Top 50 Zero Knowledge Proof

Zerobase operates a real-time zero-knowledge (ZK) prover network that utilizes trusted execution environments (TEEs) to generate privacy-preserving proofs quickly and securely. This technology addresses the challenges of identity theft and data exposure by enabling compliant, confidential transactions across various sectors, including finance and AI.

Outdid offers a private identity verification solution that utilizes Zero Knowledge Proofs to authenticate government-issued documents directly on users' devices, eliminating the need for third-party intermediaries. This approach addresses the growing demand for secure user verification while minimizing data liabilities for online platforms and protecting users' sensitive information.

Fermah is a universal proof generation layer that utilizes zero-knowledge proofs (ZKPs) to provide efficient and reliable proof generation for various cryptographic applications. It addresses the need for scalable infrastructure in the zero-knowledge space by offering a marketplace that connects GPU and FPGA resources with projects requiring proof generation, ensuring predictable pricing and optimized performance.

Ingonyama develops hardware accelerators for Zero Knowledge Proofs (ZKPs), utilizing specialized chip design and algorithms to enhance computational efficiency in cryptographic processes. The company addresses performance bottlenecks in ZK technology, enabling faster and more scalable integration across various computing platforms.

Notebook Labs provides a platform that utilizes zero-knowledge proofs to establish a decentralized and verifiable identity for Web3 users, facilitating access to Know Your Customer (KYC) solutions. This technology addresses the need for secure identity verification in decentralized environments, enhancing user privacy while ensuring compliance with regulatory requirements.

Aleo is a Layer-1 blockchain that utilizes zero-knowledge proofs to enable developers to create cryptographically secure decentralized applications without the complexities of low-level cryptography. This architecture enhances scalability and data privacy by allowing users to share proofs instead of personal information, reducing the need for sensitive data storage.

Risc Zero develops the Boundless Verifiable Compute Layer, utilizing Zero Knowledge Proofs to enhance blockchain scalability and accessibility. This technology enables developers to create high-performance, cost-effective applications without requiring deep cryptographic expertise, significantly reducing gas fees and accelerating the development cycle.

Irreducible provides a hardware acceleration platform utilizing FPGA clusters to efficiently generate zero-knowledge succinct proofs for blockchain applications. This technology enables scalable and cost-effective cryptographic computation, addressing the need for enhanced privacy and auditability in next-generation blockchain systems.

Succinct develops a proof of stake consensus blockchain technology that enables developers to generate zero-knowledge proofs quickly and securely across multiple blockchains, including Ethereum and Solana. Their open-source platform allows for efficient Rust programming, facilitating the creation of privacy-preserving applications with high performance and reliability.

The startup develops a blockchain platform utilizing zero-knowledge proofs to ensure transaction privacy and security. This technology enables web services and financial clients to maintain ownership of tradable applications while safeguarding property rights and user privacy.

Opacity utilizes zero-knowledge proofs and multi-party computation to enable secure and private data verification from any source on the internet. This technology allows users to control their data while preventing unauthorized access, addressing the limitations of traditional data sharing methods.

Aleo provides a privacy-first blockchain network that utilizes Zero-Knowledge Proof encryption to ensure fully encrypted transactions by default. This technology enables users to maintain control over their data while facilitating seamless conversions between private and public assets, addressing the need for enhanced privacy in digital transactions.

Provides a decentralized identity oracle that uses zero-knowledge proofs and multi-party computation to enable secure, privacy-preserving verification of digital credentials. This solution addresses compliance challenges in Web3 by allowing businesses to perform KYC, AML, and other identity checks without accessing or storing sensitive personal data.

Provides a zero-knowledge (ZK) coprocessor for Ethereum that enables smart contracts to access and compute over the entire history of the blockchain, including transactions, receipts, and contract storage. This solution reduces on-chain data access costs and ensures trustless verification of computation results through ZK proofs, enabling the development of data-rich, decentralized applications without relying on external oracles.

Matter Labs develops ZKsync, a layer-2 scaling solution for Ethereum that utilizes zero-knowledge proofs to enhance transaction throughput and reduce costs. This technology addresses the limitations of blockchain scalability, facilitating broader adoption of public blockchain applications.

zkPass is a zkTLS oracle protocol that utilizes Multi-Party Computation (MPC) and Zero-Knowledge Proofs (ZKP) to enable users to verify private web data without disclosing sensitive information. This technology addresses the need for secure authentication and data integrity in both Web2 and Web3 environments, preventing identity theft and data tampering.

