Visa and Mesh Partner to Let Wallet Balances Fund Purchases
Mesh and Visa announce a wallet-based payment plan
Crypto payments company Mesh announced a partnership with Visa on Oct. 19. The plan would let people pay for things in stores and online using the balances held in participating wallet apps, without manually cashing out or preloading funds.
A wallet is an app that stores crypto, while a stablecoin is a digital token designed to keep a steady value, usually tied to a traditional currency like the dollar. Visa is a card network that sits between shoppers and merchants.
How the payment would work
Under the arrangement described by Mesh, a Visa payment credential would be set up behind the scenes. Consumers could tap a standard contactless terminal or check out online, and Mesh would manage funding the transaction and converting between supported crypto, stablecoin, and fiat balances.
Merchants would receive fiat currency and would not need to change their hardware or checkout process. In other words, shoppers would not need to make the merchant accept cryptocurrency directly. Mesh's announcement on X promised "No separate card," though the underlying Visa credential means the service would still rely on Visa's payment network.
Key points
- Mesh said the service would run inside participating wallet apps, without users cashing out first.
- Merchants get paid in fiat and keep their existing checkout setup.
- Platforms could add the service without building or running their own card program.
- Mesh would act as program manager and handle onboarding and know-your-customer checks.
- Mesh did not name supported tokens, launch markets, an issuing bank, or a blockchain settlement arrangement.
What Mesh says about the rollout
Mesh described the announcement as a planned rollout. It said initial availability, supported devices, and participating platforms will be announced as details are finalized. Each wallet or platform must enable the service through Mesh before its users can spend.
Rubail Birwadker, Visa's global head of growth, said in Mesh's release: "Working with Mesh helps expand how digital asset balances can connect to the trusted payment experiences consumers and merchants rely on every day."
Visa's existing merchant network
Visa's acceptance disclosure lists more than 175 million merchant locations, based on data from acquiring institutions and other third parties as of June 30, 2025. That figure includes an estimated 64 million locations reached through payment facilitators, which provide merchant acceptance services on behalf of acquirers. The Mesh partnership aims to plug into this existing footprint.
Visa already supports spending from stablecoin balances through card programs. In March, it announced that Bridge-enabled stablecoin-linked cards were live in 18 countries, with plans to expand to more than 100 by year-end. The Mesh approach instead aims to embed spending inside participating wallet apps while handling the card-program work behind the scenes.
What is confirmed
Mesh announced the partnership with Visa on Oct. 19. The described mechanics are a behind-the-scenes Visa credential, Mesh handling transaction funding and conversion, merchants receiving fiat, and platforms needing to opt in through Mesh. Visa's merchant count and the March Bridge stablecoin card update come from Visa's own statements.
What is still unclear
Several details have not been disclosed. Mesh did not name the individual tokens it would support, the launch markets, the supported devices, or the participating platforms. The release also did not identify an issuing bank or explain how blockchain settlement would be handled. The initial availability has yet to be announced.
Why it matters
The arrangement targets a common friction point for crypto holders: turning wallet balances into everyday purchases. By paying merchants in fiat through Visa's network, it avoids requiring stores to accept crypto directly or update their checkout systems. For wallet platforms, Mesh says the service can be added without running a card program of their own.