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TL;DR:
A big h/t to Vitalik Buterin's compelling and thoughtful approach to credentialing and biometric proof of personhood in “What do I think about biometric proof of personhood?” which inspired some of the thinking for this blog.
“Who are you?”
Norwegian writer Jostein Gaarder opens Sophie’s World with this seemingly simple question. But as Sophie tries to answer, she runs into the hardness of identity. Is she the same Sophie when she ages, when the cells in her body die and are replaced by new cells? Is she the same Sophie talking to her mother as she is when she’s talking to her best friend?
The internet only exacerbates these problems of identity–who are you?–which grows tangled and confusing in the analog/digital divide. One person, many platforms. Identity is fractured online.
To be online and to prove you are you requires meeting at least a couple of conditions:
Privado ID is an open-source toolset that enables developers to build solutions for the hardness of identity, to meet the above conditions. It is infrastructure for a self-sovereign identity layer of Web3.
On the other hand, there are issuers of biometrics proof-of-personhood credentials that rely on processes like uploading videos of one’s face or eye-scanning–but these issuers are not identity architecture. They meet the first criteria, but not always the second, and they are not general infrastructure for an identity protocol in the same way as Privado ID.
Let’s take a peek at the differences.
Privado ID is an identity protocol, open source technology that can help create a self-sovereign identity layer for Web3. It is a set of tools that allow actors in Web3 to implement decentralized identity, composed of three possible roles:
The objective of Privado ID technology is to enable an ecosystem for decentralized, self-sovereign identity, supporting a variety of identity verification methods, whether that’s with identity document verification methods, biometrics, or others.
Because Privado ID is an open-source codebase, there is currently no issuer of credentials, and therefore no central entity directly manages personal information.
In contrast, biometric proof of personhood are credentials, utilizing biometrics technology. This might be eye scans or other kinds of biometric data, such as face-video-uploads and verification games.
Often, issuers will store hashes of users’s biometrics data in a centralized database.
“There is no ideal form of proof of personhood,” Vitalik Buterin argues in his post about biometrics verification. Instead, he claims approaches should be flexible enough to respond to a rapidly evolving sector. Different designs can be used for solving the tricky problems of identity verification.
The Privado ID protocol is flexible enough to respond to whichever methods become popular over time. Governments will continue to issue credentials, even as cryptographers design biometrics-based or social-graph solutions. Privado ID can accommodate a variety of verification methods.
Privado ID is open source, with Apache / MIT Licenses, which enables developers to propose improvements and audit the code. In addition, collaborations with Rarimo identity bridging technology means that Privado ID credentials can be validated across other EVM chains (Ethereum mainnet, Avalanche, Optimism, and so on).
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