- Verifiable credentials are data digitally signed by an issuer and presented by the user from a digital wallet.
- The model reduces the need to copy complete documents in every interaction and improves control over which data is shared.
- W3C, eIDAS 2.0, and ISO/IEC 18013-5 are pushing the market toward portable and interoperable credentials.
- For banking, government, and regulated services, the value lies in combining identity verification, authentication, and fraud prevention in the same flow.
In 2024, the European Union approved the eIDAS 2.0 regulation, which requires member states to provide a digital identity wallet to their citizens. That same year, the W3C published version 2.0 of the Verifiable Credentials Data Model. Two different pieces, same direction: proof of who you are stops living in each company’s database and starts traveling with you.
The model they are replacing is the one you know by heart. To open an account, validate your age, access a benefit, or approve a transaction, you provide more information than necessary. It works, but it works with friction, duplication, and risk.
Verifiable credentials change that model. Instead of capturing and storing complete documents in every interaction, an organization can verify attributes signed by a trusted issuer: age of majority, residency, professional license, validated identity, eligibility for a service, or relationship with an entity.
The digital wallet becomes the layer where those credentials live, are presented, and are revoked. It is not just a wallet for payments. It is an interface for proving identity, rights, and attributes without repeating onboarding from scratch every time.
For companies, the shift is not philosophical. It is operational: less redundant data capture, less regulatory exposure, less friction in onboarding, and a more precise way to authenticate users across digital channels.
Verifiable credentials separate identity from document capture
For years, verifying identity meant asking for a document, capturing a selfie, comparing data, and storing evidence. That flow is still necessary in many cases, especially when a company must meet KYC requirements — know your customer, the set of controls a regulated entity uses to confirm who a person is before allowing them to operate — fraud prevention requirements, or regulatory traceability requirements.
The problem appears when every organization repeats the same process without reusing trust that has already been validated. The user uploads documents again. The company processes them again. Exposure risk grows because more systems store copies of sensitive information.
Verifiable credentials propose a different logic: a trusted entity issues a signed credential, the user keeps it in a digital wallet, and a third party verifies its authenticity when needed. Verification does not depend on blindly trusting the user. It depends on validating the signature, the issuer, the revocation status — whether that credential is still valid or the issuer has already revoked it — and the presentation conditions.
In practice, this moves part of the control from centralized databases toward portable credentials. It is the same idea behind self-sovereign identity: the user stops being a record in someone else’s system and starts managing their own Online Persona. The company does not stop verifying. It verifies differently.
The digital wallet becomes a trust layer
The digital wallet started out associated with payments. Then it added cards, tickets, benefits, and documents. The next stage goes deeper: the wallet as the place where users manage identity credentials they can present to banks, governments, healthcare companies, retailers, or digital platforms.
Not every credential inside a wallet carries the same weight. A loyalty card does not have the same criticality as an identity credential issued by a public agency or a financial institution. That is why the market is separating convenience credentials from verifiable credentials, with cryptographic signatures, expiration rules, and revocation mechanisms.
The value appears when the wallet can present only the data that is needed. The technical name for that is selective disclosure: showing only the required attribute and nothing else. If a company needs to validate that a person is over the age of majority, it does not always need to see full name, document number, exact date of birth, and home address. It can verify a signed attribute: “over 18.” Less data exposure, better experience.
At the sector level, the difference becomes clear quickly. A bank needs to prove validated identity, not keep a copy of the document. A government agency needs to confirm residency to enable a procedure. A healthcare provider needs to know that coverage is active, not access the full clinical history.
Verifiable credentials become especially relevant in financial services, where the relationship between conversion and risk is direct. A flow that is too heavy loses valid users. A flow that is too light opens the door to fraud. The digital wallet can balance both if it integrates with real identity verification: biometrics, proof of life — confirmation that there is a live person in front of the camera, not a photo, video, or mask — and behavioral signals. That is security without friction: the control appears when the risk justifies it, not at every step.
The technical model relies on issuers, holders, and verifiers
A verifiable credential has three main roles. The issuer creates and signs the credential. The holder stores it and decides when to present it. The verifier validates that the credential is authentic, current, and issued by a trusted entity.
