Sans Other Jivi 10 is a regular weight, wide, monoline, upright, short x-height font.
Keywords: headlines, posters, logos, ui titles, signage, techno, digital, futuristic, modular, industrial, tech aesthetic, modular geometry, system display, branding impact, square, angular, geometric, stencil-like, sharp.
A geometric, square-built sans with monoline strokes and sharply cut corners. Many curves are replaced by straight segments and right angles, producing rectangular counters (notably in O and 0) and a distinctly modular construction. Diagonal strokes appear in forms like A, K, V, W, X, and Y, but they remain crisp and mechanical, often meeting stems with hard joints. Terminals are flat and abrupt, with minimal optical correction, giving the face a rigid, engineered rhythm and a slightly condensed feel in some letters despite generally generous widths.
Best suited to display contexts where its geometric structure can be appreciated: headlines, branding marks, packaging accents, and technology-themed posters. It can also work for UI titles, dashboards, and short labels where a futuristic, grid-like voice is desirable, though its rigid forms may feel intense for long reading.
The overall tone is technological and utilitarian, evoking digital interfaces, sci‑fi labeling, and retro-computing aesthetics. Its strict geometry and squared bowls read as deliberate and machine-made rather than conversational or humanist, creating a cool, controlled voice with a hint of arcade/terminal character.
The design intention appears to be a distinctive, modular sans that prioritizes a futuristic, system-like silhouette over organic letterforms. By substituting curves with squared geometry and keeping strokes uniform, it aims for a cohesive techno aesthetic and strong graphic presence in mixed-case and numeric text.
Uppercase forms are especially boxy and emblematic, while the lowercase keeps the same modular logic with simplified bowls and straight-armed constructions. Numerals follow the same squared design language for consistent texture in mixed alphanumeric settings. The uniform stroke weight and hard corners favor clean reproduction and strong shape recognition at larger sizes.