What is digital identity? Definition, types, and how businesses verify it.

A digital identity is what stands in for a person when there is no counter, no clerk, and no physical document to inspect. As services moved online, that representation became the thing businesses have to trust, and the thing fraudsters work hardest to fake. This page defines digital identity, sets out its main types, explains how it is verified online, and covers the change that matters most right now, the rollout of the European Digital Identity Wallet under eIDAS 2.0. It is written for the teams who have to verify digital identities and stay compliant while they do it.

What is digital identity?

A digital identity is the collection of attributes and credentials that represent a person or organisation in online environments. Those attributes include a name and date of birth, biometric data such as a face template, identity documents, device and behavioural signals, and the login credentials tied to an account. Together they form the profile a business uses to recognise and trust a user remotely.

A digital identity is not the same as a physical ID. A passport is a single credential. A digital identity is the broader, living set of data points that can include that passport alongside a biometric, a device fingerprint, and a verified email or phone. It also changes over time, as credentials are added, devices change, and behaviour builds a pattern, which makes digital identity management an ongoing discipline rather than a one-time setup. That breadth is why verifying a digital identity takes more than checking one document, and why it sits at the centre of any complete guide to identity verification.

Types of digital identity

Digital identity comes in four main types, and most people hold more than one. They differ in who issues the identity, who controls it, and how it is verified. The table compares them.

The trend across all four is toward user-controlled, reusable credentials, which is exactly what the EUDI Wallet formalises. Understanding the types matters because each is verified differently, a point explored further in digital user verification flows.

How digital identity is verified online

Digital identity is verified online by confirming the user’s attributes against trusted sources through a combination of document, biometric, and database checks. No single check is enough on its own, because each one proves a different part of the identity.

Document verification authenticates a government-issued ID by reading its security features and machine-readable zone. Biometric verification matches a live face to the document and runs liveness detection to confirm a real, present person. Electronic identity verification (eIDV) checks the claimed attributes against authoritative databases and national digital identity schemes. Run together, these steps confirm that the digital identity is real, belongs to the person presenting it, and is not a synthetic or stolen profile. This layered approach is what makes remote digital identity verification as reliable as an in-person check.

The EUDI Wallet and eIDAS 2.0: what businesses need to know

The European Digital Identity Wallet (EUDI Wallet) is a government-backed digital identity credential that every EU member state must offer, and it is the single biggest change to digital identity in Europe. Under the revised eIDAS 2.0 regulation, each member state must provide citizens with at least one certified EUDI Wallet by November 2026, and obliged entities such as banks, telecoms, and large platforms must accept it as a means of identification by December 2027 (European Commission).

For businesses, the practical implications are concrete. Any regulated organisation operating in the EU will need its verification stack to accept wallet credentials alongside traditional documents before the 2027 deadline. The wallet also shifts onboarding toward reusable, user-controlled identity, which reduces friction for users who already hold a verified credential. Preparing early turns a 2027 acceptance deadline into a competitive advantage rather than a last-minute integration scramble, and the wider forces behind it are covered in the digital identity verification trends shaping the market.

Digital identity fraud: the risks businesses face

Digital identity fraud is the use of fake, stolen, or synthetic identities to pass verification and open fraudulent accounts, and generative AI has made it sharply more dangerous. The risk is no longer a stolen password. It is a complete, convincing identity assembled to defeat onboarding.

Three attack types dominate. Synthetic identity fraud combines real and fabricated data into an identity that has no single victim to report it, which is why it often goes undetected for months. Deepfakes and face swaps use AI-generated media to defeat biometric checks that lack strong liveness detection. Credential stuffing reuses leaked username and password pairs to take over existing accounts at scale. Defending against all three is why digital identity verification has moved from a compliance task to a fraud-prevention priority, a shift detailed in how Shufti approaches AI identity verification. The AML dimension of that defence sits within AML identity verification.

How Shufti verifies digital identities

If you are preparing for reusable credentials like the EUDI Wallet while defending against AI-driven fraud, the challenge is doing both through one integration rather than bolting on a new vendor for each. Shufti built and owns its full stack, verifying physical IDs, Digital IDs, EUDI Wallets, and NFC chip credentials through a single API, with document intelligence trained on 10,000+ document types across 240+ countries and territories. Its liveness engine holds iBeta Level 3 conformance under ISO/IEC 30107-3, the highest published standard for detecting deepfakes and presentation attacks, so the same flow that accepts a wallet credential also resists the synthetic identities trying to game it.

See how Shufti verifies digital identities across documents, biometrics, and digital ID wallets in one platform — explore the solution.