A decentralized organization is governed by the public which is more democratic than other systems that exist today.

Every social network that has gained any significant popularity (>100M users) is built on a closed system. Email is the only open protocol system that is relevant to bring up, and its flaws and shortcomings are well documented. Most enterprises use a closed system on top of email (Office 365 or G suite primarily) and communication is migrating to entirely closed systems (Slack or Teams).

Closed systems offer huge advantages for innovation, providing excellent user experience and strong privacy controls. As such, closed systems will continue to be the dominant paradigm.

I think email is a great example as it's a highly successful protocol that unifies most applications together. When you go to a website you sign up with your email. It's universal. You can guarantee that someone can interface with you via email in a way you can't with centralized services like Facebook. There have been some businesses that primarily work on Facebook but it's uncommon and they always have email as a backup. If you want to notify someone of something or provide an official service it will be over email. Email wins because it's decentralized, warts and all.

I spoke about the technical considerations several years ago at the W3C annual conference: https://www.slideshare.net/StuC/ill-see-you-on-the-write-sid...

There are a lot of open hard technology and business problems to make decentralized systems act as good as centralized systems. In short, The web architecture (HTTP, HTML, URI, MIME) inherently is decentralized for consumption but encourages centralized updates. Many years ago I wrote about these technical challenges and some ideas for solutions on “the Write Side of the Web”.

https://www.slideshare.net/StuC/ill-see-you-on-the-write-sid...

At the info tech department of a large flagship university recently, (and for reasons that are a bit salacious), there was a need to block mastodon servers on campus and some coming from off campus. It was almost as easy as the flip of a switch to turn it off. If a university can do it on their network, it's a virtual certainty that a nation state can do the same.

https://mastodon.mit.edu/about

The basic premise is that protocols are more powerful than centralized entities as they are permissionless (anyone can use them without asking first), uncensorable (you can build a business on top of it without worrying about the platform disappearing from under you), and decentralized (no one single entity controls it and thus it becomes a public good). The internet has all of these properties which is why we all use it. Nobody built a Google on top of AOL for the same reason nobody built a successful business on top of Twitter (look this up if curious).

Protocols were limited until the invention of shared trust (Ethereum etc) but can now be instantiated for many kinds of discrete data and operations. Protocols are currently being built for identity (BrightID, POAP, many others), commerce (NFTs for art like Rarible, God's Unchained, etc, pretty much a standard way for everyone in the world to exchange physical goods which enables things like OpenSea which is a digital Ebay), primitive social protocols (Peepeth[not a great example but does the trick], Gitcoin, etc) with many more that I'm running out of time to list.

The important thing is that all of these protocols are open for everyone to use and even modify. Everyone is running on a shared data set and even more importantly they all weave together. Many apps are using an identity protocol for all user account type interactions alongside the NFT protocols for representing the objects used in the system. The protocols themselves handle the complexity and enable the scale needed for a single fair system to be used everywhere without the negative effects that would have in today's society (Google running the comments everywhere on the web would be a dystopia, but a Usenet group for each website would actually be nice).

Years of work remain and most protocols are still in the early days. The protocol that weaves a whole bunch of smaller ones together into a cohesive social network is also years away as it relies on the smaller protocols such as identity, file storage (IPFS), systems of moderation (DAOs, Kleros, etc) et all to be further developed to the point where others can take them and create something grander than the sum of the parts.

Hundreds of groups of people are all working hard on lots of aspects of these systems together. It will take time but even the progress today is rather exciting and feels like the early days of the internet itself.

(I'm not the best writer and I have a feeling this was a bit disjointed and not super helpful so sorry in advance and I can try to follow up on things if anyone is still interested.)

If you have the time, would you mind reaching out to me at [email protected]?

Also professional techies doesn't really mean much. If I throw out terms like sybil resistance, economic abstraction, or merkle tree it doesn't really make things clearer for most people here.