Tokenisation in Payments: Beyond Credit Cards
Tokenisation used to mean replacing card numbers with safe substitutes. Blockchain redefines it: any asset becomes a token, and any token becomes a payment method. Here's what that shift means for commerce.
Quick Answer
Traditional payment tokenisation replaces sensitive card numbers with unique, non-reversible tokens during transactions. When you tap Apple Pay or Google Pay, the merchant never sees your actual card number — only a token.
When Apple Pay launched in 2014, tokenisation entered the mainstream vocabulary. The idea was elegant: instead of transmitting your actual credit card number, a unique token was generated for each transaction. If a hacker intercepted the token, it was worthless — it couldn't be reused or reverse-engineered back to the original card number. Visa reported that this approach reduced fraud by 26% across tokenised transactions.
But tokenisation in 2026 means something far more expansive. Blockchain tokenisation doesn't just substitute data for security — it creates entirely new digital representations of value. Real estate, Treasury bonds, commodities, intellectual property, loyalty points, and carbon credits can all become tokens. And once something is a token, it can be used as a payment method. The implications for commerce are profound.
Traditional Tokenisation: How Card Tokens Work
Card tokenisation is a security mechanism, not a value creation mechanism. When you tap your phone at a checkout terminal, the following happens in milliseconds:
- Your device generates a one-time token linked to your card number.
- The token is transmitted to the merchant's payment terminal.
- The merchant sends the token to their payment processor.
- The processor forwards it to the card network (Visa, Mastercard).
- The network de-tokenises it, maps it to your real card number, and authorises the transaction with the issuing bank.
The merchant never sees your real card number. The token is bound to a specific device, merchant, and transaction context. If stolen, it cannot be used elsewhere. This is why Apple Pay and Google Pay have significantly lower fraud rates than physical card swipes.
By the numbers: Visa processes over 9 billion tokenised transactions annually. Token-based transactions see a 26% reduction in fraud compared to non-tokenised card payments. The global payment tokenisation market is projected to reach $5.6 billion by 2027.
Blockchain Tokenisation: From Security to Value Creation
Blockchain tokenisation is a fundamentally different concept that happens to share a name. Instead of replacing sensitive data with a safe substitute, blockchain tokenisation creates a digital representation of an asset on a distributed ledger. The token is the asset — or more precisely, it represents verifiable ownership of the asset.
Token Standards: The Building Blocks
Ethereum's token standards have become the de facto framework for asset tokenisation:
- ERC-20 (Fungible Tokens): Each token is identical and interchangeable. Used for currencies (USDC, USDT), utility tokens, and governance tokens. If you hold 100 USDC, each one is identical to every other USDC in existence.
- ERC-721 (Non-Fungible Tokens): Each token is unique. Used for property deeds, digital art, certificates, and any asset that needs individual identification. A tokenised apartment in Manhattan is not interchangeable with a tokenised apartment in Tokyo.
- ERC-1155 (Multi-Token Standard): Supports both fungible and non-fungible tokens in a single smart contract. Ideal for gaming economies, loyalty programs, and complex asset bundles where you need both unique items and stackable currencies.
Real World Assets: $310 Billion On-Chain and Growing
The tokenisation of Real World Assets (RWAs) is the bridge between traditional finance and blockchain infrastructure. RWAs are physical or traditional financial assets — real estate, government bonds, commodities, private equity, corporate debt — represented as tokens on a blockchain.
The numbers are significant and accelerating:
- $310 billion in real world assets are currently tokenised on-chain.
- BCG projects the RWA market to reach $16 trillion by 2030.
- BlackRock's tokenised Treasury fund (BUIDL) surpassed $500 million in AUM within months of launch.
- Tokenised US Treasury bonds represent the largest single RWA category at $2.4 billion on-chain.
Why does this matter for payments? Because once an asset is tokenised, it can be transferred, traded, or used as payment with the same speed and cost as sending a stablecoin. The settlement infrastructure doesn't care whether the token represents one dollar or one share of a Treasury bond — the transaction mechanics are identical.
Paying with Tokenised Assets
The most disruptive implication of blockchain tokenisation is that any token can become a payment method. Today, you pay with dollars or crypto. Tomorrow, you could pay with fractional Treasury bonds, loyalty tokens, tokenised gold, or a slice of your tokenised real estate equity.
Payment Scenarios Enabled by Tokenisation
- Fractional payments: A customer owns $5,000 in tokenised Treasury bonds. They want to buy a $200 laptop. A smart contract sells $200 worth of their tokenised Treasuries, converts to USDC, and settles the payment — all in one atomic transaction.
- Loyalty token redemption: A coffee chain issues ERC-20 loyalty tokens. Customers earn tokens with each purchase and spend them at any merchant in the loyalty network — not just the issuing brand. The tokens are composable and interoperable.
- Tokenised gold payments: A customer holds PAXG (each token backed by one troy ounce of gold stored in London vaults). They pay for a subscription by transferring 0.05 PAXG — approximately $100 — directly to the merchant.
- Multi-asset checkout: A customer pays a $500 invoice using $300 in USDC, $150 in loyalty tokens, and $50 in tokenised rewards — all settled in a single transaction via a payment splitter contract.
The key shift: Traditional payments ask "what currency do you want to pay with?" Tokenised payments ask "what asset do you want to pay with?" The answer can be anything that has been tokenised — which, increasingly, is everything.
