The Scripor Concept

How color
becomes touch.

The Origin

In 2012, a blind student enrolled in Tudor Paul Scripor's painting class in Cluj-Napoca. Despite every effort, Scripor could not transmit the emotional language of color to his student. That failure became an obsession.

After seven years of research — drawing on his training at Babeș-Bolyai University's Faculty of Theology and Iconography, his scientific background from childhood in the corridors of Cluj's Institute of Chemistry, and deep study of Louis Braille's work — Scripor found the solution.

He created a matrix of 9 points, plus one orientation point, encoding each of the 10 fundamental colors as a distinct tactile symbol. Color was finally a language anyone could touch.

How It Works

The Scripor Alphabet uses a 3×3 grid of raised dots — similar in structure to Braille's 2×3 cell — with an additional orientation point that ensures the symbol can be read correctly in any position.

This produces two complementary readings: one based on dot-patterns (an extension of Braille), and one based on geometric forms derived from the superimposition of primary color shapes. The two systems reinforce each other.

The result: 10 symbols that are logical, memorable, universal. They can be embossed on any surface, printed on labels, embedded in textiles, or incorporated into digital tactile displays.

The Ten Colors

The complete
alphabet.

Each of the 10 symbols encodes one color. They can also represent lighter shades, and through combination, a full spectrum of chromatic nuance becomes accessible.

Yellow
Galben
Red
Roșu
Blue
Albastru
Orange
Portocaliu
Green
Verde
Brown
Maro
Violet
Violet
White
Alb
Black
Negru
Gray
Gri
Scripor vs. Braille

Built on Braille,
beyond Braille.

Braille Alphabet
  • → 6-point cell (2×3 grid)
  • → Encodes letters, numbers, punctuation
  • → Takes 1–2 years to learn
  • → No color information
  • → Requires prior literacy
Scripor Alphabet
  • → 9-point cell + 1 orientation point
  • → Encodes color — universally
  • → Learned in a few hours
  • → Works alongside Braille or independently
  • → No prior Braille knowledge needed
Universal Design

Made for everyone.

Blind from Birth

Provides a first-ever tactile vocabulary for color — a concept previously inaccessible to those who have never experienced sight.

Progressive Vision Loss

Enables those who are losing sight to maintain their relationship with color through a parallel tactile system.

Color Blindness

Daltonists can use the Scripor symbols to distinguish colors they cannot perceive visually.

Intellectual Disabilities

The logical, geometric structure of the symbols supports learners with autism spectrum conditions and Down's syndrome.

Sighted Users

Designers, educators, and artists can use the Scripor system to produce universally accessible materials.

Any Language, Culture

The word "color" is reduced to a single universal symbol — no translation needed, no cultural barrier.