The code for it is in NumLab.js, from which stems the crypting mechanism called from uncrunchable.js. It converts a Uint32 array into a number of arbitrary-length, performs encryption, then converts the number back to a UInt32 array NumLab was first published to GitHub on July 24th 2026.

NumLab can be tested on this webpage

Read discussion on forum: https://masm32.com/board/index.php?topic=13322.0

When redistributing files Numlab.js and Numlab-plain.js(version for older browsers), an app has to be provided to the end user which is the equivalent 64-bit Windows version of your app or library that uses the freely available JavaScript library. Details in LICENCE.MD.

As a note, I also have a way of "unifying"/"vectorizing" floating point arbitrary precision numbers.

This publication serves also as a proof that I invented this algorithm, in case of any future claims that someone came up with a number vectorizer/unifier.

Please see the updated Wiki page - the Overview and Usage Instructions

Any questions, suggestions or comments are welcome in the Discussions section