Visa and Mastercard Enter Blockchain Tokenisation
The clearest signal that blockchain tokenisation has moved from experiment to infrastructure: both Visa and Mastercard launched dedicated platforms in 2025.
Visa Tokenized Asset Platform (VTAP)
Visa's VTAP enables banks and financial institutions to issue and manage fiat-backed tokens on Ethereum. The platform provides smart contract infrastructure for minting, burning, and transferring tokenised deposits. BBVA became the first bank to pilot VTAP on Ethereum's testnet, with plans for mainnet deployment. Visa's strategy is clear: position the company as the infrastructure layer for tokenised payments, just as it is for card payments.
Mastercard Multi-Token Network (MTN)
Mastercard's approach focuses on interoperability. The Multi-Token Network connects tokenised assets across different blockchains and payment networks, enabling cross-chain settlement and integration with existing Mastercard infrastructure. MTN supports tokenised bank deposits, stablecoins, and central bank digital currencies (CBDCs) — all interoperable through a single network.
| Feature | Visa VTAP | Mastercard MTN |
|---|---|---|
| Primary blockchain | Ethereum | Multi-chain |
| Target users | Banks & FIs | Banks, FIs, corporates |
| Token types | Fiat-backed tokens | Deposits, stablecoins, CBDCs |
| Smart contracts | Mint, burn, transfer | Cross-chain settlement |
| Launch status | Pilot (BBVA) | Active with partners |
Traditional vs. Blockchain Tokenisation
The two forms of tokenisation serve fundamentally different purposes, but they are converging. Understanding the distinction is critical for any business evaluating payment strategy:
| Dimension | Card Tokenisation | Blockchain Tokenisation |
|---|---|---|
| Purpose | Security (data substitution) | Value creation (asset representation) |
| What is tokenised | Card numbers | Any asset (currency, property, bonds, art) |
| Token has value? | No (reference only) | Yes (represents ownership) |
| Transferable? | No (single-use or device-bound) | Yes (freely tradeable) |
| Programmable? | No | Yes (smart contract logic) |
| Divisible? | No | Yes (down to 18 decimal places) |
What This Means for Commerce
The convergence of card tokenisation and blockchain tokenisation is creating a new payment paradigm. In the near future, a single checkout experience could accept:
- Traditional card payments (tokenised via Apple Pay for security)
- Stablecoin payments (USDC, USDT)
- Tokenised bank deposits (via Visa VTAP or Mastercard MTN)
- Tokenised assets (Treasury bonds, gold, real estate equity)
- Loyalty and reward tokens (cross-brand, composable)
The merchant receives whatever denomination they prefer — fiat, stablecoins, or tokenised assets. The conversion and settlement happen automatically via smart contracts and liquidity pools. For the customer, the experience is seamless: choose an asset, confirm the payment, done.
Frequently Asked Questions
What is traditional payment tokenisation?
Traditional payment tokenisation replaces sensitive card numbers with unique, non-reversible tokens during transactions. When you tap Apple Pay or Google Pay, the merchant never sees your actual card number — only a token. This reduces fraud by 26% according to Visa's data, because stolen tokens are useless outside their original context.
How does blockchain tokenisation differ from card tokenisation?
Card tokenisation substitutes data for security. Blockchain tokenisation creates entirely new digital assets. Any real-world asset — real estate, commodities, art, intellectual property — can be represented as a token on a blockchain, making it tradeable, divisible, and programmable. This goes far beyond replacing card numbers.
What are Real World Assets (RWAs) in crypto?
Real World Assets (RWAs) are physical or traditional financial assets represented as tokens on a blockchain. Examples include tokenised US Treasury bonds, real estate, commodities, and corporate debt. BCG projects the RWA market will reach $16 trillion by 2030, with $310 billion already tokenised on-chain.
Can you pay with tokenised assets?
Yes. Tokenised assets can be used as payment or collateral. A customer could pay with fractional tokenised Treasury bonds, loyalty tokens, or tokenised gold. Smart contracts handle the conversion and settlement automatically, enabling payments with any asset class — not just currency.
What are Visa and Mastercard doing with blockchain tokenisation?
Both launched blockchain tokenisation platforms in 2025. Visa's VTAP (Visa Tokenized Asset Platform) enables banks to issue and manage fiat-backed tokens on Ethereum. Mastercard's Multi-Token Network connects tokenised assets across blockchains. Both are positioning tokenised payments as core infrastructure, not experimental features.
What are ERC-20, ERC-721, and ERC-1155 tokens?
ERC-20 is the standard for fungible tokens (currencies, stablecoins, utility tokens). ERC-721 is for non-fungible tokens (unique assets like digital art or property deeds). ERC-1155 is a multi-token standard that supports both fungible and non-fungible tokens in a single contract, enabling complex asset bundles and gaming economies.
The Bottom Line
Tokenisation started as a security feature — a way to protect credit card numbers during transactions. Blockchain has expanded it into a value creation mechanism that can represent any asset, make it divisible, programmable, and usable as payment. With $310 billion in RWAs already on-chain, BCG projecting $16 trillion by 2030, and both Visa and Mastercard launching dedicated platforms, the trajectory is unmistakable.
The future of payments is not about choosing between cards and crypto. It's about a unified tokenised layer where any asset — dollars, bonds, gold, loyalty points, or property equity — can move as easily as sending a text message. That future is already being built.