Top 50 Secure Multi Party Computation

Pyte provides a secure multiparty computation platform that enables enterprises to collaborate and perform computations on encrypted data without ever decrypting it, ensuring privacy compliance and protection against data breaches. This technology allows organizations to leverage sensitive data across cloud environments and partners while maintaining confidentiality, eliminating the need to share personally identifiable information.

The startup develops multi-party computation technology that enables secure and decentralized joint computation of functions while keeping individual inputs private. This platform enhances digital asset security for businesses in the crypto space by maintaining computational complexity and scalability.

TACEO provides a protocol for encrypted computation using Multiparty Computation (MPC) and coSNARKs, enabling secure processing of sensitive data across decentralized applications. This technology addresses the need for private shared state in blockchain environments, ensuring data confidentiality while maintaining transparency and integrity.

Arcium is a decentralized computing network that utilizes Multiparty Computation (MPC) and Fully Homomorphic Encryption (FHE) to enable applications to process data without ever revealing its contents. This technology allows organizations to leverage sensitive data securely, enhancing privacy and control while maintaining data usability across various digital interactions.

Roseman Labs provides a platform for decentralized data analytics using Multi-Party Computation, allowing organizations to securely link and analyze sensitive datasets without exposing raw data. This technology enables compliance with GDPR while facilitating data-driven insights across healthcare and public sectors, enhancing decision-making and operational efficiency.

Fireblocks offers a secure platform utilizing Multi-Party Computation (MPC) technology to manage digital asset operations, including wallet creation, transaction automation, and treasury management. The platform addresses the challenges of securing digital assets and streamlining operations for financial institutions and businesses in the blockchain ecosystem.

Fordefi provides a multi-party computation (MPC) wallet platform that enables secure self-custody of private keys while facilitating seamless connections to thousands of decentralized applications across various blockchains. This solution addresses the risks associated with private key management and operational workflows in digital asset transactions, allowing organizations to maintain control and enhance security.

Lit Protocol provides a decentralized key management and compute network that enables secure access control and confidential computation across Web2 and various blockchain ecosystems. By utilizing multi-party computation and threshold signature schemes, Lit allows users to manage identities and data without exposing sensitive information, facilitating seamless interoperability and user-centric security.

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.

Zenrock provides decentralized multi-party computation (MPC) infrastructure for developers to manage private keys and control assets across multiple blockchain networks. This eliminates single points of failure in key management, enabling secure and efficient cross-chain application development.

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.

Copper provides secure cryptocurrency custody through a multi-party computation (MPC) architecture, enabling institutional investors to manage digital assets without exposing them to exchange counterparty risk. Its ClearLoop network facilitates off-exchange settlements, allowing seamless trading on centralized exchanges while maintaining asset security.

Cybavo provides a secure digital asset custody infrastructure utilizing Multi-party Computation (MPC) and threshold approval mechanisms to protect crypto assets for institutions. Their solutions address the need for robust security and compliance in managing digital assets, enabling seamless integration with existing blockchain services.

MPCH provides Enterprise Key Management infrastructure that combines cryptographic hardware, Multi-Party Computation, and military-grade physical security to protect digital assets for financial institutions and critical infrastructure. This solution ensures secure storage, management, and transaction of sensitive data, addressing the risks of unauthorized access and data breaches.

Sodot provides a multi-party computation (MPC) infrastructure that enables crypto custody and wallet providers to generate and manage private keys with high performance and data privacy. This solution reduces time-to-market by over 40% while ensuring full operational independence and minimizing vendor risk for Web3 enterprises.

Utila provides an enterprise-grade crypto operations platform that utilizes multi-party computation (MPC) technology to secure and manage digital assets across various blockchains and wallets. The platform addresses the complexities of crypto asset management by offering streamlined trading operations, treasury management, and developer-friendly APIs for seamless integration with existing systems.

Dfns provides a wallets-as-a-service platform that utilizes multiparty computation (MPC) and threshold signature schemes (TSS) to ensure secure key management for digital assets. The platform enables financial institutions to create, manage, and embed programmable wallets at scale, facilitating compliant and efficient crypto transactions while maintaining high security standards.

Fastagger develops software infrastructure that enables machine learning and AI models to run directly on edge devices, including lower-end smartphones, using techniques like multiparty computation and fully homomorphic encryption for secure local processing. This approach addresses the challenges of data privacy, constant internet connectivity, and the limitations of traditional cloud-based systems by allowing offline operation and cross-platform compatibility.

