Seeing Is Not Believing: Benchmarking AI Image Detectors
Succinct Labs tested 7 leading AI image detectors using AdversIm, a benchmark of 15,630 images. Simple post-processing broke every one.
Succinct Labs tested 7 leading AI image detectors using AdversIm, a benchmark of 15,630 images. Simple post-processing broke every one.
SP1 Hypercube is the most advanced, secure, and trusted zkVM in production. Built by the first team to prove Ethereum in real time.
OP Succinct will become a preferred ZK proving solution for OP Stack rollups. As part of this partnership, Optimism's flagship chain, OP Mainnet, will integrate OP Succinct, making it one of the largest rollups to transition to ZK proving.
In 2025, Succinct’s biggest milestones included real-time proving Ethereum, bringing ZK proofs to major rollup stacks like Optimism, Arbitrum, and Polygon, launching the Prover Network and $PROVE, and scaling Ethereum with new ecosystem partners.
Succinct is pleased to announce that we have joined the Coalition for Content Provenance and Authenticity (C2PA), alongside organizations such as Google, OpenAI and other global technology leaders. C2PA’s mission is to establish open technical standards that enable transparent, trustworthy digital contents across the internet. As the volume of
Succinct is the first team to achieve real-time proving with 16 GPUs, a breakthrough towards the Ethereum Foundation’s goal of introducing zkEVM to the L1.
We are happy to announce that the Nethermind Security Formal Verification team and Succinct Labs have joined forces to formally verify the correctness of all of the core RV-64 chips from SP1 Hypercube (https://blog.succinct.xyz/sp1-hypercube/) RISC-V zkVM in the Lean proof assistant. We would also like to
This post is a follow-up to our foundational article: “What Is a Zero-Knowledge Proof?” If the first piece explained what ZKPs are, this one covers how they actually work under the hood - not just mathematically, but in real production systems like rollups, zkVMs, identity protocols, and verifiable compute. We’
Zero-knowledge proofs are no longer just research-papers, they’re powering real applications in scaling, privacy, and verifiable computation. As the ecosystem evolves - with zkVMs, decentralized prover networks, and on-chain verification -the need for standard formats becomes mission-critical. Enter ZKTLS. This guide explains exactly what ZKTLS is, why it’s
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 zero-knowledge
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,