Converting binary to text always follows the same rule: split the binary into 8-digit bytes, convert each byte to decimal, then match it to a character on the ASCII table.
It looks intimidating as one long string of digits, but once it is broken into bytes the process is really just repeating three small steps for each letter.
The Rule Binary to Text Follows
Standard text uses 8-bit ASCII encoding, meaning every character, letters, digits, spaces, and punctuation, is represented by exactly one byte (8 binary digits). That fixed width is what makes manual conversion possible at all: you always know exactly where one character ends and the next begins.
Step by Step
First, split the binary string into groups of 8 digits, keeping the original order. Second, convert each 8-digit group to its decimal value. Third, look up that decimal number in the ASCII table to find the matching character, then repeat for every remaining group.
A Worked Example
Take 01000011 01100001 01110100. Split into three bytes: 01000011, 01100001, 01110100. Converted to decimal these are 67, 97, and 116, which the ASCII table matches to “C”, “a”, and “t”, spelling out “Cat”.
Skip the Manual Work
This method works for any length of text, but doing it by hand past a word or two gets slow and error-prone, a single misaligned byte throws off everything after it. Our binary to text converter runs the exact same steps instantly. For a closer look at the ASCII lookup table itself, see our guide to binary to ASCII, and for the reverse direction, our binary converter guide covers turning text back into binary.