Zero-Knowledge Proof (ZKP)?
👉 You can prove that you know something without having to reveal the thing itself.
Suppose you know a safe's password, but I don't want you to tell me the password itself.
You just need to open the safe and let me see the contents inside.
I will know that you really know the password, but still won't know what the password is.
This is zero-knowledge proof.
In Web3, for example:
Traditional login methods require you to submit your password to the server for verification.
The ZK method allows you to prove "I have the correct password" without actually sharing the password.
The benefit is that no one can steal your password, and the server does not need to store sensitive information.
Privacy and security have significantly improved.
So what does this have to do with #zerobase @ZEROBASE ?
Zero-knowledge proofs are powerful, but there is one problem: generating ZK proofs is very computationally intensive and very slow. Many applications actually get stuck at this step.
What ZEROBASE wants to do is establish a decentralized network for "real-time generation of ZK proofs".
That is to say, when an application needs to perform zkLogin, privacy transactions, or institutional audits, it does not need to build an entire high-cost ZK computing system by itself,
Instead, the demand for proof generation can be handed over to ZEROBASE's Prover Network.
If it can really generate proofs at the millisecond level, it means that ZK is no longer just a theoretical technology,
Instead, it can truly be used in high-frequency, low-latency scenarios (such as real-time trading and real-time verification).
