Visa Explores Private Stablecoin Settlement for Institutions

Visa launches a proof-of-concept with Brale and Canton Network to evaluate private stablecoin settlement, ensuring privacy and efficiency for financial institutions.

Visa Explores Private Stablecoin Settlement for Institutions

Visa Explores Private Stablecoin Settlement for Institutions

Payments giant Visa has embarked on a groundbreaking initiative to explore the use of private stablecoins for institutional payment flows. In collaboration with stablecoin infrastructure provider Brale, the company is launching a proof-of-concept focused on the SBC stablecoin on the Canton Network.

This project highlights the growing interest among financial institutions in leveraging stablecoins for settlement while maintaining stringent privacy, compliance, and operational controls. The goal is to understand how privacy-enabled blockchain infrastructure can support faster and more programmable settlement, all while helping institutions protect sensitive transaction data.

Privacy at the Core of Institutional Payments

A key aspect of this collaboration is the Canton Network’s privacy architecture. Unlike many public blockchains, Canton is designed to allow participants to transact on shared infrastructure while limiting the visibility of transaction information. This feature aims to address a major concern among banks, payment firms, and large institutions evaluating blockchain-based settlement systems.

“As stablecoin adoption grows, financial institutions are assessing how they can use blockchain-based settlement while meeting strict privacy and compliance requirements,” Visa stated in their announcement.

The SBC stablecoin, a U.S. dollar-backed asset issued by Brale, is central to this exploration. Because SBC is natively supported on Canton, the companies will be able to test real-world payment flows using privacy-preserving infrastructure.

Visa’s Evolving Stablecoin Approach

  • 2021: Visa first enabled stablecoin settlement.
  • VisaNet: Currently allows obligations to be settled using supported stablecoins.
  • New Collaboration: Evaluating SBC as an additional option for institutional settlement use cases.

Cuy Sheffield, head of crypto at Visa, emphasized the potential of this technology.

“Stablecoin settlement has shown how blockchain infrastructure can improve the speed and efficiency of money movement,” Sheffield noted. “This project will help Visa evaluate how SBC on Canton can support institutional settlement applications requiring both programmability and privacy controls.”

Ben Milne, founder and CEO of Brale, also expressed optimism about the collaboration.

“Working with Visa to explore SBC on Canton is an important step toward making stablecoin-based settlement more practical and scalable for real-world payment flows,” Milne stated.

The Future of Institutional Payments

While this project remains a proof-of-concept, it signals ongoing interest in stablecoin-based payment systems that combine blockchain efficiency with privacy and compliance features sought by regulated institutions. Visa views stablecoins as a scalable next-generation settlement technology and intends to continue exploring blockchain infrastructure capable of meeting institutional standards for interoperability, compliance, and privacy.

Frequently Asked Questions (FAQ)

  • What is Visa’s stablecoin initiative?
    It’s a proof-of-concept launched by Visa in collaboration with Brale to evaluate private stablecoin settlement for institutional payments using the SBC stablecoin on the Canton Network.
  • Why is privacy important for institutional settlement?
    Financial institutions require strict privacy to protect sensitive transaction data, alongside meeting compliance requirements and maintaining operational controls when using blockchain systems.
  • What is SBC?
    SBC is a U.S. dollar-backed stablecoin issued by the stablecoin infrastructure provider Brale.
  • What is the Canton Network?
    The Canton Network is a blockchain network designed for privacy, allowing participants to transact on shared infrastructure while limiting the visibility of transaction information.

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