Gematria Calculator & 3·6·9 name generator
Type any word and see its value across Simple, English, and Jewish methods — each with its digital root. Then generate pronounceable names tuned to the 3·6·9 pattern.
Enter a word to reveal its numbers
Six ciphers, side by side — three classical (Simple, English, Jewish) and three additional (Atbash, Reduction, Reverse).
Three steps, one number per word
No sign-up needed to calculate. The tool runs entirely in your browser.
Type a word
Enter any word or phrase. Punctuation and spaces are ignored automatically.
Calculate
See the value under six ciphers at once — Simple, English, Jewish, and three more.
Read the root
Each total reduces to a single digital root. Roots of 3, 6, or 9 stand out.
Calculate, then create
A precise calculator for any word, and a generator that invents names landing on 3, 6, or 9.
The calculator is free. Pay only for names you keep.
Name generation is credit-metered — a few cents per name, with repeats at half price. New accounts start with a welcome grant.
Frequently asked
What is gematria?
Gematria is the practice of assigning numerical values to alphabet letters, summing those values for words and phrases, and treating words with equal sums as meaningfully related. It originated in Hebrew, with parallel systems in Greek (isopsephy) and Arabic (abjad). Modern English gematria appeared in the late 19th century.
How do I calculate gematria?
Pick a method. For Simple English gematria, replace each letter with its position (A=1, B=2, … Z=26) and add them up. TORAH = 20 + 15 + 18 + 1 + 8 = 62. Other methods use different per-letter values, but the addition step is the same.
What's the difference between Simple, English, and Jewish gematria?
Simple is English Ordinal: A=1 … Z=26. English (sometimes called English Sumerian) multiplies each ordinal by 6, so A=6 … Z=156. Jewish uses the classical Hebrew letter values (Aleph=1, Bet=2, Yud=10, Qof=100, Tav=400) mapped onto the Latin alphabet, so you can type in English and get a Hebrew-flavoured total.
What is a digital root?
Sum the digits of a number. If the result still has multiple digits, sum again. Repeat until one digit remains. Example: 666 → 6+6+6 = 18 → 1+8 = 9. The digital root of any base-10 number equals that number modulo 9 (or 9 if it's a positive multiple of 9).
Does the calculator work in Hebrew letters?
Not yet. Today, you type Latin letters and the Jewish method uses a classical Hebrew-letter-to-Latin transliteration. Direct Hebrew-script input is on the roadmap.