B32 Encoding is a method used for representing binary data in a human-readable format. It converts binary data into a string of alphanumeric characters, making it easier to share and manage, especially in environments where typographical errors can occur.

The “B” in B32 stands for “Base,” and the “32” indicates that it uses 32 different symbols. This encoding typically employs the characters A-Z and 2-7, avoiding characters that can easily be misread, like 0 and O. One of the key features of B32 is its efficiency, as it reduces the likelihood of errors during transmission.

It is particularly useful when working with addresses, keys, or other data that must be entered accurately. B32 Encoding is often used in wallet software and other applications that require the handling of cryptographic keys, providing a balance between compactness and readability.

Overall, it helps ensure that critical information is conveyed correctly without unnecessary complexity.