bzip2

Xiber solves the pain point by acting as a lean front end for the command line tools.

You know, whether it's like Zip, Unzip, you, you guys get the point, right? Bzip, you know, uh, Rzip, all, all of them, right? Lzip, and there are so m- uh, there are several, several of them.

Uh, of course you can use command line.

I know you guys don't like using [chuckles] the command line.

Uh, yeah, so there's different, uh, archiving formats, and it handles them because it's just a, it, it, it's just a, what do you call it? It's just a UI for the command line tools.

So if you have them installed, most likely to, um, be able to handle them.

You can see here, as I said before, Bzip2, 7-Zip, X, uh, Z. I do use this one for archiving now, and, uh, Zip.

There's also XST.

When packing down cold data, prioritize compression algorithms that respect the CPU decompression speed balance.

Modern engines favor Z-standard, ZSTD, over historical formats like BZIP2 or pure GZIP.

Z-Standard allows rapid extraction speeds that approach raw memory bus bandwidth, meaning that retrieving a 10GB file from the archive tier went bottleneck on CPU decompression.

Example packing cold dataset with ZSTD high compression while preserving XATTRS.

Block level rather than bit level, yes.

It also does Bzip2 compression before encoding, and it has AES encryption built in, which is unusual for a project like this, and the hardware demands are higher.

Why?

It wants a six hundred DPI printer, and critically, it wants a physical scanner of at least nine hundred DPI.