Payment Tokenization in India: How It Works and Why Businesses Use It

Payment tokenization replaces sensitive card data (card number, expiration date, CVV) with a unique digital token. In India, RBI rules restrict merchants and payment aggregators from storing raw card-on-file (CoF) credentials. To keep a “saved card” experience, businesses use card-on-file tokenisation (CoFT) with explicit customer consent and additional factor authentication (AFA). As digital payments and ecommerce grow, tokenization remains a core tool for reducing card-data exposure.

Samuela D’Souza·Marketing Lead

Updated: July 26, 2026

8 minutes to read

This article explains industry card tokenization and RBI expectations in India. It is educational. A-Pay’s documented India methods focus on UPI, Paytm, PhonePe, and IMPS; card tokenization / CoFT APIs are not described in A-Pay product docs. For A-Pay security model, see hosted Payment Gateway, encrypted signing, and no end-user PII storage.

What Is Payment Tokenization?

Payment tokenization replaces real card data with a token - an alternate code that is not the PAN. Under RBI framing, a token is unique for a combination of card, token requestor, and device (or merchant, for CoFT). Instead of storing the card number in a merchant database, the merchant stores the token. Outside its approved scope, the token cannot be used as a raw card number, which reduces breach impact.

Tokenization Explained in Simple Terms

Imagine you buy a product in an online store and enter your card number. The payment flow sends the data to the tokenisation path (card network / issuer as TSP, via a token requestor). A unique token — for example, “8f3a9b...” - is created and returned for storage. On the next purchase, the store sends the token, not the PAN. If the merchant database is compromised, attackers get tokens scoped to that merchant/requestor - not a reusable raw card number. This is how tokenization works to protect sensitive payment information.

How Tokenization Works in Digital Payment Systems

The customer enters card details on the website or in the app and gives explicit consent to save/tokenise the card

AFA validation is completed as required

The token requestor forwards the request to the card network or issuer (TSP)

The TSP creates a token, links it to the real card, and returns the token

The merchant stores only the token - not the PAN

For repeat payments, the merchant sends the token; the TSP maps it to the real card and the payment is processed

Types of Tokenization in Payment Processing

There are two main types of tokenization discussed in the industry: network tokens and merchant tokens. They differ in who creates the token and where it can be used.

Network Tokens and Merchant Tokens

Network tokens are created by the card network (for example, Visa or Mastercard). They are typically tied to a specific merchant/requestor and device context. A common advantage is lifecycle handling when a card is reissued (for example, after expiry). Merchant tokens are created in a merchant or PSP scope and are generally valid only within that environment. Many businesses prefer network tokens when they need broader lifecycle updates; the right choice depends on the provider stack and RBI-compliant CoFT setup.

Tokenization and Encryption — Key Differences

Tokenization and encryption are often confused, but these are different payment technologies. Encryption turns data into a cipher that can be decrypted back with a key. Tokenization replaces data with a token that cannot be mathematically turned back into the original data. If the encryption key is stolen, the data can be decrypted. If the token is stolen, without the mapping database it is useless. Therefore, tokenization and encryption are often used together: the transmission channel is encrypted, and tokens are placed in storage.

Tokenization for Credit and Debit Card Payments

Tokenization for credit and debit card payments is especially important in India. RBI requires that neither sellers nor payment gateways store credit card number in their databases. Instead, they are required to use card tokenization. This applies to both debit card and credit card transactions. For card payments, a token is created that is valid for a specific seller and a specific card. At the same time, the credit card number itself remains only with the card network and the issuing bank.

How Payment Tokenization Works in India

In India, payment tokenization is regulated by RBI. Since January 1, 2022, all sellers that store card data are required to switch to tokenization. An exception is made only for transactions where the customer enters the data every time. This applies to all payment system participants: banks, payment gateway, aggregators.

Step-by-Step Process of Tokenization Work

The buyer on the website chooses payment by card and enters credit and debit card details.

The payment processor transfers the data to the card network (Visa, Mastercard) or to the tokenization service of the bank.

The card network creates a token and returns it to the seller.

The seller stores the token instead of sensitive payment data.

On the next payment, the seller sends the token to the card network, which finds the real card by it and processes the payment.

Role of RBI and Indian Payment Gateways

RBI issued a directive obliging all payment service provider in India to implement tokenization. The main payment gateway (Razorpay, Paytm, Cashfree, BillDesk) fully support card tokenization. They provide API for creating tokens and their subsequent use. The role of RBI also includes control over compliance with payment card industry data security standard (PCI DSS) and requirements for storing customer payment information.

Ready to Accept Online Payments?

Get started with A-Pay today – the payment solution built for growth

Digital Payment Ecosystem and Token Use

India’s digital payment ecosystem includes mobile payment options (Google Pay, PhonePe), internet banking, digital wallets, and contactless payment (cards and phones). Token use in this ecosystem allows a seamless payment experience: the user does not enter card data on every purchase, but at the same time payment data safe even in case of a leak from the seller’s database. Tokenization enables secure recurring payments for subscriptions and one-click payments for marketplaces.

