CrackleStatic

Message from MOFO Linux Maintainer

The MOFO Linux Project is being archived. Due to declining user interest in the MOFO Linux and increasingly unfavorable news, social media, and legislative environments, I have decided to get rid of the domain and wind down the project. It is an untenable situation and I am done with offering liberation to people who don't want it, and in an information environment completely enshittified by right wing techno fascists and Nazis.

When I first started bulding Linux systems with integrated anti-censorship and anti-surveillance tools, there were actually platforms and news sources worthy of the effort. I could enter a censored environment, easily break out, and have no limits on my access to social media platforms, news sites, or other gathering places.

Now, in the spring of 2026, the platforms themselves are the problems. Social media platforms, search engines, and news sites are all closing off to usage by people connecting through anonymity or censorship circumvention tools. Worse, the escape from one disinformaion-infested environment merely leads to the arrival in another one. Yesterday, I literally found both NPR and the BBC repeating far-right lies told by a head of state. On top of that, Linux distributions are caving to government pressure against anonymity on the internet. How often do I need to repeat that some things are no one else's business (NOYFB)?

As many distributions as there are, Linux is still too centralised. As with Microsoft, Apple, and Google, governments can take aim at distributions, or individual maintainers, then pressure them to install backdoors or surveillance. Operating system age verification is exactly that. Don't ever be dismissive about it; age verification is an opener into further intrusions. You may call it governance; I call it a game of "just the tip." Once you accept the tip, you become a player, sooner or later to take the whole length and girth.

The well-being of kids is just a pretext! Otherwise, something would have been done long ago to curb gun deaths of children. Or hunger. Or abuse. The real issues in contention are anonymity and governability of computer users. As Bruce Lee once said, "Be like water."

Fuck all of the KYC being implemented against internet users. I will not use any Linux which obstructs my anonymity or freedom of use, nor will I ask you to use a compromised operating system. I will burn it all down before giving in. Rather than risk fines and prosecution from multiple formerly free countries, I am freezing MOFO Linux on SourceForge at its most recent release.

Bear in mind that recent MOFO Linux releases contain the Linux-Respinner scripts with which enable you, if you desire, to unpack the iso images, chroot into the filesystems, and do your own modifications. You can update to current Debian software packages and rebuild the iso images and continue using them.

I have a better suggestion: abandon conventional Linux and start using image-based distributions, such as Bluefin, Bazzite, Vanilla OS, or Nitrux. Install Tor, I2P, and Sshuttle, then whatever apps you prefer, for whatever purpose. You can do anything, and I mean ANYTHING, with Flatpaks, AppImages, and Docker containers.

In closing, let me say this: Linux needs to decentralize more if it is to remain free as in freedom. Governments are putting on pressure, down to the level of people who share distros, respins, apps, and users. Linux needs to be like water, my friends. You and I need to be like water too, or we are all done.

Thank you for riding along on this trip. Good luck and hang tough.

For some time, I have been using this workflow for processing raw audio into clear, clean, production quality files for ebooks and podcasts.

These steps are for use in Audacity; you can adjust them as necessary for other editors.

Original Recording Quality & Format

First, make sure the original is recorded in as high a quality as possible. Follow the easy to find best practices: quiet location, quality microphone, wind screen and pop filter on the mic, etc.

Make it a high priority to capture the voice (or voices) at a moderate level, but never drive the recorder into clipping. Make sure there is as little hum as possible on the audio. If necessary, use battery power for the mic and recorder. If you have problems with power line hum, see the tutorial for reducing power mains hum in your audio chain

As to format, you cannot go wrong with 24 bit / 96 kHz sampling, if your equipment can do it. Otherwise, use 16 bits if you cannot record at 24 and 48 kHz sampling if you cannot run at 96 kHz.

I know some older, legacy artists may still use CD sampling at 16 bits / 44.1 kHz. Unless you are making CDs, don't bother with that. The future is sampling in multiples of 48 kHz.

1: Sync if Multiple Tracks

When I get the raw recordings, the first thing I do is open a new project in Audacity and - if there are multiple participants - get all of the tracks synced in time. Syncing isn't necessary if everyone's mic is recorded on one multitrack device.

Line up the tracks on some kind of identifiable sound as early as possible. Use a hand clap, count-in, or something you can see on an audio envelope or spectrogram.

If there are multiple recorders in use, you'll notice that the other tracks eventually drift out of sync. Make the best track the "main" or "master" and then stretch or shrink the other tracks to match.

All of the text below refers to one track, but should be done for all tracks it you are working on a podcast with multiple tracks.

Leave a few seconds of dead air / room tone, containing the ambient background sounds, before and after the program.

2: Normalize the Audio

Normalize the sound level of all of tracks to -3 dB relative to full scale (-3 dBFS).

3: Cut Out the Cruft

Cut out sections with extended silences. Make the same cut across all tracks, as it is essential to keep the whole project in sync.

If there are sneezes, coughs, or odd background noises on any track, replace them with silence.

4: Apply Noise Reduction

Apply noise reduction to tracks individually. Audacity is great for identifying and removing rhythmic sounds, such as fans, motors, or anything which whines or buzzes.

To get a profile for the noise, find a few seconds with none of the desired content - some dead air between sentences, for example. Highlight it and run the noise reduction "get profile" function.

After profiling the noise, highlight the whole track and apply noise reduction. Use the maximum number of frequency bands. Don't attack the noise too aggressively, as it makes the recording sound hollow and unnatural. Just apply 6 dB of noise reduction.

If the noise is still there, take a new profile then apply another 6 dB of noise reduction.

5: Re-Normalize the Levels

Normalize the sound level of all of tracks to -3 dB relative to full scale (-3 dBFS).

6: Apply the Noise Gate

The noise gate lowers the background level when there is no strong signal, as between sentences. Work with the settings. I like to set the attenuation to about - 20 dB, with only a few milliseconds (ms) of attack time, about a second (1000 ms) of hold time, and a half second (500 ms) of decay. But work with what you have and go with what sounds best for your situation.

7: Re-Normalize the Levels

Normalize the sound level of all of tracks to -3 dB relative to full scale (-3 dBFS).

8: Apply Amplitude Compression

To bring the peak and average voice levels closer, which is to make the sound more even, use the compressor. Depending on the plugins you have, there may be several choices available. There might be more settings or fewer settings to tweak. In a general sense, these settings work:

Look ahead time: 10 ms

Threshold: -26 dB

Knee: 3 dB

Ratio: between 3:1 and 5:1

Attack: 5 ms

Hang or Hold: 200 ms

Decay: 300 ms

Adjust the threshold, compression ratio, and timings as necessary for best sound of your content.

9: Apply Limiting to Catch the Strongest Peaks

The compressor will let some of the loudest peaks get through, although they will be moderated. Use the limiter to catch those peaks.

Look ahead: 2 ms

Threshold: Set to match level of other peaks.

Release: 30 ms

10: Re-Normalize the Levels

Normalize the sound level of all of tracks to -3 dB relative to full scale (-3 dBFS).

11: Amplify / Attenuate for Platform Compliance

Amplify the whole project + / - a few dB as necessary to meet the requirements of the distribution platform. Whether Spotify, YouTube, SoundCloud, or other platforms, there is some kind of standard for peak and average loudness levels. Also, there is often a requirement that noise be below a certain level.

12: Set the Pre and Post Empty Space