Digital assets are moving one step closer to becoming a mainstream form of currency thanks to a new strategic partnership between the crypto payments network Mesh and Visa. The collaboration aims to solve what industry insiders call the last mile problem by allowing users to spend their stablecoin and cryptocurrency balances directly at over 175 million merchants worldwide. Instead of forcing users to sell their assets for cash or wait for bank transfers, this system enables seamless payments at any location that accepts Visa, whether it is an online store or a physical shop with a contactless terminal.
The technology works quietly in the background through Mesh’s orchestration infrastructure. When a customer makes a purchase, Mesh handles the immediate conversion of digital assets into fiat currency, meaning the merchant receives a standard payment without needing any special equipment or updated software. This removes the traditional friction associated with crypto spending, such as preloading funds onto a specific prepaid card or navigating complex exchange processes during checkout.
According to Bam Azizi, CEO and co founder of Mesh, the goal is to ensure that money is spendable exactly where it currently lives. While millions of people globally own digital assets, very little of that value has historically been used for everyday purchases due to technical hurdles. By integrating with Visa’s massive global footprint, Mesh provides a bridge that turns dormant wallet balances into active purchasing power across more than 200 countries and territories.
For companies and digital wallets that want to offer this feature, the partnership simplifies the process significantly. Rather than building an entire card issuance program from scratch, these platforms can integrate with Mesh to give their users instant access to the Visa network. As more platforms join the ecosystem, consumers will be able to manage various holdings across different wallets while maintaining a unified and simple way to pay for goods and services in the real world.
