ZK-proofs provide privacy and security benefits, but they can be computationally intensive and complex to implement.
Developing and verifying ZK-proofs can be resource- and computationally intensive, particularly for more complicated proofs. This can result in longer processing times for transactions and more computational work, which might make blockchain systems more difficult to scale.
Privacy and confidentiality
Verification and auditing
Scalability
Identity and authentication
Cross-chain interoperability
The problem
Solution using the ZK-proofs protocol
Setup
Statement
Round 1: Commitment
Round 2: Challenge
Round 3: Response
Iteration
Conclusion
Interactive ZK-proofs
Non-interactive ZK-proofs
Statistical ZK-proofs
Proof-of-knowledge (PoK)
Proofs of shuffle and range
Sigma protocols
Bulletproofs
Continue Reading on Coin Telegraph