Benefits of Payment Tokenization

Benefits of payment tokenization are obvious for all participants: customers, sellers, banks.

How Tokenization Enhances Security for Sensitive Data

Tokenization enhances security due to the fact that sensitive data (card number, expiration date) is stored only by the card network and the bank. The seller and the payment gateway see only the token. Even if an attacker gains access to the token database, it will not be able to restore actual card details. This reduce the risk of data breaches and theft of payment information.

Benefits of Payment Tokenization for Businesses and Customers

For businesses: reduction of responsibility for storing card data, simplification of PCI DSS compliance, growth of conversion due to one-click payments, reduction of fraud and chargebacks. For customers: security, convenience (there is no need to enter the card every time), the possibility of recurring payments without the risk of data leakage. Benefits of payment tokenization also include increased trust in online stores.

Reduced Risk in Credit and Debit Card Transactions

Reduced risk is the key advantage. With card payments through tokenization, even if an attacker intercepts the token, it will not be able to use it in another store (if this is a merchant token) or on another device. Network tokens are tied to a specific seller and domain. This reduces fraud and risk of data leaks.

Implementing Payment Tokenization

Implementing payment tokenization requires integration with payment gateway or payment service provider.

How to Implement Tokenization for Online Payments

Choose a payment service provider that supports card tokenization (Razorpay, Paytm, Stripe, Adyen).

Integrate their API for creating tokens during the first payment.

Instead of storing card details in your database, store the token.

For repeat payments, send the token to the payment processor.

Ensure compliance with guidelines for card tokenisation RBI (for example, the requirement of two-factor authentication when creating a token).

Integration with Digital Payment Platforms

Integration with digital payment platforms is simplified due to ready modules. For example, Razorpay provides API for card tokenization with the possibility of storing the token for repeat payments. Stripe uses network tokens automatically. Adyen supports both merchant tokens and network tokens. In India, solutions from Paytm and BillDesk are also popular. Integration allows quick implementation of tokenization without deep changes in the code.

Best Practices for Tokenization Use in India

Use network tokens instead of merchant tokens where possible (they are more secure and update automatically).

Store tokens in encrypted form.

Do not use the token for transactions that do not correspond to its domain or device.

Regularly audit systems for compliance with RBI and PCI DSS.

Inform customers about the security of tokenization to increase trust.

Future of Tokenization in India

Future of tokenization in India is connected with the growth of digital payments and the development of new payment technologies.

Growth of Digital Payments and Token Technology

Growth of digital payments in India is rapid: UPI, mobile wallets, contactless payment. Token technology is becoming the standard for card payments. According to RBI, the number of card tokenization transactions is growing by 30–40% annually. The implementation of tokenization in mobile payment options (Google Pay, Apple Pay) accelerates the transition to a cashless economy.

How Tokenization Shapes the Future of Secure Payments

Replacing the storage of card data with tokens becomes mandatory in all countries, not only in India.

The development of network tokens allows cards with an expired term to be updated automatically, which reduces declines in recurring payments.

Tokenization is integrated with biometric and one-click payments, making payment invisible to the user.

In the future, tokenization may spread to other sensitive data as well (addresses, medical data).

Frequently Asked Questions

An example of a payment token: “411111XXXXXX1111” is a mask of the card number, but a real token looks like “f8a3e2b1-9d4c-4a2b-8e3f-1a2b3c4d5e6f”. When paying in an online store, instead of storing the card number, such a string is stored. The token is useless for hackers because it does not contain real data.

An example of tokenization: you buy a product on Amazon. At the first payment, you enter the credit card number. Amazon receives a token from the payment processor and stores it. At the next purchase, Amazon sends the token, not the card number. This is how tokenization work for recurring payments and one-click checkout.

Yes, PayPal use tokenization. When you link a card to PayPal, PayPal creates a token that is used for transactions. The seller never sees your real card number. PayPal also supports network tokens for automatic card updates.

Yes, Apple Pay use tokenization as the basis of security. When adding a card to Apple Pay, the card number is replaced with a token (device account). When paying through NFC or on the internet, it is the token that is transmitted, not the real number of the card. This enhances security and protects against data interception.

No. A-Pay product documentation does not describe a card tokenization / CoFT API or token vault. A-Pay documents India methods UPI, Paytm, PhonePe, and IMPS, plus hosted Payment Gateway, API integration, encrypted signing, and no storage/processing of end-user personal data. Confirm any card-related setup during onboarding.

No. UPI is a real-time payment rail. Card tokenization (CoFT) replaces saved card credentials with tokens under RBI rules. A merchant can use UPI for many India checkouts without implementing CoFT.