As we approach 2027, the identity landscape is splitting between hardware-backed physical credentials (like Visa's Tap to Confirm) and government-issued digital wallets (like the EUDI Wallet). Both aim to eliminate the vulnerabilities of passwords and SMS-based OTPs, but they offer different levels of assurance against telemetry tampering.

The case for hardware identity

Visa's recent move to turn the physical credit card into a trusted credential utilizes the EMV chip, a secure environment that has been hardened over decades of retail use. Because the chip is a physical possession factor that must be tapped, it is inherently resistant to remote injection attacks.

The threat model favours hardware in one specific scenario: any attack that relies on synthetic data injection into a remote session. The attacker cannot tap a card they do not physically hold. The cryptogram returned by the EMV chip is signed by a key that exists only inside the chip itself. No virtual camera, no telemetry tampering, no AI-generated face survives that gate.

The digital wallet revolution

The EUDI Wallet, mandated by the EU for late 2026, focuses on verifiable credentials and selective disclosure. While highly convenient, its security depends on the integrity of the smartphone's secure enclave and the enrollment process.

The threat model favours wallets in two specific scenarios. First, privacy: selective disclosure means the relying party gets the attribute (over 18, resident of country X, professional licence held) without the underlying personal data. A card tap delivers a transaction proof but does not minimize the attribute set the relying party sees. Second, repeat use: a wallet credential signed once can be presented many times across many relying parties; a card tap is single-event by design.

Suggested read: Visa Launches Tap-to-Verify: The Card as a Trusted Credential

The hybrid pattern

The cleanest production architecture in 2026 uses both. The EMV tap serves as the initial trust anchor at high-stakes events (account opening, address change, large transfer authorization). The wallet credential, bound to that initial verification, handles every subsequent presentation across federated relying parties.

deepidv's Arc gateway accepts both formats on the same verification engine. EMV cryptograms validate through the Chip Authenticate service. EUDI credentials validate through OpenID4VP against the EU Trust Lists. Both produce structurally identical verification results, so downstream policy enforcement is consistent regardless of which credential the user presented.

Frequently Asked Questions

Is tapping a card more secure than a digital wallet?

Tapping a physical card provides a stronger proof of possession than a purely digital credential. Digital wallets offer better privacy through selective disclosure. The two are complementary, not competitive.

Can deepidv handle both?

Yes. The Arc gateway is designed to integrate both hardware-backed EMV signals and EUDI verifiable credentials into a single verification flow, with one composite risk score across both credential types.

Which one should I require for my use case?

For high-stakes one-time events (account opening, wire transfer authorization), require the EMV tap when available. For repeated low-friction verification across multiple relying parties, require the wallet credential. Use both for the highest-assurance flows.

Book a demo to bridge the gap between tap-based cards and digital wallets with the Arc gateway.