What we need is a completely decentralized solution that captures users identities without ever revealing them to a third-party or anyone except the owners. But the owners could lose this hidden ID right if they commit serious crime. With this method we could capture and verify users IDs either physically, online or both, and randomly re-verify the users three or more times in future dates after the first verification. This is to ensure that the users actually own the data and not using other people who probably sold or allow them to use their IDs. The physical capture and verification require the presence of users physically, at safe locations, where they meet assigned verifiers who capture and verifiy permanent human identifiers associated with their users, using the verifiers Special devices or users phones to ensure that the captured data are not retained by another person. Example of possible human identifiers that could be captured, verified and re-verified: real eye colors, birth marks, hair colors, faces, finger prints etc. Once this are captured, they are encrypted at the users end, on the decentralized ID system that will be used for this project, and the encryption/decryption keys copied by the owners. The online verifying bots or AI should be able to safely access this data for the purpose of reverifications, comparing with others users IDs to detect dublicates/copies, and maybe for authentication purposes. The Online method involves online captures, verifications and encryptions, all at the users ends, on the decentralized ID system. Again, the bots or AI could access this data for mostly verification and searching for.copies . Once this is finished, users can import their ID API keys on applications or projects that require identity.checks . The users will be marked as verified and allowed to access whatever they need  that for
What we need is a completely decentralized solution that captures users identities without ever revealing them to a third-party or anyone except the owners. But the owners could lose this hidden ID right if they commit serious crime. With this method we could capture and verify users IDs either physically, online or both, and randomly re-verify the users three or more times in future dates after the first verification. This is to ensure that the users actually own the data and not using other people who probably sold or allow them to use their IDs. The physical capture and verification require the presence of users physically, at safe locations, where they meet assigned verifiers who capture and verifiy permanent human identifiers associated with their users, using the verifiers Special devices or users phones to ensure that the captured data are not retained by another person. Example of possible human identifiers that could be captured, verified and re-verified: real eye colors, birth marks, hair colors, faces, finger prints etc. Once this are captured, they are encrypted at the users end, on the decentralized ID system that will be used for this project, and the encryption/decryption keys copied by the owners. The online verifying bots or AI should be able to safely access this data for the purpose of reverifications, comparing with others users IDs to detect dublicates/copies, and maybe for authentication purposes. The Online method involves online captures, verifications and encryptions, all at the users ends, on the decentralized ID system. Again, the bots or AI could access this data for mostly verification and searching for.copies . Once this is finished, users can import their ID API keys on applications or projects that require identity.checks . The users will be marked as verified and allowed to access whatever they need  that for

What we need is a completely decentralized solution that captures users identities without ever revealing them to a third-party or anyone except the owners. But the owners could lose this hidden ID right if they commit serious crime. With this method we could capture and verify users IDs either physically, online or both, and randomly re-verify the users three or more times in future dates after the first verification. This is to ensure that the users actually own the data and not using other people who probably sold or allow them to use their IDs. The physical capture and verification require the presence of users physically, at safe locations, where they meet assigned verifiers who capture and verifiy permanent human identifiers associated with their users, using the verifiers Special devices or users phones to ensure that the captured data are not retained by another person. Example of possible human identifiers that could be captured, verified and re-verified: real eye colors, birth marks, hair colors, faces, finger prints etc. Once this are captured, they are encrypted at the users end, on the decentralized ID system that will be used for this project, and the encryption/decryption keys copied by the owners. The online verifying bots or AI should be able to safely access this data for the purpose of reverifications, comparing with others users IDs to detect dublicates/copies, and maybe for authentication purposes. The Online method involves online captures, verifications and encryptions, all at the users ends, on the decentralized ID system. Again, the bots or AI could access this data for mostly verification and searching for.copies . Once this is finished, users can import their ID API keys on applications or projects that require identity.checks . The users will be marked as verified and allowed to access whatever they need  that for

What we need is a completely decentralized solution that captures users identities without ever revealing them to a third-party or anyone except the owners. But the owners could lose this hidden ID right if they commit serious crime. With this method we could capture and verify users IDs either physically, online or both, and randomly re-verify the users three or more times in future dates after the first verification. This is to ensure that the users actually own the data and not using other people who probably sold or allow them to use their IDs. The physical capture and verification require the presence of users physically, at safe locations, where they meet assigned verifiers who capture and verifiy permanent human identifiers associated with their users, using the verifiers Special devices or users phones to ensure that the captured data are not retained by another person. Example of possible human identifiers that could be captured, verified and re-verified: real eye colors, birth marks, hair colors, faces, finger prints etc. Once this are captured, they are encrypted at the users end, on the decentralized ID system that will be used for this project, and the encryption/decryption keys copied by the owners. The online verifying bots or AI should be able to safely access this data for the purpose of reverifications, comparing with others users IDs to detect dublicates/copies, and maybe for authentication purposes. The Online method involves online captures, verifications and encryptions, all at the users ends, on the decentralized ID system. Again, the bots or AI could access this data for mostly verification and searching for.copies . Once this is finished, users can import their ID API keys on applications or projects that require identity.checks . The users will be marked as verified and allowed to access whatever they need  that for