“Virtual credit card” means two different things, and you probably want one of them specifically.

If you need a real virtual card — a disposable number that draws on your actual bank balance, for safer online shopping or for keeping subscriptions under control — that comes from a bank or a card issuer, not from a generator. Where to get one is covered below, with no affiliate links and nothing sponsored.

If you need synthetic VCC-format numbers for testing — to build and verify a payment form, seed a test database, or write fixtures for a wallet UI — that is what the generator on this page produces.

Test card only

Credit Card Number Generator

Generate dummy card details for development and QA. Nothing is stored or sent to a server.

Card network
These numbers are dummy, Luhn-valid test values for software testing only. They are not real active cards and cannot be used for payments.

Real virtual cards: where they actually come from

A real virtual card is issued against an account you already hold. The issuer creates a new number, links it to your existing balance or credit line, and lets you close it whenever you like. Three kinds of provider offer them.

From a bank or neobank, bundled with your account

ProviderRegionNotes
Capital One (Eno)USBrowser extension and app generate numbers at checkout; eligibility depends on the card product
Citi Virtual Account NumbersUSStill offered but materially restricted since 2025 — desktop web only, $25 minimum limit, fixed three-year expiry
RevolutUK, Europe, USDisposable cards that regenerate their number after each transaction
WiseGlobalUp to three active virtual cards per personal profile, free to create
Monzo, StarlingUKVirtual cards created in-app, usable for one merchant or one budget
N26EuropeVirtual cards issued instantly alongside the physical card
Most major Turkish banksTurkeySanal kart is a standard mobile-banking feature; see our Troy card page for the domestic network these run on

Independent services that sit on top of an account you already have

Privacy.com is the main one in the US. It connects to a bank account or debit card and issues cards you can lock to a single merchant, cap on a per-transaction, monthly or total basis, or set to close automatically after one charge. Merchant-locked cards decline anything charged by a different merchant, which is the feature most people actually want when they go looking for a “virtual card generator”.

Business and corporate spend platforms

Ramp, Brex, BILL Spend & Expense (the platform formerly called Divvy), Airwallex and Payhawk all issue virtual cards per employee, per vendor or per subscription, with approval rules and accounting integration attached. If the problem you are solving is “who spent what on which SaaS tool”, this is the category to look at rather than a consumer card.

Provider availability and limits above were last checked against provider documentation on . Providers do change what they publish — the official link beside each claim is authoritative.

What real virtual cards are good for

  • Paying a site without ever handing over your primary card number
  • One card per subscription, so cancelling is a matter of closing the card
  • Spending caps and merchant locks that the issuer enforces, not you
  • A breach at one merchant exposes one disposable number instead of your account

What they are not

A virtual card is not free money and it is not anonymous. It draws on your real account, it is issued in your name, and the transaction is recorded exactly like any other. It does not let you take a free trial without paying if the trial converts — it only makes the subsequent charge easy to stop.

Where they get awkward

Worth knowing before you route everything through one, because these are the cases support queues fill up with:

  • Refunds to a closed card. If you close a single-use card and then return the item, the refund is sent to a number that no longer accepts charges. Most issuers credit the parent account anyway, but it is slower and some merchants get stuck retrying.
  • Deposits and pre-authorisations. Hotels, car rental and fuel pumps place a hold that is captured days later for a different amount. Single-use and tightly capped cards fail that pattern by design.
  • Card-present pickup. Anywhere the merchant asks to see the physical card used for the booking — cinemas, some airlines, click-and-collect — a virtual number has nothing to show.
  • Subscription rebilling after the card regenerates. Revolut-style disposable cards change their number after each transaction; a merchant storing the old one will fail the renewal, which is sometimes exactly what you wanted and sometimes not.
  • Merchant identity drift. Merchant locks key on the acquirer’s descriptor, and companies change payment processors. A lock set two years ago can start declining a merchant you still want to pay.

What this generator produces

Synthetic numbers in VCC format: correct network prefix, correct length, valid Luhn check digit, and a plausible expiry and security code. They follow exactly the same rules as real virtual cards, for a reason worth stating plainly.

There is no such thing as a “virtual card number format”. A virtual card issued by Revolut is a normal Visa or Mastercard number, indistinguishable from a physical card’s number by looking at the digits. Some issuers use dedicated BIN ranges for virtual products, which a BIN lookup can sometimes reveal, but the number structure itself is identical.

This matters more than it sounds. Software that special-cases “virtual” numbers is chasing a distinction the digits do not carry, and it will misclassify real cards in production. If you want the format rules themselves, the all-network generator carries the comparison table, and the Visa page goes through one network in full.