Aztec has developed a trading protocol for Ethereum that facilitates private transactions on the public blockchain using zero-knowledge proofs. This technology addresses the need for confidentiality in blockchain transactions, allowing users to trade assets without revealing transaction details to the public.

Accountable provides a data verification platform that utilizes Zero-Knowledge Proofs and secure cryptographic methods to ensure transparency while maintaining user privacy in crypto lending. The platform addresses the lack of trust in financial data by offering real-time monitoring of reserves and liabilities, enabling users to verify asset backing and financial health.

Proven provides cryptocurrency exchanges, stablecoin issuers, and asset managers with zero-knowledge technology to cryptographically verify their financial stability without disclosing sensitive information. This enables clients to meet regulatory requirements and build trust with customers and lenders while maintaining privacy.

Fiamma is a unified zero-knowledge proof (ZKP) verification network that utilizes BitVM2 to enable Bitcoin to verify a wide range of applications, enhancing interoperability and trustless bridging. This technology addresses the limitations of Bitcoin's functionality by providing a robust infrastructure for decentralized finance and internet applications.

Vlayer provides a trustless verifiable data infrastructure that utilizes zero-knowledge proofs to integrate on-chain and off-chain data into Solidity smart contracts. This technology enables developers to create secure decentralized applications while ensuring data authenticity and privacy without relying on centralized sources.

The startup operates a decentralized identity platform that utilizes cryptography and zero-knowledge proofs to provide verifiable digital credentials. This technology ensures individuals maintain privacy, ownership, and control over their identity during digital onboarding and KYC processes.

Horizen Labs provides modular zero-knowledge (ZK) solutions that significantly reduce proof verification costs by over 90% for ZK rollups and applications. Their technology fosters a scalable and developer-friendly ecosystem for decentralized applications on an EVM-compatible smart contract platform.

Mozaik is a next-generation oracle protocol for blockchain applications that utilizes zero-knowledge proofs and a decentralized network of operators to enable scalable, tamper-proof off-chain computation. This technology addresses the need for secure and reliable data inputs in smart contracts, enhancing the integrity and performance of blockchain systems.

Polybase is a layer 2 blockchain that utilizes zero-knowledge proofs to enable private transactions and mitigate miner extractable value (MEV) risks. This technology addresses the need for secure and confidential financial transactions in a landscape where privacy is increasingly compromised.

Agora is a citizen network that utilizes Zero Knowledge Proof cryptography and a bridging-based ranking system to facilitate secure, authentic discussions on divisive political and social issues. By enabling participation through biometric verification, Agora fosters meaningful dialogue while ensuring user privacy and mitigating the effects of polarization in democratic societies.

Toposware develops a blockchain ecosystem utilizing zero-knowledge proofs to create secure and interoperable execution environments for developers. This technology addresses the need for enhanced security and privacy in blockchain transactions while enabling seamless integration across different platforms.

Aleph Zero is a public blockchain platform utilizing a modular Zero-Knowledge (ZK) proof architecture and the AlephBFT consensus protocol to enable the deployment of scalable, secure, and low-cost Web3 applications across various industries. It addresses the limitations of existing blockchain infrastructures by providing rapid transaction finality of 0.9 seconds and an average cost of 0.03 AZERO per 1,000 transactions, ensuring efficient and privacy-enhanced solutions for developers.

The startup is creating a new computing standard for verifiable state, specifically optimized for zero-knowledge proofs to enhance the security and privacy of decentralized systems. This technology enables the development of provable systems that ensure data integrity without revealing sensitive information.

The startup has developed a zero-knowledge-proof system for secure verification of financial transactions, enabling users to perform balances, transfers, and staking with a native token. This platform facilitates the deployment of proof systems that function similarly to smart contracts, ensuring privacy and integrity in financial operations.

Albus Protocol provides a decentralized identity management platform that utilizes Zero-Knowledge Proofs (ZKP) to enable users to verify their identities while maintaining privacy and compliance with KYC, AML, and GDPR regulations. This solution allows businesses to securely manage user data without centralized storage, reducing risks and facilitating monetization opportunities through a revenue-sharing model.

Nexis Network offers a decentralized layer-1 blockchain infrastructure that utilizes zero-knowledge proofs to ensure secure and private data sharing for AI applications. This technology addresses the challenges of data ownership and trust in AI development by enabling confidential training and inference of AI models while maintaining data utility.

Sismo.io provides a single sign-on solution, Sismo Connect, that enables applications to access user data stored in a secure Data Vault using zero-knowledge proofs for privacy-preserving authentication. This technology allows for selective disclosure of anonymized personal data, facilitating secure interactions between users and applications without compromising user privacy.

