A new stablecoin rails framework is taking shape in the UAE, as AE Coin and USD Universal build a regulated route for institutional settlement. The project links dirham- and dollar-denominated tokens through local banking and supervision.
Regulated conversion between AE Coin and USDU
The system is powered by Al Maryah Community Bank and is designed to enable near-instant exchange between the dirham-pegged AE Coin and the US dollar-backed USDU. Moreover, the structure fits within the UAE’s payment token framework and targets treasury workflows.
The mechanism is intended for liquidity management and cross border payments. Initial access will come through Aquanow and Changer.ae, both regulated digital asset service providers operating in the UAE.
USDU is regulated by the Financial Services Regulatory Authority in Abu Dhabi Global Market and registered with the Central Bank of the UAE as a foreign payment token. AE Coin is licensed by the UAE central bank, which gives the pair a tightly supervised setup.
Institutional use and future expansion
That said, the companies said the framework could later expand into trade finance and multi-currency settlement applications. It may also integrate with fintech platforms focused on cross-border payments and broader institutional flows.
Universal launched USDU in January as the first US dollar-backed stablecoin registered under the UAE’s Payment Token Services Regulation framework for institutional and professional use. The token can support digital asset-related payments in the UAE, although it is not yet approved for general retail payments on the mainland.
Moreover, the launch reflects a wider push across stablecoins uae, as the country expands blockchain and digital asset infrastructure. Regulators continue to shape policies that could attract more crypto companies and deepen regional activity.
stablecoin rails are becoming a key part of the UAE’s financial infrastructure, with AE Coin and USDU positioned to support settlement, liquidity, and treasury operations under a regulated model.