Pro tip: The Electronic Frontier Foundation is a non-profit which has been defending your right to privacy for many years. If you shop on Amazon, you can give a portion of the purchase price to EFF. You pay the same amount and daddy bezos gets a few less dollars. Use the affiliate link, not the smile link as smile has been sunsetted: www.eff.org/node/58741
It can be you. It doesn’t have to be Big Corps or Government. It can be federated instances, it can be self-ownership of data, it can be E2E encrypted.
FWIW nobody who is actually knowledgeable about crypto ever thought anything positive about NFTs. It’s all just wallstreetbets types who read one article and think they’re economists now. The tech is interesting and has applications but monkey jpegs are what idiots spent millions on for some reason.
Important notice: Fossil fuel companies have shifted the narrive they push from “climate change isn’t real” to “climate change is real but there’s nothing we can do about it”. We can absolutely do something about it: fight it like the existential threat that it is. Whatever power you can levy in life whether at home, at work, at the voting booth, with your investments, or in the streets: use it.
Nobody who is knowledgeable about crypto ever thought dogecoin was anything but a meme coin or pump and dump scheme. They would have known it offered zero benefits technologically over existing cryptos. Some may have bought it to cash in on the crazy market surrounding it, but they never thought doge was the future or anything. The people who thought that were the “i read one article and I’m a crypto expert now” crowd referenced in my original comment.
use mastadon or nostr, they are actually decentralized. Bluesky is just twitter 2.0 with the same broken incentives and the same broken business model.
Even in single instances of trust there can be advantages to using blockchain for those applications:
Decentralization can give you better uptime/availability of those documents. If the DMVs website or authentication service goes down, documents can still be authenticated since they and/or their signatures stored in a distributed manner. The internet can go down at your bar but if you have a recent copy of a chain, you can still verify somebody’s ID.
It can make them easier to transfer between parties, and creates a digital “paper trail” which can conform to whatever requirements one might have. For example, you could easily require several parties to sign off any time the document is moved or assigned to a new person.
You can use those documents and their signatures with smart contracts or other decentralized apps. For example, you could sign up for an account at a bank or a platform like eBay using your NFT’d digital ID and the bank could accept it would needing to manually verify if the id “looks fake” or if your blurry phone picture is going to cut it. They don’t have to call up the government and ask them to verify it or pay some third party to match your address against their database of known people, etc.
Maybe you need better transparency in how many documents are issued and (potentially) to whom. Voting systems, for example, are a use case for this. It could be used for shareholder governance structures, etc.
Blockchains can enforce rules which centralized entities can’t, which is important to consider. An example of how this is useful: imagine the government has a digital ID system and it’s run in a centralized fashion, which makes sense, because they are the issuing authority right? Now imagine that centralized system gets hacked and an attacker starts printing and authenticating a bunch of fake ID requests. In the time between when this attack happens and when somebody figures it out, which could be hours to days, banks and other entities could be relying on those fake documents and potentially lose millions. An example of a rule a blockchain can enforce is “this ID issuing authority cannot issue in a single day more than 10% above it’s daily average of issuances over a six month period”, limiting the scope of an attack. One may say “Well, but blockchain can be hacked too!” which is true, but it’s less likely because the software for these networks has thousands of eyes on it whereas there may only be a couple system admins approving changes to your state-run ID database. Open source software is more secure than proprietary for this reason. Additionally, a security flaw needs to effect 51% of the network which isn’t likely to happen when you have a diversity of software versions.
Many smart contracts need ways to protect against sybil attacks (ie one person pretending to be multiple). Quadratic funding being used for charity fundraising is a perfect example. By using credentials issued on chain by centralized authorities, they can verify a person is not multiple people. Quadratic funding is an awesome way to fund public goods.
Every linux enthusiast should try Qubes at least once. The architecture is totally different, vastly more secure in many ways than most Linux distros. It’s definitely not for everybody, but if privacy and security rank high on your priority list it’s worth a look. It never ends up in Linux top ten lists for some reason, but it’s an incredible OS.