Design
Fewer colors, more consistency
A color used once is a color that will drift.
A small, purposeful set of color tokens drives the whole product, so themes stay consistent, changes ripple everywhere at once, and nothing quietly goes off-brand.
How a small palette stays consistent
Few, deliberate colors
A tight palette chosen once, reused everywhere.
Named by role
Tokens describe purpose, not a raw hex value.
Change once
Update a token and every screen follows.
Why a system
A small palette outlasts a big one
A hundred one-off colors is a hundred future inconsistencies.
It's tempting to reach for a new shade every time a screen needs one. Do that across a growing product and you end up with dozens of almost-identical grays and no way to change anything with confidence.
A token-based system flips it: a handful of colors named by role, referenced everywhere. Adjust one token and the whole product updates in step, consistency becomes the default, not a chore.
Highlights
The system
Small palette
A few tokens, used everywhere.
One change, everywhere
Update a token, update the app.
Themeable
Light and dark from one source.
Deep dive
Name roles, not colors
The moment a codebase says blue-500 in four hundred places, the palette is frozen forever. Scalable systems name intent instead, surface, ink, accent, danger, and map those roles to values per theme, so dark mode, rebrands and white-labeling become table edits rather than migrations.
Contrast belongs in the system, not in the reviewer's eye. Each role pair (text-on-surface, ink-on-accent) carries a minimum contrast contract, checked automatically, so a designer picking a new accent literally cannot ship an unreadable button.
Keep the ramp honest: five to seven steps per hue, generated from the same lightness curve so siblings feel related. Palettes that grew one hex at a time always betray their archaeology, systems generated from rules keep looking designed at any size.
We build software for teams who want their tools to fit the way they actually work — web, mobile, AI and the systems that tie them together. We write here about what we learn shipping it.