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didx:me is credential infrastructure. You issue digital credentials, holders hold them in wallets, and verifiers check what holders choose to share. Every credential is cryptographically signed and portable across the ecosystem.

What that looks like in practice

Thandi has a wallet on her phone. Her university, her bank, and her city have each issued credentials into it: a student card, a proof-of-account, a digital driver’s licence. A property platform she is registering with asks for her full name and her bank’s confirmation that she holds an account. Thandi opens her wallet, sees exactly which fields the platform asks for, and approves. She shares her name and her account status, but not her account number, her student record, or the rest of her licence. The platform verifies the signatures in milliseconds, without calling her bank or her university. Three issuers, one wallet, one verifier, one transaction. Each issuer signed once. Thandi decided what to share, this time. The verifier confirmed the proofs cryptographically, with no callback to any issuer.

The three roles

Issuer

Sign and offer credentials. Universities, employers, government departments, banks. Most issuer integrations live in the me-creds API.

Holder

Hold credentials and decide what to share. Most holders use the didx:me wallet app. The me-wallet API serves holder-side integration if you are building a wallet of your own.

Verifier

Request credentials and validate them. Banks, employers, marketplaces, platforms. Most verifier integrations live in the me-creds API.
A single organisation often plays more than one role. A university issues student cards, then verifies a returning student’s previous credentials at re-enrolment. A bank issues a proof-of-account, then verifies a customer’s driver’s licence when they apply for a vehicle loan.

What next?

Issue your first credential in 10 minutes

Feel up to the challenge? With your partner credentials in hand, the Quickstart walks you through issuing your first credential.
Otherwise, continue to the Overview where you can learn the foundational concepts of digital identity.