Brevis is a Zero-Knowledge (ZK) omnichain data attestation platform that enables dApps to access, compute, and utilize arbitrary data across multiple blockchains in a completely trust-free way.Brevis has a wide range of use cases like data-driven DeFi, zkBridges, on-chain user acquisition, zkDIDs, social account abstraction, and much more.

Cysic is full-stack compute network designed to convert GPUs, ASICs, and computing resources into liquid and profitable assets. Its products include ZK proof layer Cysic Network, Cysic hardware (GPU, ZK Air, and ZK Pro), and Cysic AI.

WORM is a Zero-Knowledge Wormholes build by Nobitex Labs. WORM enables minting of secretly burnt Ethers as a native privacy solution for Ethereum.

ZEROBASE is a real-time ZK prover network designed for speed, decentralization, and regulatory compliance. It generates ZK proofs within hundreds of milliseconds and ensures decentralized, fast consensus through its HUB ring-wake mechanism, enabling large-scale commercial use.

zkSync is a Layer-2 scaling solution that preserves the security properties of the underlying blockchain by leveraging the latest generation of succinct zero-knowledge proofs. All funds in zkSync are held in a smart contract on the mainchain, while computation and storage are performed off-chain. For each Rollup block, a state transition zero-knowledge proof (SNARK) is generated and verified by the mainchain contract. This SNARK includes the proof of the validity of every transaction in the Rollup block.

StarkNet is a permissionless, decentralized Validity-Rollup (also known as a "ZK-Rollup"). It operates as an L2 network over Ethereum, enabling any dApp to achieve unlimited scalability for its computations without compromising Ethereum's composability and security. This is possible due to StarkNet's reliance on the safest and most scalable cryptographic proof system: STARK.

Sophon is an entertainment-focused ecosystem built as a modular rollup leveraging zkSync’s ZK Stack technology. As a ZK chain leveraging the ZK Stack, Sophon is intended to be tailored for any high throughput applications such as artificial intelligence and gaming.

zkPass is a private data protocol leveraging 3P-TLS and Hybrid ZK technologies, providing tools and applications for secure, verifiable data sharing with privacy and integrity assurances from any HTTPS website without Oauth APIs.

Midnight Network is a data protection blockchain, where Developers and businesses can build decentralized applications that safeguard sensitive data, without sacrificing performance and regulatory requirements. Developers can build on Midnight in a novel and easy to use programming model based on Typescript, and zero knowledge (ZK) proofs.

Citrea is a Bitcoin’s ZK rollup and an execution layer that settles on Bitcoin. Every transaction occurring on Citrea is fully secured by zero-knowledge proofs and verified by Bitcoin through BitVM.

Billions Network is a digital identity verification platform designed to offer a future where humans and AI can trust each other, including Sam Altman’s crypto project, World. The platform, which utilizes zero-knowledge proof tech, seeks to provide a scalable and secure method for verifying both human and AI identities.

Lagrange is a Zero-Knowledge Coprocessing protocol that enables verifiable computations at big data scale across various blockchains. Its unique ZK Coprocessing approach involves a decentralized network of nodes that execute computations off-chain and generate ZK proofs of the results to submit on-chain, in a hyper-parallel manner, thereby unlocking significant efficiency and cost gains. By providing hyper-scalable proving, Lagrange opens the door for innovations in cross-chain interoperability and applications requiring complex computations over big data.

By utilizing zero-knowledge proofs, Boundless enables blockchains to verify the correctness of calculations without the need for re-execution. This ground-breaking feature, known as verifiable computing, allows actions performed by a single node in a network to be validated inexpensively by each node.

Succinct is building a decentralized prover network so that anyone can build blockchain applications and infrastructure secured by cryptographic truth, not trust. Succinct unifies the proof supply chain, providing highly available proof generation infrastructure with best-in-class pricing, for rollups, coprocessors and other applications using zero-knowledge proofs.

Pi Squared uses zero-knowledge proof (ZK) technology to verify the correct execution of any program without relying on a specific programming language (PL) or virtual machine (VM). It is based on the K framework and matching logic to provide a universal and efficient verification method. Designed to enable seamless interoperability of blockchains, languages and applications.

Psy is a scalable, privacy-first, trustless blockchain network secured by the innovative Proof-of-Useful-Work (PoUW) 2.0 consensus mechanism.

