#night $NIGHT
Blockchain has always had an interesting contradiction: on one hand, everyone pursues decentralization and transparency, while on the other hand, most data in the real world is not suitable for complete disclosure. Corporate finances, user identities, and commercial contracts, if fully exposed on the chain, would make many applications impossible to implement.
At this point, ZK Proof (Zero-Knowledge Proof) comes into play. Simply put, it means: you can prove that something is true without having to disclose all the underlying data. For example, you can prove that you have sufficient funds in your account, have completed KYC, or meet certain conditions, but others do not know your specific assets and identity information.
Many projects are working on ZK scalability, and some are focusing on privacy transactions. But the problem that @MidnightNetwork aims to solve is more aligned with 'privacy smart contracts'. That is to say, contracts and applications can run on the chain while choosing to hide sensitive data, only putting the proofs on the chain for verification.
The significance of this design is that the blockchain maintains verifiability while protecting data privacy. For businesses, institutions, or even government applications that might enter Web3 in the future, such an architecture may be more practical than pure anonymous transactions.
If transparency is the foundation of blockchain, then privacy is likely to be the important capability of the next stage, and some projects are trying to explore new possibilities in this direction, such as @MidnightNetwork .
Blockchain has always had an interesting contradiction: on one hand, everyone pursues decentralization and transparency, while on the other hand, most data in the real world is not suitable for complete disclosure. Corporate finances, user identities, and commercial contracts, if fully exposed on the chain, would make many applications impossible to implement.
At this point, ZK Proof (Zero-Knowledge Proof) comes into play. Simply put, it means: you can prove that something is true without having to disclose all the underlying data. For example, you can prove that you have sufficient funds in your account, have completed KYC, or meet certain conditions, but others do not know your specific assets and identity information.
Many projects are working on ZK scalability, and some are focusing on privacy transactions. But the problem that @MidnightNetwork aims to solve is more aligned with 'privacy smart contracts'. That is to say, contracts and applications can run on the chain while choosing to hide sensitive data, only putting the proofs on the chain for verification.
The significance of this design is that the blockchain maintains verifiability while protecting data privacy. For businesses, institutions, or even government applications that might enter Web3 in the future, such an architecture may be more practical than pure anonymous transactions.
If transparency is the foundation of blockchain, then privacy is likely to be the important capability of the next stage, and some projects are trying to explore new possibilities in this direction, such as @MidnightNetwork .