Testing scenarios for virtual card flows

If you are building a product that issues or displays virtual cards, these are the flows a generated set covers well:

FlowWhat to check
Issuance UINew card appears in the list, number shown once, expiry rendered correctly
Single-use consumptionCard moves to a closed state after one charge and cannot be reused
Merchant lockA charge from a second merchant is refused and surfaced clearly
Spend limitA charge above the cap is refused; a charge at exactly the cap is not
Freeze and unfreezeState survives a reload and is reflected everywhere the card appears
Card list and maskingOnly the last four digits render; the full number never reaches logs

The masking case is the one that bites hardest, because a bug there is a data-exposure bug rather than a display bug. Generating a batch up front makes it a fixture:

// Seed a test wallet with multiple virtual cards
const virtualCards = generateBatch({ network: 'visa', count: 5 })
  .map((card, i) => ({
    id: `vc_test_${i}`,
    last4: card.number.slice(-4),
    masked: `•••• •••• •••• ${card.number.slice(-4)}`,
    expMonth: card.expMonth,
    expYear: card.expYear,
    status: 'active',
    spendLimit: 5000,
  }));

// The number itself never enters the fixture that reaches your UI layer.
// If a snapshot test ever contains 16 consecutive digits, that is the bug.

Two details catch people out when they build these fixtures. The first is expiry: a virtual card’s expiry date is set by the issuer and is often shorter than a physical card’s, so fixtures hard-coded to a date five years out will not exercise the “expires soon” warning you probably built. Generate a spread — some cards expiring next month, some in three years. The second is that last4 is not unique. Issue enough cards and two will end in the same four digits, and any UI or lookup keyed on last-four alone breaks the first time it happens in production. A batch of twenty generated numbers will usually surface a collision, which is the cheapest possible way to find that bug.

What generated numbers cannot cover is anything that needs an issuer to answer: authorisation, real decline reasons, lifecycle webhooks. For those, use your issuing platform’s sandbox — the same split described on our test card numbers reference.

Virtual cards and PCI DSS scope

A common misreading: issuing virtual cards does not reduce your PCI DSS scope. Scope follows the data. If your system stores, processes or transmits a primary account number, it is in scope whether that number belongs to a plastic card or a virtual one — the card being disposable changes nothing about how the digits are classified.

What does reduce scope is not holding the number at all. Tokenization replaces the PAN with a reference that is useless outside your integration, and hosted fields keep the digits inside the processor’s iframe so they never touch your servers. How tokenization works and PCI DSS for developers cover the distinction properly. The rule of thumb: virtual cards are a control for the cardholder, tokenization is a control for the merchant, and confusing the two leads to an audit finding.

What this tool will not do

  • It does not produce a card with a spendable balance.
  • It does not connect to any bank or issuer.
  • It does not issue a real virtual card, and could not — issuing requires a licensed issuer and an account behind the number.
  • It cannot be used for a free trial, a subscription, or any purchase. Attempting that is fraud, and it is covered explicitly in our terms.

If a free trial is what you are actually after, there is a legitimate way to do it — with a real virtual card from an issuer, capped or merchant-locked so the renewal cannot surprise you.

The tool directory lists every generator on the site, and the FAQ answers what a Luhn-valid number does and does not prove. To check a number you already have, the validator reports the check digit, the network and the length.

Frequently Asked Questions

A card number issued against an account you already hold, created on demand and usually disposable. It spends from the same balance or credit line as your physical card, but because the number is separate you can cancel it, cap it, or lock it to one merchant without touching the card in your wallet. It is issued by a bank or a card issuer, not generated by a website.
No. A card number only works because an issuer has it in their records and an account stands behind it, and no generator can create that relationship. The tool on this page produces synthetic numbers in the correct format for testing software — they carry no balance and every payment processor declines them. If you want a real virtual card, open one with a bank or an issuer that offers them; several do so at no cost.
Structurally, no. A Revolut virtual card is an ordinary Visa or Mastercard number with the same length, the same Luhn check digit and the same issuer prefix rules as a plastic card. Some issuers reserve particular BIN ranges for virtual products, which a BIN lookup can sometimes reveal, but you cannot tell by looking at the digits. Any code that treats virtual numbers as a separate format is built on an assumption that does not hold.
They limit the blast radius rather than preventing fraud. If a merchant is breached, the number that leaks is one you can close in seconds, and your real card keeps working. Merchant-locked cards go further by declining anything charged from a different merchant. What they do not do is protect you from a merchant you chose to pay, or from fraud that starts with your account credentials rather than your card number.
Yes, with a real virtual card from an issuer, and this is a common legitimate use — a card capped at a low limit or locked to one merchant makes an unwanted renewal easy to stop. Be clear about what that means, though: you are not getting the trial for free. If the trial converts and the card declines, you have cancelled the subscription, not obtained the service without paying. Using a generated number for the same purpose is simply a failed payment, and often a terms-of-service breach.
In the US, Capital One through Eno and Citi through Virtual Account Numbers, alongside Privacy.com which connects to a bank account you already have. In the UK and Europe, Revolut, Monzo, Starling, N26 and Wise all issue them from their apps. In Turkey most major banks offer a sanal kart in mobile banking. Availability often depends on the specific product rather than the bank, so check your card’s benefits guide.
They work anywhere that checks format and stops there — your own validation, a card-type detector, a test fixture, a UI mock-up. They fail everywhere that asks an issuer, which includes every real payment. That is the point of them: they exercise the parts of a checkout you wrote without touching the parts a bank owns.
For the parts that do not require an issuer response, yes — card lists, masking, last-four display, expiry rendering, limit forms and freeze toggles are all easier to test with a deterministic set of numbers than with sandbox calls. For issuance, authorisation, merchant locking and lifecycle events, you need your issuing platform’s own sandbox, because those behaviours live on their side.