Wallet Verifiable Credential UI Template (Digital ID)
The UI handles presentation and consent; it never invents or stores the trust itself.
TL;DR
Verifiable credentials let users prove a claim with selective disclosure. The UI's core job is clear consent. Build the credential card, share-consent, and result screens from a free VP0 design, and rely on the W3C Verifiable Credentials standard and certified issuers for the cryptography. Store credentials in secure hardware and share the minimum.
A verifiable credential is a tamper-evident digital claim, a digital ID, a membership, a diploma, that a user holds in a wallet and can present to prove something without handing over everything. The short answer to building the UI is, design the credential card, the consent-to-share screen, and the verification result from a free VP0 design, and rely on the W3C Verifiable Credentials standard and certified issuers for the actual cryptography. Your UI handles presentation and consent; it never invents or stores the trust itself. Done right, it shares the minimum needed and makes that obvious to the user.
Why these screens are about consent
The whole point of verifiable credentials is selective disclosure: prove you are over 18 without revealing your birth date or address. So the UI’s job is mostly consent and clarity, showing exactly what a verifier is asking for and letting the user approve only that. The trust comes from the W3C Verifiable Credentials data model and a certified issuer that signs the credential; your app presents and requests, it does not mint credentials. Data sensitivity is at its peak here (identity data), and roughly 71% of mobile apps were found to leak sensitive data, so store credentials in secure hardware and never log their contents.
How to build the credential UI
VP0 is a free iOS design library for AI builders. Pick a card, wallet, or confirmation design, copy the link, and have Cursor or Claude Code build three screens in React Native or SwiftUI: a credential card (issuer, type, a clear “verified” indicator), a share-consent screen (this verifier wants these specific fields, approve or decline), and a result (shared, or denied). Integrate with the platform wallet and standard libraries for the actual signing and verification; on iOS, Apple’s Wallet supports identity credentials through its program. Keep the credential data in the Secure Enclave or Keychain, present minimally, and make decline as easy as approve. For the broader wallet pattern, see Apple Wallet pass UI template free.
Credential UI building blocks
Here is what each screen should do.
| Screen | What to get right |
|---|---|
| Credential card | Issuer, type, verified mark |
| Share consent | Exact fields requested, approve/decline |
| Selective disclosure | Share the minimum, show what |
| Result | Shared or denied, clearly |
| Storage | Secure hardware, never logged |
A worked example
Say a user holds a digital membership credential. To enter an event, a verifier requests proof of active membership, nothing else. Your VP0-designed consent screen says exactly that: “Event Co wants to confirm your active membership,” with approve and decline equally prominent. On approve, the wallet presents a signed proof of just that field; the result screen confirms it. The birth date, address, and member number never leave the device. The signing and verification follow the W3C standard via certified components. For a related tap-to-present pattern, see RFID NFC scanning screen mobile UI; for a regional payment credential flow, Fawry payment gateway UI mobile.
Common mistakes
The most common mistake is over-sharing, presenting the whole credential when the verifier needed one field; design for selective disclosure. The second is trying to mint or verify credentials yourself instead of using the W3C standard and certified issuers. The third is an unclear consent screen that does not say exactly what is shared. The fourth is storing credential data insecurely or logging it, the leak risk behind the 71% figure. The fifth is making decline harder than approve, which pressures users into oversharing.
Key takeaways
- Verifiable credentials are about selective disclosure; the UI’s core job is clear consent.
- Trust comes from the W3C standard and certified issuers; your app presents and requests, not mints.
- Build the card, consent, and result screens from a free VP0 design; store credentials in secure hardware.
- Share the minimum, show exactly what is shared, and make decline as easy as approve.
Frequently asked questions
How do I design a verifiable credential wallet UI? Build three screens from a free VP0 design: the credential card, a share-consent screen showing exactly what a verifier requests, and a result. Use the W3C Verifiable Credentials standard and certified issuers for the actual signing and verification.
What is selective disclosure? Sharing only the specific fact a verifier needs (for example, “over 18”) without revealing the rest of the credential. Your UI should make this the default and show the user exactly what is shared.
Does my app create the credential? No. Credentials are issued and signed by certified issuers following the W3C standard; your app holds, presents, and requests them. It never mints or self-verifies trust.
How do I store credentials securely? In secure hardware (Secure Enclave or Keychain), never in plain storage or logs. Identity data is the most sensitive there is, and around 71% of apps were found to leak sensitive data.
Frequently asked questions
How do I design a verifiable credential wallet UI?
Build three screens from a free VP0 design: the credential card, a share-consent screen showing exactly what a verifier requests, and a result. Use the W3C Verifiable Credentials standard and certified issuers for the actual signing and verification.
What is selective disclosure?
Sharing only the specific fact a verifier needs (for example, 'over 18') without revealing the rest of the credential. Your UI should make this the default and show the user exactly what is shared.
Does my app create the credential?
No. Credentials are issued and signed by certified issuers following the W3C standard; your app holds, presents, and requests them. It never mints or self-verifies trust.
How do I store credentials securely?
In secure hardware (Secure Enclave or Keychain), never in plain storage or logs. Identity data is the most sensitive there is, and around 71% of apps were found to leak sensitive data.
Part of the Payments, Monetization & Regional Fintech hub. Browse all VP0 topics →
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