For two years, he drew the same letters thousands of times. He studied how the human eye moves across a line. He timed how long a child took to recognize a Meem versus an Ayn . He prayed Fajr, then sat down to adjust the curve of a single Waw by a millimeter. A millimeter too wide, and the word felt arrogant. A millimeter too narrow, and it felt cramped.
The problem with existing scripts was inconsistency. In traditional calligraphy, the dot of the noon might float differently depending on the word before it. But Uthman Taha wanted discipline . He created a strict geometric baseline. Every Alif was a precise, proud vertical. Every loop of the Sad was a perfect, quiet circle. Al-mushaf Font
It looked like Naskh, but it breathed like Thuluth. The letters sat closer together, reducing gaps that might confuse a reader. The ascenders were tall enough to give the page dignity, but the descenders were short enough to prevent crowding. It was a font that listened . For two years, he drew the same letters thousands of times
“Ustadh, your Lam-Alif ligature—the way the Lam leans into the Alif —it doesn’t match the standard glyph database. Should we correct it?” He prayed Fajr, then sat down to adjust
But the story does not end there.
In 2015, a team of digital typographers tried to convert Al-Mushaf into a Unicode font. They scanned every glyph, every ligature, every subtle overlap. The lead engineer called Uthman Taha (now an old man) to ask a question.
But he did not want a computer’s cold perfection. He wanted the warmth of the human hand. So, he invented a hybrid: .