Sans Faceted Jivo 10 is a regular weight, very wide, low contrast, upright, normal x-height font.
Keywords: headlines, posters, logotypes, gaming ui, tech branding, sci-fi, techno, industrial, arcade, futuristic, futurism, technical clarity, geometric styling, display impact, angular, chamfered, geometric, octagonal, modular.
A geometric, faceted sans with planar corners and chamfered joins that replace most curves with straight segments. Letterforms are built from sturdy, uniform strokes and clipped terminals, producing octagonal counters (notably in O/0/8) and a squared, engineered silhouette throughout. The proportions run broad with generous horizontal spans and a steady baseline, while spacing and widths vary by glyph to preserve distinct shapes and readability. Lowercase echoes the uppercase construction, with compact bowls and angled shoulders that keep the overall texture crisp and mechanical.
Best suited to display contexts where its angular construction can be appreciated: headlines, posters, titles, and brand marks with a tech or industrial angle. It also works well for gaming or sci-fi UI treatments, product labeling, and short informational callouts where a hard-edged, engineered look is desired.
The overall tone reads futuristic and utilitarian, evoking digital interfaces, industrial labeling, and retro arcade aesthetics. Its faceted geometry and sharp cuts suggest precision and hardware-minded design, giving text a confident, tech-forward voice.
The design appears intended to translate a mechanical, faceted geometry into a clean sans word texture—delivering a futuristic voice while maintaining straightforward letter recognition. Its consistent chamfers and sturdy strokes aim for impact and clarity in prominent, screen-forward applications.
Figures and capitals share consistent chamfer logic, helping mixed alphanumerics feel cohesive in UI-like strings. The design’s clipped corners create strong pixel-adjacent cues without becoming strictly monospaced or grid-locked, keeping word shapes recognizable at display sizes.