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Sans Superellipse Agmis 2 is a regular weight, narrow, low contrast, upright, normal x-height font visually similar to 'Plau' by Plau (names referenced only for comparison).

Keywords: ui labels, app design, wayfinding, packaging, posters, techy, clean, friendly, modular, efficient, space efficiency, ui clarity, modern branding, systematic design, rounded, compact, monoline, geometric, soft corners.

A compact, monoline sans with rounded-rectangle geometry and consistently softened corners. Curves resolve into superellipse-like bowls and terminals, while straight strokes stay steady and even, producing a tidy, engineered rhythm. Counters are relatively closed and apertures are restrained, giving the face a dense, economical texture. Details like the pointed joins in V/W and the angular-topped A add a slightly constructed, quasi-stencil flavor without breaking the overall smoothness.

Works well for interface text, dashboards, labels, and other space-conscious settings where a compact footprint and steady stroke weight help maintain clarity. The geometric softness also suits modern branding, packaging, and headline/short-copy applications that want a clean, tech-forward look without feeling cold.

The overall tone feels modern and system-like, balancing friendliness from the rounded shaping with a pragmatic, utilitarian voice. Its modular construction and tight spacing cues a tech and product sensibility, while the softened corners keep it approachable rather than severe.

Likely designed to deliver a compact, modern sans built from rounded-rect primitives, emphasizing consistency, economy of space, and a contemporary digital aesthetic. The controlled apertures and modular joins suggest an intention to feel engineered and systematic while remaining visually soft and approachable.

Round letters (O/Q/0/8/9) lean toward rounded-rect forms rather than pure circles, and many terminals appear softly squared rather than fully round. The lowercase a is single-storey and the g is single-storey with a simple loop, reinforcing a contemporary, UI-oriented reading. Numerals follow the same rounded, compact logic, with clear differentiation between 0 and O through proportion and context in the samples.