Top 50 Zero Knowledge Proof in Asia

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.

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.

Ola provides decentralized security and cross-chain data verification services using zero-knowledge proofs to enhance the integrity and stability of Bitcoin projects. By enabling users to run nodes and participate in early-stage Bitcoin initiatives, Ola unlocks access to over $1.5 trillion in assets, facilitating sustainable earnings through diverse blockchain interactions.

Polygon is a platform that utilizes zero-knowledge (ZK) technology to create a scalable ecosystem of interconnected blockchains, enabling fast transactions with near-zero gas fees. It addresses the limitations of Ethereum's scalability by allowing developers to build and deploy Layer 2 solutions that maintain security and interoperability.

This startup develops blockchain infrastructure that leverages zero-knowledge technology to enhance Bitcoin's capabilities beyond peer-to-peer transactions. By enabling the creation of scalable and secure decentralized applications, it facilitates the growth of decentralized finance (DeFi) and non-fungible tokens (NFTs) within the Bitcoin ecosystem.

Myria is a decentralized Ethereum Layer 2 solution that utilizes zero-knowledge rollups (zk-STARKs) to enable gasless transactions for blockchain gaming and NFT projects. By providing a scalable infrastructure and developer-friendly SDKs, Myria reduces the complexity and costs associated with launching blockchain-based games, allowing developers to focus on creating engaging experiences.

Morph operates a layer-two scaling solution on Ethereum that combines optimistic and ZK roll-ups with a decentralized sequencer network and a responsive validity-proof system to enhance transaction speed and security. This technology addresses the scalability challenges faced by consumer-focused decentralized applications, enabling fast and affordable transactions for everyday users.

StarkWare Industries develops STARK-based validity proofs to enhance scalability, security, and privacy for blockchain applications. Their solutions, Starknet and StarkEx, enable developers to deploy decentralized applications with high throughput and low transaction costs, addressing the limitations of traditional blockchain infrastructure.

Fhenix is a Layer 2 rollup on Ethereum that utilizes fully homomorphic encryption (FHE) to enable confidential smart contracts and encrypted computation of data without decryption. This technology addresses the need for on-chain privacy, allowing for secure applications such as confidential voting, private auctions, and decentralized identity management.

The Anonymous Verification Network utilizes a patented protocol to generate trust scores through fully anonymized queries among network members, ensuring that sensitive data remains private. This technology enables businesses to make accurate risk-based decisions, approve more transactions, and enhance customer experiences while minimizing fraud and liability.

This startup offers a privacy-preserving inference platform that allows AI models to run on encrypted data, ensuring user queries remain confidential. By utilizing fully homomorphic encryption, the platform enables AI providers to deploy models without accessing sensitive user data, protecting privacy from AI providers, cloud infrastructure, and intermediaries.

dWallet Labs develops infrastructure for Zero Trust Protocols, utilizing advanced cryptographic techniques to enhance cybersecurity across web3 applications. The company addresses vulnerabilities in internet security by providing a robust framework that ensures secure access and data protection for users and organizations.

The startup offers a digital identity verification platform that provides legally binding digital signatures and passwordless authentication for users. By enabling secure login and user authentication, the platform allows individuals and businesses to manage their digital identities while streamlining identity verification processes.

Provides a platform for organizations to define skill requirements and assess candidates through proctored, real-world assignments evaluated by expert designers. This system issues verifiable Proof-of-Skill credentials linked to government IDs, enabling companies to quickly shortlist candidates based on authenticated design skills, reducing time-to-hire by up to 80% and eliminating reliance on traditional CVs.

Affinidi provides a platform for creating and sharing secure digital identities and credentials using decentralized identity technology. This enables individuals and organizations to manage their personal data and verify credentials without relying on centralized authorities, enhancing privacy and control over sensitive information.

Beldex provides a blockchain ecosystem that utilizes confidential computing and secure enclaves to protect sensitive data during storage, transit, and processing. This technology enables privacy-preserving decentralized applications (dApps) to facilitate secure transactions and encrypted identity verification, ensuring user confidentiality in digital interactions.

Automata Network provides a decentralized protocol utilizing TEE (Trusted Execution Environment) coprocessors to enable verifiable computing on the blockchain, ensuring execution integrity through hardware-based security. This technology addresses the need for robust, low-cost privacy solutions in Web3 by facilitating on-chain machine attestations and protecting user data from exposure.

The startup offers a renewable energy certificates (RECs) trading platform that utilizes blockchain technology to track and certify the ownership and retirement of RECs, preventing double-counting through a proof of stake mechanism. This platform enables clients to transparently select and validate their REC purchases, enhancing trust and efficiency in the renewable energy market.

The startup offers an identity authentication platform that utilizes blockchain technology to secure and verify user and document credentials. This solution enables businesses to efficiently authenticate identities in online transactions, reducing the risk of fraud and streamlining operational processes.

TXOne Networks provides OT-native cybersecurity solutions that implement a zero trust methodology to protect industrial control systems from cyber threats. Their technology ensures asset integrity and minimizes vulnerabilities in legacy systems through real-time device inspection and network segmentation.

Induz provides a zero trust FIPS-compliant data management solution that ensures secure, encrypted handling of sensitive information in high-risk computing environments. This technology addresses the vulnerabilities associated with data breaches and unauthorized access in an increasingly AI-driven landscape.

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.

Certora provides formal verification tools that mathematically validate smart contract code against specified behavior rules, ensuring comprehensive security and correctness. By identifying vulnerabilities across all possible contract states and paths, Certora protects over $25 billion in total value locked (TVL) in decentralized finance applications.