Orochi Network is a Verifiable Data Infrastructure designed to ensure data integrity and privacy through advanced cryptographic techniques. Orochi Network provides a secure infrastructure for processing and proving data without compromising confidentiality. This combination of cutting-edge cryptographic primitives allows users to trust the system’s outputs while keeping sensitive information protected, making it a powerful solution for applications requiring both transparency and privacy.

DeGate is a decentralized exchange protocol built on Zero Knowledge (ZK) technology. As a ZK Rollup, it fills a key gap in the market by providing spot order book trading and grid trading within the Ethereum ecosystem, offering an experience similar to centralized exchanges (CEX). Moreover, DeGate is DAO-centric, with a DAO fully controlling its treasury.

zkVerify is a dedicated zero-knowledge proof verification network designed for settlement optimization. Designed for seamless integration with existing blockchain networks, zkVerify minimizes technical overhead and provides a developer-friendly environment for proof verification across a wide range of zk-rollups and settlement layers.

Nockchain is a proof-of-useful-work blockchain that sits atop novel ZKVM. Leveraging the beautiful simplicity of Nock, It built the first combinator-based virtual machine that can be efficiently used with Zero-Knowledge Proofs. Nockchain is a high-throughput chain that provides proofs of computation, storage, and a new namespace.

ZkCloud is a universal proving layer for ZK, an on-demand proving network aggregating proof demand that enables new applications utilizing provable compute to become economically viable by decreasing costs to a fraction of what’s available through standard proof outsourcing like AWS and GCP. It also ensures prover nodes can achieve the highest possible resource efficiency by aggregating workloads from across the industry for both scaling and privacy use cases, and many more to come.

Union is a yper-efficient interoperability protocol connects all blockchains and rollups, across any ecosystem. It's based on consensus verification and has no dependencies on trusted third parties, oracles, multi-signatures, or MPC.

Axiom is a ZK Coprocessor that enables smart contracts to access and process all on-chain data trustlessly. Coprocessor, a piece of software which processes data off-chain and then transports that data to the main Ethereum blockchain, and verifies it with ZK proofs.

ENI is a High-Performance Enterprise-Grade Web3 Blockchain built around Zero-Knowledge Proof (ZKP) technology. Its modular and multi-chain architecture enables seamless collaboration between the mainnet and AppChains, providing highly scalable infrastructure for enterprises and developers.

Nexus Network is a massively-parallelized proof mining network. It is a world-scale instantiation of the Nexus zkVM, designed to run at a trillion CPU cycles per second, given enough computing power connected to it. The Nexus zkVM (zero-knowledge virtual machine) is a modular, extensible, open-source, highly-parallelized, prover-optimized, contributor-friendly, zkVM written in Rust, focused on performance and security.

Modulus is a decentralised Ethereum Layer 2 scalability solution that uses cryptographic zero-knowledge proofs to offer validity and quick finality to off-chain transaction computation, also known as a ZK-Rollup. The ZK-Rollup executes smart contracts transparently, by publishing zero-knowledge validity proofs, while maintaining opcode compatibility with the Ethereum Virtual Machine.

Scroll is a zkEVM-based zkRollup on Ethereum that enables native compatibility for existing Ethereum applications and tools. It processes transactions off-chain and posts succinct proofs of correctness on-chain, resulting in higher throughput and lower costs compared to the Ethereum base layer.

Orbiter Finance is a decentralized cross-rollup bridge for transferring Ethereum native assets, providing the infrastructure for Layer 2.In Orbiter Finance, there are two roles they are Sender and Maker. When the Sender initiates a transfer, the Maker provides liquidity for it. The smart contract ensures the security of this process. If the Maker does bad behaviors and the transfer fails, the Sender can initiate an arbitration request to the contract with Maker’s margin and then get the excess compensation.

Inference Labs specializes in developing infrastructure and products for AI on web3, and focuses on AI inference interoperating on the blockchain. The zero-knowledge proofs ensure privacy and security without compromising on speed or efficiency. User can verify the correctness of off-chain AI outputs without having to calculate them yourself.

Delphinus lab provides solutions for trustless computation and application SDK based on ZKWasm virtual machine. The ZKWASM (ZKSNARK virtual machine that supports Web Assembly) serves as a trustless layer between rich applilcations running on WASM runtime and smart contracts on chain. The company’s mission is to construct a zkWASM cloud suite that eases the integration of more generic web applications into the web3 environment using the rollup as an application approach.