Shortly after the takedown, many members of the community showed great interest in "decentralizing git" and setting up a more resilient forge. What many of these people fail to understand is that the Git-based project setup is designed to support decentralization by being fully distributed.
Following the drama, I'm putting together a multi-part guide on how to leverage the decentralized, distributed nature of git and its ecosystem. I made every effort to include all parts of a typical project.
The result of the workflows this series covers will be minimal dependence on outside parties; all members of the community will easily be able to get a copy of the software, its code, development history, issues, and patches offline on their machines with implementation-neutral open standards. Following open standards is the killer feature: nothing in this workflow depends on a specific platform (GitHub, GitLab, Gitea, Bitbucket, Docker, Nix, Jenkins, etc.), almost eliminating your project's "bus factor".
Providing a way to get everything offline, in a format that won't go obsolete if a project dies, is the key to a resilient git workflow.
## Before we start: FAQ
Q: What level of experience does this series expect?
A: Basic knowledge of git, and a very basic understanding of email. If you have a few repos and can use a third-party email client, you're good.
Q: Do you think you can get hundreds and thousands of people to drop Git{Hub,Lab,tea} and use a different workflow?
A: No, but that would be nice. If only five people who read this series give this workflow a spin and two of them like it and keep using it, I'd be happy.
Q: Is this workflow more difficult than my current one?
A: "Difficult" is subjective. I recommend TRYING this before jumping to conclusions (or worse, sharing those conclusions with others before they have a chance to try it).
Q: I'm not interested in trying anything new, no matter what the benefits are.