Catenaa specializes in blockchain and web3 technology to enhance data security and transparency in digital transactions. The startup addresses the challenges of trust and verification in decentralized systems, enabling users to conduct secure and verifiable interactions without intermediaries.

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.

Terminal 3 provides a decentralized identity solution using quantum-resistant encryption and zero-knowledge cryptography to enable secure, verifiable private identities for users. This technology allows enterprises to manage and analyze user data without compromising privacy, ensuring compliance with global data protection regulations.

The startup develops a quantum key distribution platform that provides secure communication through mathematically proven encryption methods resistant to both classical and quantum attacks. This technology enables organizations to protect sensitive data from breaches and cyber threats with a cost-effective and easily deployable solution.

GK8 provides a high-security custodian technology known as Impenetrable Custody, which ensures digital assets are 100% theft-proof by utilizing a system that operates without internet connectivity and requires no digital input. This technology enables institutions to manage and safeguard their digital assets while complying with global regulations and maintaining complete control over access and policy management.

SAWO provides secure authentication solutions using passwordless technology and biometric verification to enhance user security for applications and websites. This approach addresses the vulnerabilities associated with traditional password systems, reducing the risk of unauthorized access and improving user experience.

Mystiko.Network provides a zero-knowledge (ZK) technology infrastructure that enhances the security and scalability of blockchain transactions across various applications, including decentralized exchanges (DEXs). By enabling private trading on a decentralized platform, it addresses the issues of high transaction costs and the risk of front-running in DeFi environments.

Provides a Layer 1 blockchain tailored for creators, featuring an auto-rebasing protocol that dynamically adjusts token supply based on transaction volume to generate multiple revenue streams. The platform supports low-cost, high-speed transactions with EVM compatibility, enabling seamless integration for developers and tools like a decentralized exchange, NFT marketplace, and zero-knowledge KYC for secure creator onboarding.

Cubera utilizes deep learning and zero-party data to create precise audience segments and optimize digital ad targeting across multiple channels. This approach addresses inefficiencies in ad spend by significantly reducing Cost Per View and enhancing campaign effectiveness through improved match rates.

The startup has developed a zero-knowledge layer-2 blockchain platform that enables users to monetize their AI data through multi-value gas tokens for network transactions. This platform allows individuals to generate income from their data across various sectors, including fitness, dating, gaming, and education.

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.

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.

FilPass is a tamper-proof document issuance and verification system that utilizes blockchain technology to securely store and share digital credentials for individuals and businesses. This platform enables quick verification of credentials through QR codes, eliminating the risk of fraudulent claims and streamlining online transactions.

The startup offers a cryptographic security and identification platform that enables users to access applications using a single identity without sharing credentials. It provides consultation and training for enterprises transitioning to blockchain technology, facilitating the development of cryptocurrency mining operations and promoting decentralized currency adoption.

The startup offers a blockchain-based background verification platform that enables the issuance of digital credentials, ensuring they are secure, shareable, and instantly verifiable globally. This technology allows companies, universities, and individuals to authenticate candidates' qualifications without relying on third-party verification services.

Dellfer provides a run-time zero-day mitigation platform that protects embedded device firmware from malware attempting to establish permanent residency. By enabling fine-grain recovery strategies and acting as a threat sensor, Dellfer enhances the security and integrity of automotive and industrial automation systems.

Soda Labs utilizes garbled circuits and multi-party computation (MPC) to provide end-to-end encryption for data transactions in web3 environments, ensuring that sensitive information remains confidential and secure. The platform addresses the lack of privacy in digital asset management by enabling organizations to analyze and derive insights from their data without exposing it to unauthorized access.

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.

Loopring is a zkRollup Layer 2 protocol that enables high-throughput, low-cost trading and payments on Ethereum by batch-processing transactions off-chain while ensuring asset security through zero-knowledge proofs. This technology significantly reduces gas fees and transaction costs, making decentralized exchanges more accessible and efficient for users.

The startup offers a digital verification platform that utilizes blockchain technology and AI-driven face matching to ensure secure digital onboarding and identity verification. By providing a compliant and efficient solution for KYC processes, the platform significantly reduces the risk of fraud while streamlining customer acquisition across various digital channels.

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.

Psy Protocol is a Layer‑1 blockchain that combines a Parallel Ascending Recursive Tree Hierarchy (PARTH) with Proof‑of‑Useful‑Work consensus to achieve millions of transactions per second, O(log n) block finality, and fixed low fees. It processes transactions locally and validates them with zero‑knowledge proofs, preserving data privacy, and uses Software‑Defined Keys—programmable zk circuits that enable autonomous AI agents and custom account logic without private keys.

Diplomade provides blockchain-secure digital credentials that are tamper-proof and easily verifiable, ensuring the authenticity of educational achievements. This technology eliminates the risk of credential fraud and streamlines the verification process for employers and institutions, saving time and resources.

The startup operates a digital credential ecosystem that utilizes blockchain technology to securely store, publish, and verify the status of credentials, including revocation and expiration. This system addresses the issue of fraudulent and falsified certificates for government agencies, professional associations, and educational institutions, enhancing data security and customer trust.

The startup develops a blockchain-based system for issuing tamper-proof digital credentials, enabling secure verification from any location. This technology streamlines credentialing processes for enterprises, significantly reducing time spent on verification and enhancing operational efficiency.

The startup develops zero-trust information security solutions tailored for major cybersecurity risks in the Post-Quantum Era, utilizing the AORTA Decentralized Transfer Authentication and Encryption Solution based on a software-defined perimeter. AORTA creates an end-to-end secure tunnel that enhances transmission performance compared to VPNs and prevents lateral movement of malware within networks.