate failure.

When a Marvel game outage forced a feature offline, the UX team didn't just wait for an engineering fix. They used the crisis to push for a fundamental UI redesign that solved the root cause, addressed a long-standing UX complaint, and made the system more scalable, ultimately delighting users.

As AI and shared component libraries make consistent UIs the norm, adhering to a design system is no longer enough. The new key to differentiation is strategically breaking from the system to create unique, brand-defining moments that make an end user 'feel' something.

The recent trend toward brutally difficult video games isn't just a market whim; it's a rebellion by developers. Creators of games like FTL were reacting against the prevailing 'hand-holdy' design of the 2000s, building the unforgiving experiences they personally wanted to play, which revived a market for punishing gameplay.

While AI can rapidly generate refined outputs, it risks bypassing the crucial process of exploratory tinkering. The "happy accidents" and unexpected creative leaps often occur when a designer is manually moving elements around, discovering novel ideas that a direct prompt would have missed.

Many delightful features in the Hand Mirror app, like a toggle that refuses to be turned off, originated from the prompt: 'Wouldn't it be funny if...?' This question is a powerful creative tool for discovering and implementing moments of humor and personality, especially in side projects with less pressure.

Replit's product design mimics video game mechanics: no manual, a quick dopamine hit by creating something immediately, and a safe 'save/load' environment for experimentation. This 'unfolding experience' of complexity hooks users faster than traditional software onboarding.

Product design at Crunch Labs focuses on directing the user's challenge. Through extensive testing, they eliminate friction from instructions and assembly. This ensures the user's effort is spent on the intended engineering puzzle, like tuning a mechanism, leading them directly to the desired 'aha' moment of discovery and learning.

Intentionally placing your brain in a state of frustration, such as when learning a new computer operating system, is excellent mental exercise. This forces the brain to change gears and rewire, which helps prevent cognitive decline.