Collateral Proof of Reserves

Collateral proof of reserves is a cryptographic method used to demonstrate that a protocol or custodian holds the underlying assets necessary to back its issued tokens. This is often achieved through Merkle trees or other zero-knowledge proof technologies, allowing users to verify that the total supply of tokens is fully backed without revealing sensitive account information.

Unlike traditional audits, proof of reserves can be automated and verified in near real-time, significantly increasing transparency and reducing trust requirements. This technology is becoming a standard requirement for reputable wrapping protocols to prevent fractional reserve practices and ensure user safety.