This model seems simple, but it requires precise technical decisions. Interoperability does not come from a sales presentation: it depends on standards, data schemas, signature methods, trust policies between parties, and identifier resolution — the way a system determines who actually owns the signature it is validating.
- Issuer: entity that validates an attribute and signs the credential. It can be a government, a university, a bank, a healthcare company, or a private platform.
- Holder: person or organization that receives the credential and presents it from a digital wallet when they need to prove an attribute.
- Verifier: company or system that reviews the credential, validates the signature, confirms validity, and decides whether to accept the presentation.
- Digital wallet: application where the holder stores, manages, and presents credentials. Its design affects security, privacy, and adoption.
- Trust registry: layer where trusted issuers, revocation statuses, schemas, and validation rules are resolved.
The most important technical point is that the credential must be verifiable without depending on a constant call to the original issuer. In some cases, there will be online validation. In others, the verifier checks the signature with its own means, without connecting to the issuer, and later checks whether the credential was revoked. The architecture depends on the risk, the regulation, and the use case.
There is also a real tension between privacy and fraud prevention. Selective disclosure reduces data exposure, but the verifier still needs enough signals to make decisions. In banking, for example, it is not enough to know that a credential exists: it must be linked to device, behavior, proof of life, risk history, and fraud controls.
Enterprise adoption depends on interoperability and compliance
Verifiable credentials are not adopted because they sound good. They are adopted when they solve concrete costs: repeated onboarding, manual review, friction in digital channels, personal data exposure, and dependency on point-to-point integrations.
Regulatory progress is also pushing adoption. In Europe, eIDAS 2.0 establishes a framework for digital identity wallets. W3C maintains the data model for Verifiable Credentials. ISO/IEC 18013-5 defines a standard for mobile driver’s licenses. They are not identical pieces, but they all point in a common direction: portable, verifiable, and more granular identity.
In LATAM, adoption will be uneven. Some governments are moving forward with citizen digital identity. Banks and fintechs are looking at the topic through KYC, fraud prevention, and authentication. Healthcare and education can use credentials for professional licenses, coverage, consent, or eligibility. Retail and gaming can apply them to age, benefits, transaction limits, or account recovery.
If you are evaluating this topic in your organization, the criterion should not be “having a wallet.” It should be more concrete:
- Interoperability: the credential must work with recognized standards, not remain locked inside a closed ecosystem.
- Regulatory compliance: the flow must respect data protection rules and sector-specific requirements in each country.
- User experience: presenting credentials must be simpler than uploading documents from scratch.
- Risk management: the credential must integrate with fraud signals and authentication, not live in isolation.
- Governance: the company needs clear rules on accepted issuers, revocation, audit, and evidence retention.
Where an identity platform fits
The most common mistake is treating verifiable credentials as a complete replacement for onboarding. They are not. They are a way to reuse trust when that trust was issued, presented, and verified with the right controls.
In many cases, the first issuance of a credential still requires document verification, biometrics, proof of life, and risk analysis. That is the terrain of Verify. Later, when the user operates again, Authenticate can validate presence, device, and biometrics without asking for the full document again. And when the transaction has unusual signals, Protect adds real-time detection.
VU ONE consolidates identity verification, authentication, and fraud prevention in a single platform.
At VU, we have been watching this movement closely, and what we see case after case is the same: the verifiable credential answers one question, “was this attribute issued by someone trustworthy?” The identity platform has to answer the others: “who is presenting it?”, “is it still the same person?”, “does the session show risk signals?”, “does the transaction match the expected pattern?”
When those questions are split across different providers, dashboards, and teams, trust fragments. When they are integrated, the wallet stops being a credential container and becomes part of the security system.
It is also worth looking at this from the experience side. A user does not want to “use decentralized identity.” They want to log in, operate, and complete an action without repeating absurd steps. Technology works when it disappears into the flow.
Verifiable credentials do not eliminate the need to verify identity. They change where the proof lives, how it is presented, and how much data is shared.
The standard is the foundation. Trust is built in the implementation.
let’s talk.