Cysic develops specialized hardware for accelerating zero-knowledge proof generation and verification, utilizing ZKVM-based chip design and GPU acceleration. This technology enhances proof generation speed by over 50% compared to existing open-source frameworks, enabling efficient participation in decentralized ZK projects.

Polyhedra Network develops a Web3 infrastructure platform utilizing zero-knowledge proof protocols, specifically zkSNARKs, to facilitate efficient cross-blockchain interactions. Their technology addresses the challenges of scalability and security in decentralized applications by enabling trustless state transitions across multiple blockchain networks.

Hakata provides a modular solution that utilizes zero-knowledge proofs and verifiable credentials to enable Web2 and Web3 businesses to ensure user privacy while maintaining compliance with global regulations such as KYC and AML. By decentralizing the storage of identity credentials in user wallets, Hakata enhances data sovereignty and facilitates secure, privacy-preserving data exchange.

Taralli Labs provides a decentralized system for zero-knowledge proof supply chains, ensuring data privacy and integrity throughout the supply chain process. This technology enables stakeholders to verify transactions without revealing sensitive information, enhancing trust and efficiency in supply chain operations.

This company provides a zero-knowledge proof system that enables secure, multi-party computation for blockchain applications. Their protocol allows developers to build private smart contracts, decentralized exchanges, and machine learning models on and off-chain, using their preferred programming language.

The startup develops a blockchain platform that utilizes zero-knowledge proofs, verifiable computing, and homomorphic encryption to enable secure, non-interactive proof calculations. This technology allows developers and organizations to participate in a decentralized digital economy while ensuring data privacy and integrity.

Lumoz provides a decentralized zkProver architecture that enables the rapid deployment of ZK-rollups and OP-rollups, offering scalable computational support for blockchain and AI applications. This platform addresses the need for efficient and low-cost zero-knowledge proof generation, enhancing transaction security and reducing operational expenses for developers.

RAILGUN is a smart contract system that utilizes zero-knowledge proofs to provide on-chain privacy for decentralized finance (DeFi) transactions and non-fungible tokens (NFTs). It enables users to shield their assets and conduct transactions anonymously across multiple blockchain networks, ensuring data confidentiality and compliance with tax regulations.

QEDIT develops asset transfer systems that utilize Zero-Knowledge Proofs and applied cryptography to ensure privacy and security for both public and private blockchains. The technology enables businesses to securely collaborate and manage sensitive data while complying with regulatory requirements, mitigating risks associated with data leaks and breaches.

Provides a universal verification layer for Ethereum that leverages Eigenlayer to enable faster and cheaper zero-knowledge (ZK) proof verification, reducing costs to 10% of current methods. This infrastructure addresses the slow integration of ZK primitives into Ethereum, supporting diverse proof systems and accelerating the platform's scalability and efficiency for trustless applications.

PTagChain utilizes blockchain technology to verify zero-knowledge proofs, ensuring product authenticity and providing a transparent history of ownership. This platform enables users to acquire linked NFTs, addressing the need for trust and traceability in digital transactions.

Verifoxx provides identity verification as a service using Zero Knowledge Proofs, allowing businesses to comply with KYC regulations without requiring customers to share personal data. This technology enhances data security during customer onboarding and payment transactions, minimizing the risk of data exposure.

Provable provides a software toolkit that enables developers to create applications using zero-knowledge proofs, utilizing the Leo programming language and the snarkVM for off-chain computation. This technology allows for the development of private, decentralized applications while ensuring secure and verifiable transactions on the Aleo blockchain.

Xiid's Zero Knowledge Networking technology enhances network security by eliminating attack surfaces and enabling credential-less access through Zero Knowledge Proofs. This approach protects sensitive data from exposure while ensuring that only authorized users can access resources, effectively minimizing the risk of cyber threats.

Jobs3 is a decentralized employment platform that utilizes Zero Knowledge Proofs for pseudonymous user profiles and Tri-Proof Smart Contracts to facilitate secure transactions between freelancers and clients. This approach eliminates the need for KYC verification while ensuring reliable payment processes and dispute resolution through an impartial DAO.

zk AI offers a platform that connects employers with talent outside traditional job boards by employing zero-knowledge proof technology to ensure candidate privacy and data security. This platform enables companies to identify qualified candidates while maintaining confidentiality throughout the hiring process.

Signet provides an invisible digital identity infrastructure that eliminates traditional verification processes. Using zero-knowledge protocols and quantum-resistant encryption, their platform enables instant and automatic trust, starting with age verification for regulated industries. Signet aims to make proving identity online seamless and obsolete.