Confidential Stablecoins
Enable private, compliant, and auditable stablecoin transactions using Fully Homomorphic Encryption (FHE).
Why Confidential Stablecoins?
Transaction Privacy Concerns
Stablecoin transactions on public blockchains expose sensitive data, including amounts, senders, and recipients, leading to significant privacy concerns for both businesses and individuals.
Auditability vs. Privacy Challenge
While stablecoins must remain auditable to verify collateralization and enforce KYC/AML compliance, revealing transaction details undermines essential user privacy.
Market Adoption Barriers
A lack of strong privacy guarantees makes businesses and institutions cautious about using stablecoins for payments, treasury management, or other financial activities.
Next Generation of Stablecoins: Secure, Private, and Auditable
Encrypt transaction histories, account balances, and transfers end-to-end, ensuring sensitive financial data remains private during stablecoin transactions.
Enable regulators to audit stablecoin transactions by decrypting only necessary data, maintaining compliance without revealing user or transactional information.
Perform KYC/AML checks on encrypted user data, ensuring KYC/AML compliance while protecting personal information.
Differentiate stablecoin offerings by emphasizing privacy and security, attracting more privacy-conscious users and institutions.
Unlock new stablecoin use cases in areas like confidential cross-border payments and yield generation, where privacy and compliance are critical.
Limit data exposure by encrypting transaction details and revealing only necessary information for verification, ensuring compliance with privacy laws such as GDPR.
Curious about how Zama’s technology can power your stablecoin project?
How Is Zama Making Confidential Stablecoins Work?
The fhEVM Protocol
Zama's fhEVM enables smart contracts to process stablecoin transactions directly on encrypted data. This ensures that all transfers (including amounts, senders, and recipients) remain confidential, allowing stablecoin users to maintain privacy without sacrificing the functionality or auditability of the blockchain.
The Threshold Key Management System
Zama's TKMS supports optional decryption for authorized third parties, such as auditors or regulators, to access necessary transaction data. This facilitates regulatory scrutiny while preserving privacy, ensuring that stablecoins can remain compliant with AML and auditing requirements without exposing all transaction details to the public.
Get started with FHE
Looking to integrate Fully Homomorphic Encryption (FHE) into your projects? Our team is here to help. Explore pricing, get a demo, or discover use cases tailored to your business needs.
Our team will get back to you to:
Define your use case and product requirements
Find the right solutions for your company
Give you guidance and technical expertise
New to Zama and FHE? Read the docs ↗