Screenshot of Neuralink

Neuralink

neuralink.com

The reference for a near-pure monochrome system (Obsidian #000000, Paper #ffffff) where a single pink-to-violet synapse gradient is the only colour, and a light geometric sans at weight 300 with aggressively tight tracking carries all the brand voice.

Robotics flagship

Design tokens

background
surface
text
textMuted
accent
border
display
UntitledSans
body
UntitledSans
mono

Do / Don't

Reference it for

  • Zero-chroma base palette: black #000000 canvas, white #ffffff surface, ash #f5f5f5 section bands, fog #bababa muted text, so the one gradient reads as an event
  • The single accent as a horizontal spectrum gradient linear-gradient(90deg, #e486ab, #7f80b3 20%, #435a93 50%, #6452d8 95%) used only in the announcement bar and photo-card overlays
  • Display headlines in a geometric sans at weight 300 with very tight tracking (about -0.165em at 48px) for a compressed, engineered density
  • Two-line compressed display heading set over full-bleed photography, bottom-left anchored (From neural signals / to life-changing impact)
  • Fully pill-shaped controls (80px / rounded-full radius) with a hairline 1px border, no fill, no shadow (white outline CTA over photo, ghost Explore button)
  • Flat, shadowless depth built purely from surface-colour contrast: Obsidian blocks abutting Paper blocks, Ash bands as dividers
  • Slim top announcement bar carrying the gradient as its full-width background with a single underlined link
  • Minimal top nav: text links (Technology, Careers, Updates) plus one pill-outlined primary (Clinical Trials), tiny wordmark glyph left

Do not copy

  • The Neuralink sine-wave / synapse logo glyph
  • The specific pink-to-violet synapse gradient stops as your own brand colour
  • The clinical-trial and brain-interface medical framing and copy (Clinical Trials, silent speech)
  • The exact candid living-room documentary hero photograph
  • UntitledSans as the literal display face (choose your own geometric sans of the same temperament)
  • The neural-decoder visualisation on the laptop screen