How Does a “Zero-Knowledge Proof” Bridge Aim to Solve the Security Risks of Current Bridges?

A Zero-Knowledge Proof (ZKP) bridge aims to solve security risks by allowing the transfer of assets without requiring a central party to custody the locked funds. Instead of relying on a multi-sig or a trusted validator set, the bridge uses cryptographic proofs to verify that the assets were correctly locked on the source chain and that the minting on the destination chain is valid.

This eliminates the need for a large, hackable central vault, significantly enhancing security and trustlessness.

What Is the Verifier’s Role in a Zero-Knowledge Proof Protocol?
What Is the Process for an Institution to Verify Assets Held by a Qualified Custodian?
What Is a ‘Stablecoin’ and What Problem Does It Aim to Solve in Crypto?
Can a Hash Be Used to Prove Ownership of a Derivative Token without Revealing the Underlying Asset?
What Is the Difference between a Merkle Proof and a Zero-Knowledge Proof?
How Does a Layer-2 Solution Ensure the Security of Its Off-Chain Data?
Explain the Process of ‘Minting’ and ‘Redeeming’ a Wrapped Token
How Does a “Wrapped” Token Maintain Its Peg to the Original Asset?