How Close Can Proving Get to Computing? Introducing Flock
Introducing Flock: a new SNARK for proving batches of standard hash functions at just 250× the cost of computing them natively.
A collection of 7 posts
Introducing Flock: a new SNARK for proving batches of standard hash functions at just 250× the cost of computing them natively.
Google Quantum AI paper reveals the quantum threat to blockchain is decades closer than expected. Here are four takeaways the industry needs to know.
Succinct Labs tested 7 leading AI image detectors using AdversIm, a benchmark of 15,630 images. Simple post-processing broke every one.
At the Succinct ZK Residency, Herodotus developer Pia Park contributed to building hdp-sp1, a ZK-coprocessor that allows you to easily access verified onchain data with SP1. In this interview, we speak with Pia about her developer experience, her motivation for building this project, and her time at the
Zero-knowledge proofs (ZKPs) are one of the most important breakthroughs in modern cryptography. They’re changing how blockchains scale, how users protect their privacy, and how applications verify compute. But the concept can feel abstract or complicated if you’re seeing it for the first time. ✅ TL;DR A
Bringing Scalable, Zero-Knowledge Proofs to the Solana Ecosystem TL;DR: Our blazing fast zkVM SP1 now has a Solana verifier. Developers who want to use ZKPs on Solana for scalability (network extensions or large-scale ZK coprocessing) and privacy use cases (verifiable credentials, ZK KYC, confidential AMMs) can now
By Cairo / Succinct Residency 2024 The Ethereum Virtual Machine (EVM) is the computational heart of Ethereum. It enables developers to build decentralized applications accessible to anyone. One of the upcoming EVM updates is transformational: the EVM Object Format (EOF) upgrade introduces a series of improvements to the stack, control flow,