Network Tokens vs PAN: A Performance Comparison

The shift from Primary Account Numbers (PANs) to network tokens is one of the most impactful changes in payment infrastructure since EMV chip adoption. At RiyadaVenture, our data shows network tokens improve authorization rates by 2-6% depending on the region and card brand — translating to millions in recovered revenue for high-volume merchants.

What Are Network Tokens?

A network token is a unique identifier issued by a card network (Visa, Mastercard, Amex) that replaces the traditional 16-digit PAN. Unlike gateway tokens (which are just database lookups), network tokens are recognized and validated by the card network itself during authorization.

When a cardholder saves their card for future use, RiyadaVenture requests a network token from the card brand. This token is linked to the merchant context — meaning it can only be used by that specific merchant, eliminating the risk of token theft being used cross-merchant.

PAN vs Network Token: Head-to-Head Comparison

Why Network Tokens Improve Authorization Rates

The authorization rate improvement from network tokens is driven by three mechanisms:

1. Dynamic Cryptograms

Every network token transaction includes a one-time cryptogram — a cryptographic proof that validates the token is being used by the authorized merchant. Issuers treat this as a strong authentication signal, similar to a chip transaction. This reduces the frequency of “do not honor” and “suspected fraud” declines.

2. Automatic Card Updates

When a PAN is stored on file and the card expires or is reissued, the merchant must update their records — or the next charge fails. Network tokens solve this entirely: the card network automatically updates the token's underlying credentials. The token remains constant even as the underlying card changes.

3. Issuer Trust Signals

Issuers recognize network tokens as a higher-trust credential than raw PANs. Because the token is merchant-bound and includes a cryptogram, issuers can apply less aggressive fraud checks. In Visa's network, tokenized transactions receive a Token Assurance Level (TAL) that directly influences the issuer's authorization decision.

Performance Data: RiyadaVenture Network

Implementation: How RiyadaVenture Manages Network Tokens

RiyadaVenture's Network Tokenization product handles the entire lifecycle automatically:

1. Token Provisioning — When a card is saved, we request a network token from the appropriate scheme (Visa VTS, Mastercard MDES, Amex)
2. Cryptogram Generation — Before each transaction, we generate a fresh TAVV (Token Authentication Verification Value)
3. Lifecycle Management — Card updates, suspensions, and replacements are handled via real-time callbacks from the card network
4. Fallback Logic — If token provisioning fails (rare, but possible for some BIN ranges), we fall back to PAN-based processing with vault tokenization

When to Use Network Tokens

Network tokens are most impactful for:

• Subscription/recurring billing — highest ROI due to automatic card lifecycle updates
• High-value card-on-file transactions — improved auth rates directly increase revenue
• Cross-border transactions — cryptogram provides additional trust signal to foreign issuers
• SCA-exempt flows in Europe — tokens can qualify for authentication exemptions

For merchants processing card-not-present transactions with stored credentials, network tokens represent the single highest-impact optimization available today. The transition requires no changes to your checkout flow — RiyadaVenture handles provisioning, lifecycle management, and cryptogram generation behind the scenes.

To enable network tokens for your integration, visit our Developer Hub or contact your RiyadaVenture account manager.