This is an argument in favor of decentralizing, and I'm 100% in agreement. However, you haven't really explained what the blockchain layer is providing here that couldn't be accomplished with git's native ability to be a distributed VCS. There's a lot of overhead introduced by adding a blockchain—extra development time, extra code to maintain, extra CPU work (even with PoS). In order to persuade a technical audience to use your tool, you have to explain what value all that complexity is bringing!
Put another way: I can have a distributed, censorship-resistant VCS by self-hosting Forgejo and mirroring repos that I like and want to help keep online. If a tool like Foregjo could encode the issue tracker and other meta information inside the .git folder, it could even make those aspects distributed, without all the complexity inherent in a blockchain. Given that, what does blockchain bring to the table?
Agreed that there is a lot of overhead introduced, but that is for the development of the platform and network of Gitopia. For the end user the workflows remain almost the same for collaboration.
> Put another way: I can have a distributed, censorship-resistant VCS by self-hosting Forgejo and mirroring repos that I like and want to help keep online. If a tool like Foregjo could encode the issue tracker and other meta information inside the .git folder, it could even make those aspects distributed, without all the complexity inherent in a blockchain. Given that, what does blockchain bring to the table?
I understand that this would work for technically inclined users but not for everyone who want to contribute to open source. Along with this the blockchain layer layer offers immutable, transparent and tamper proof versioning of code along with the collaboration meta and augments the current collaboration flow. Along with this it enables us to provide a novel means to incentivize open-source contributions along with fostering a more decentralized approach for governance (even for projects), every token holder could have a say in the decision making, reducing the risk of undue influence by a single party, hence eliminating centralized control.
I will also add that we have tried to keep the flow of collaboration on Gitopia as intuitive as possible for the developer hence adding no additional complexity for the end user if they don't want it. But for some projects this might be useful or necessary to use the web3 workflows along with the collaboration features on Gitopia.
I have to disagree here. Accidental complexity in a system can have severe downstream impacts on end users, whether that be in the form of poor performance, unreliability, or just slow update cycles. It's not something you can paper over and completely hide from the user.
> Along with this the blockchain layer layer offers immutable, transparent and tamper proof versioning of code
Tamper-proof can be accomplished natively by signing [0]. receive.denyNonFastForwards and receive.denyDeletes[1] can be used to make a git repository immutable. Git commits are also already content-addressable. And transparency is achieved by just having the repo available for people to clone.
> along with the collaboration meta and augments the current collaboration flow
Could this augmentation not be accomplished by storing the collaboration information in the repo under a set of special-purpose branches? Like git-bug[2] or git-issue[3]? Coupled with GPG signatures and you've got your immutability and tamper-protection, too!
And to be clear, I'm not suggesting we should just tell people to use these tools instead of giving them a good UI for it, I'm suggesting we should use these tools as the underlying mechanism for a decentralized GitHub. Build a great UX on top of git instead of embedding git in a blockchain.
> Along with this it enables us to provide a novel means to incentivize open-source contributions along with fostering a more decentralized approach for governance (even for projects), every token holder could have a say in the decision making, reducing the risk of undue influence by a single party, hence eliminating centralized control.
This one I'll grant you, but it's by far the least compelling aspect of the project to me. I don't think we're going to solve the centralization of GitHub by centralizing on a new plutocracy, I'd much rather see efforts towards full decentralization. There's nothing inherent to Git that requires that we all use the same set of servers.
[0] https://git-scm.com/book/en/v2/Git-Tools-Signing-Your-Work
[1] https://git-scm.com/book/en/v2/Customizing-Git-Git-Configura...
> I have to disagree here. Accidental complexity in a system can have severe downstream impacts on end users, whether that be in the form of poor performance, unreliability, or just slow update cycles. It's not something you can paper over and completely hide from the user.
I completely agree that an overly complex system could negatively impact end users. However, our goal with the use of blockchain is to introduce new features and possibilities while striving to maintain the interface and workflow as familiar as possible for developers. That being said, we are continuously working to minimize potential drawbacks such as performance issues or slow updates.
> Tamper-proof can be accomplished natively by signing [0]. receive.denyNonFastForwards and receive.denyDeletes[1] can be used to make a git repository immutable. Git commits are also already content-addressable. And transparency is achieved by just having the repo available for people to clone.
Just to clarify, we are not embedding the entire git repository on the blockchain, that will be an overkill. We only store the refs[0], access rights on the chain, which is the most critical information about the repo state. So, the chain's here is not to serve the repository but to keep a tamperproof record of the repository state (refs), who all have access to modify it and anyone can verify the history of these updates on the chain along with the collaboration history.
> Could this augmentation not be accomplished by storing the collaboration information in the repo under a set of special-purpose branches? Like git-bug[2] or git-issue[3]? Coupled with GPG signatures and you've got your immutability and tamper-protection, too! And to be clear, I'm not suggesting we should just tell people to use these tools instead of giving them a good UI for it, I'm suggesting we should use these tools as the underlying mechanism for a decentralized GitHub. Build a great UX on top of git instead of embedding git in a blockchain.
Clarifying again here that we are not embedding the entire git repository on the blockchain, that will be an overkill. We only store the refs, access rights on the chain, which is the most critical information about the repo state.
And since git already has data integrity checks for the objects, we can just serve the repository objects/packfiles from a separate data store. We did explore git-bug and git-issue for issue tracking, but decided to implement the issue tracking on the chain itself for supporting additional features (bounties, for example) and better user experience.
> This one I'll grant you, but it's by far the least compelling aspect of the project to me. I don't think we're going to solve the centralization of GitHub by centralizing on a new plutocracy, I'd much rather see efforts towards full decentralization. There's nothing inherent to Git that requires that we all use the same set of servers.
Your final point on full decentralization versus a new plutocracy is well taken. The token-based governance isn't designed to create a plutocracy but rather to encourage involvement from the community. The ideal is that each stakeholder would be more motivated to contribute and partake in decision making. We can't deny the fact that GitHub has been one major factor in bring the open source development to the mainstream. And we strongly believe the importance of a common place for open-source code collaboration. Projects using their own self hosted git server and their custom tooling will miss out on new contributors and visibility, unless they are well established like Linux, bitcoin, etc.
That said, we're aware this model isn't perfect. We're open to suggestions and continuous iteration is part of our process.
[0] https://bigdipper.live/gitopia/transactions/B4CEB69B08DE82D9...
