Sans Superellipse Akba 12 is a regular weight, normal width, monoline, upright, normal x-height font.
Keywords: ui design, product labels, wayfinding, dashboards, headlines, clean, modern, techy, friendly, utilitarian, systemic clarity, geometric consistency, friendly tech, rounded corners, geometric, compact, open apertures, low contrast.
A crisp geometric sans with rounded-rectangle construction and consistently softened corners throughout. Strokes are even and low-contrast, with straight-sided verticals and horizontals paired to broad, squarish curves in bowls and counters. Proportions feel compact and efficient: capitals are sturdy and relatively wide, while lowercase forms keep tidy, open interiors and short, controlled joins. Details like the square-ish dots on i/j, the superelliptical 0, and the angular-but-rounded terminals create a cohesive, engineered rhythm across letters and figures.
Well suited to user interfaces, dashboards, and product experiences where clarity and a modern geometric voice are needed. The compact shapes and open counters help it stay readable in short labels and navigation, while the clean construction also works for contemporary headlines and signage that benefit from a friendly, rounded technical aesthetic.
The overall tone is clean and contemporary, with a slightly tech-forward personality tempered by friendly rounding. It reads as practical and straightforward rather than expressive, making it feel dependable and system-like while still approachable.
The design appears intended to deliver a neutral, modern sans built from superelliptical geometry, prioritizing consistency and legibility across letters and numerals. The rounded-square motif suggests a goal of pairing an engineered, digital feel with softened edges for approachability.
Rounded corners are applied consistently, giving curved letters a squircle-like feel (notably in C/G/O/Q and numerals). The diagonal strokes (K, V, W, X, Y) stay sharp in direction but retain softened ends, and the figures follow the same geometric logic for a unified alphanumeric set.