Marble Wallet offers a non-custodial, customizable wallet that utilizes multi-party computation (MPC) technology, eliminating the need for seed phrases or browser extensions. This solution enhances user security and control over digital assets while simplifying the wallet integration process for developers.

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.

The startup offers a data infrastructure platform that enables secure collaboration among multiple parties while maintaining data ownership and privacy. Its technology features smart access rights management and customized integrations, allowing clients to share and compute data without the risk of privacy leakage.

Tune Insight provides an Encrypted Computing solution that utilizes federated learning and homomorphic encryption to enable secure data collaborations without transferring sensitive information outside an organization. This technology allows businesses to perform collective analytics and machine learning on encrypted data, minimizing data liability and ensuring compliance with privacy regulations.

Mind Network provides a decentralized network for validating Fully Homomorphic Encryption (FHE) computations, enabling secure and private data processing. Their platform allows Proof-of-Stake and AI systems to perform computations on encrypted data without decryption, ensuring data privacy and integrity.

The company provides an AI-driven decision intelligence platform that unifies data ingestion, advanced analytics, and automated risk scoring for credit underwriting, transaction fraud detection, and regulatory compliance. Its core includes ApexDB, a Redis‑compatible distributed key‑value store delivering up to 1 M TPS with sub‑millisecond latency, and a privacy‑computing layer for secure multi‑party data collaboration. The solution is accessed via REST APIs, language‑agnostic SDKs, and a web dashboard, and can be deployed on‑premise, private cloud, or SaaS for banks, fintechs, insurers, e‑commerce platforms, and smart‑city operators.

Provides regulated digital asset custody services for institutional clients, utilizing hardware security modules (HSM), multi-party computation (MPC) wallets, and blockchain-based segregation to ensure maximum security and compliance. Eliminates counterparty risk by enabling trading, borrowing, and lending directly from securely held assets, while supporting over 40 blockchains and 6,000 tokens.

ARPA Network provides a decentralized secure computation platform utilizing threshold BLS signatures to enable verifiable random number generation, secure wallets, and cross-chain bridges across multiple blockchains. This infrastructure enhances the security and privacy of blockchain applications, addressing the need for tamper-proof and efficient cryptographic solutions.

Provides Confidential AI models that use homomorphic encryption and secure enclaves to process data in an encrypted state, ensuring that no unauthorized party, including the service provider, can access sensitive information. This approach eliminates data leaks during AI training and inference, enabling secure development of tools like code copilots, semantic search, and personalized assistants without compromising privacy.

The startup offers a decentralized data platform that enables secure connections between multiple parties, utilizing patented non-movement data technology to facilitate data collaboration without exposing sensitive information. This approach enhances customer experiences while ensuring privacy, allowing companies to leverage their customer data effectively and safely.

The startup specializes in edge-optimized secure computation using cryptographic techniques to maintain data privacy during processing. This technology enables organizations to conduct sensitive computations on distributed data while preventing exposure of the underlying information.

Clique Compute Coordination Network utilizes a network of Trusted Execution Environment (TEE) nodes to enable secure, verifiable off-chain computation for on-chain smart contracts. This technology addresses the need for confidentiality and integrity in data processing, allowing developers to create privacy-preserving applications while minimizing performance overhead and costs.

Atato provides a digital asset custody solution that utilizes Multi-Party Computation (MPC) technology to securely manage any token across multiple blockchain networks without the need for private keys. This approach eliminates transaction, withdrawal, and assets under management fees, addressing the challenges of security and cost in digital asset management for individuals and institutions.

Safeheron provides enterprise-grade digital asset self-custody services using Multi-Party Computation (MPC) and Trusted Execution Environment (TEE) technologies to eliminate single points of failure in private key management. The platform ensures maximum security and control over digital assets while enabling seamless integration and management across various applications and protocols.

Fr0ntierX provides secure enterprise solutions utilizing independent authentication tokens, multi-party computation, and isolated secure containers to protect sensitive data during processing, storage, and transmission. Their technology addresses the risk of unauthorized access and data breaches, ensuring compliance and data integrity for businesses operating in a digital landscape.

Portal provides a non-custodial wallet infrastructure utilizing Threshold Signature Scheme (TSS) Multi-Party Computation (MPC) technology, enabling secure and rapid wallet access without traditional seed phrases. The platform simplifies the integration of embedded Web3 wallets across over 100 blockchain networks, facilitating user interactions with digital assets like NFTs and stablecoins while ensuring robust security and easy recovery options.

