Variant 01
Primary Wordmark
The core geometric HVK wordmark for high-visibility headers and launch surfaces.
12 vector variants
Typographic logo library
Twelve original HVK logo variants built from one geometric system—ready for wide headers, product chrome, documentation, avatars, launch graphics, and compact icons.
Variant 02
Domain Lockup
A compact HVK.xyz signature designed for browser, social, and product credits.
Variant 03
Outline
A technical line version for diagrams, dark interfaces, and motion frames.
Variant 04
Inline Signal
A layered neon treatment that keeps the letter skeleton readable at display sizes.
Variant 05
Compressed
A narrow, forceful lockup for sidebars, app rails, and tall placements.
Variant 06
Extended
A wide wordmark for banners, decks, and horizontal product chrome.
Variant 07
Grid Build
A construction-view mark that exposes the modular geometry behind the letters.
Variant 08
Terminal
A monospaced command-line interpretation for developer-tool contexts.
Variant 09
Orbit
A network-inspired version for community, platform, and collective narratives.
Variant 10
Split Spectrum
A multicolor letter system for launches, campaigns, and editorial covers.
Variant 11
Stacked
A vertical composition that works in avatars, stickers, and compact cards.
Variant 12
Monogram
A dense three-letter symbol for favicons, product icons, and small UI placements.
Production fallbacks
Monochrome
when it matters.
High-impact color is optional. The identity should remain clear in legal documents, partner grids, one-color print, dark interfaces, and constrained product surfaces.
Usage sequence
Choose by context,
not preference.
Large
Use the full domain lockup or primary wordmark for launch pages, editorial covers, decks, event graphics, and other first-contact surfaces.
Medium
Use the standard or compact wordmark in product headers, documentation, navigation, account surfaces, and recurring branded components.
Small
Use the monogram, stacked mark, or simplified icon for favicons, avatars, collapsed rails, app icons, and dense interface placements.