<ul><li>zk-SNARKs are part of cryptographic protocols addressing privacy, security, and scalability in Web 3.0.</li><li>They enable data verification without revealing it, ensuring privacy while verifying transactions.</li><li>Built on elliptic curve cryptography, zk-SNARKs allow compact proof generation without divulging private inputs.</li><li>They compress proofs into fixed-size data, aiding quick verification and enhancing scalability.</li><li>Despite their advantages, zk-SNARKs have limitations, leading to exploration of alternative solutions.</li><li>Latticefolds, a lattice-based folding scheme, offer advantages over zk-SNARKs due to cryptographic hardness.</li><li>Latticefolds rely on lattice problems instead of elliptic curve cryptography, presenting unique benefits.</li><li>Latticefolds address problems inherent in zk-SNARKs, hinting at future developments in cryptographic frameworks.</li><li>The computational demands of lattice-based cryptography and processing power requirement are factors to consider.</li><li>The article hints at upcoming discussions on Latticefolds' limitations and further technical insights.</li></ul>

Why zk-SNARKs Aren’t the Endgame in Web 3.0 Privacy.

Discover more