Beepo is a decentralized social neobank that combines a non-custodial Multiparty Computation wallet with secure messaging and in-chat transactions, enabling users to manage digital assets and communicate privately. The platform simplifies Web3 access for businesses and creators, facilitating direct token-based purchases and enhancing customer engagement through a user-friendly interface.

Renegade is an on-chain dark pool utilizing multi-party computation (MPC) to facilitate anonymous token trades at the real-time midpoint of the Binance bid-ask spread, ensuring zero price impact and eliminating front-running. This decentralized trading network provides pre- and post-trade privacy through zero-knowledge settlement, addressing the need for confidentiality and optimal execution in cryptocurrency transactions.

Bizzllet offers a self-custody business wallet utilizing Multi-Party Computation (MPC) technology to securely manage and streamline cryptocurrency transactions across multiple wallets. The platform reduces transaction errors to zero, decreases gas fees by 30%, and cuts management time by 70%, enabling teams to efficiently handle their crypto operations without compromising security.

Partisia Blockchain is a Web3 platform that combines blockchain technology with multi-party computation (MPC) to enable privacy-preserving applications. Their technology allows for fast, secure, and transparent transactions while ensuring data confidentiality.

Palisade is a regulated digital asset custody provider that utilizes hardware security modules (HSM), multi-party computation (MPC), and multi-signature (multi-sig) technologies to ensure secure wallet provisioning and transaction signing. The platform addresses the complexities of digital asset custody by offering integrated compliance with Know Your Transaction (KYT) and Travel Rule regulations, enabling seamless interaction with decentralized finance (DeFi) platforms.

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.

Tamarin Health enables secure collaboration among health companies by utilizing encrypted data in use and cryptographic protocols, allowing for analysis across multi-party data sets without revealing raw data. This approach addresses privacy and intellectual property concerns, facilitating patient matching and insights that were previously unattainable.

Develops fully homomorphic encryption (FHE) technologies, including the HEaaN Library and HEaaN Private AI, enabling secure data processing and analysis without exposing sensitive information. This addresses privacy concerns in AI and data collaboration by preventing data breaches and ensuring compliance with stringent security standards, even against quantum computing threats.

Ika is a sub-second Multi-Party Computation (MPC) network that achieves up to 10,000 signatures per second with a zero-trust, non-collusive architecture, enabling real-time transaction processing across hundreds of nodes. This technology addresses the limitations of traditional MPC solutions, which are slow and restricted to a few nodes, by providing high throughput and enhanced security for decentralized applications in Web3.

EAGLYS utilizes secure multi-party computation and AI to enhance the value of diverse data types across various industries, including HR, manufacturing, and finance. The platform transforms unstructured data into actionable insights while ensuring data privacy, enabling businesses to optimize operations and improve decision-making.

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.

Qredo utilizes distributed multi-party computation (dMPC) technology to provide secure self-custody of digital assets without local or central private key storage. This platform enables users to manage, trade, and govern their assets while ensuring compliance and reducing the risks associated with traditional custody solutions.

Echooo is a self-custodial AA wallet that utilizes Multi-Party Computation (MPC) and multi-signature verification to enhance asset security while allowing users to maintain control over their private keys without the need for mnemonic phrases. The platform addresses the risks associated with traditional wallets by providing social recovery options and programmable security features, ensuring users can recover their accounts even if their private keys are lost.

CrypDefi provides a chain-agnostic self-custody solution that enables traders to access decentralized finance (DeFi) protocols without counterparty risk, utilizing state-of-the-art multi-party computation (MPC) and single-sign security. The platform allows for rapid asset mobilization and integration with custodial wallets, facilitating support for new chains and protocols within a week, thereby addressing the slow adoption of custodial solutions in the DeFi space.

Inpher, Inc. provides privacy-preserving machine learning solutions using technologies such as Secure Multiparty Computation and Fully Homomorphic Encryption, allowing organizations to analyze sensitive data without transferring it. Their SecurAI platform enables secure and compliant use of generative AI, ensuring that proprietary data remains private while enhancing predictive model accuracy.

Cordial Systems provides a fully on-premise multi-party computation (MPC) wallet and custody solution that allows institutions to independently manage their digital asset operations without reliance on third-party vendors. This technology mitigates risks associated with external dependencies by enabling organizations to maintain complete control over their custody processes and security infrastructure.