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Delphinus Lab is a blockchain project dedicated to creating digital identity solutions through their Self-Sovereign Identity (SSI) protocol, aimed at providing users with control over their personal data for secure online interactions. Utilizing blockchain technology, their protocol ensures data integrity, offering a tamper-proof, verifiable, and private framework for managing digital identities across various online platforms. Delphinus Lab emphasizes interoperability, allowing for integration across different sectors and blockchain ecosystems. Beyond the SSI protocol, Delphinus Lab has developed advanced solutions based on Zero-Knowledge Proofs (ZKP) like ZKWasm virtual machine, offering trustless computation and an application SDK. They provide a Programmable-NFT layer2 solution for games that embeds NFT mutation rules within SNARK circuits, facilitating secure and transparent in-game economies. Their ZK-WASM technology introduces a web assembly virtual machine capable of generating ZKSNARK proofs, ensuring execution results can be accurately synchronized with layer1 blockchains. The project also features a ZK-Relayer to operate a trustless attestation protocol within ZK-WASM, a...
Delphinus Lab is a blockchain project dedicated to creating digital identity solutions through their Self-Sovereign Identity (SSI) protocol, aimed at providing users with control over their personal data for secure online interactions. Utilizing blockchain technology, their protocol ensures data integrity, offering a tamper-proof, verifiable, and private framework for managing digital identities across various online platforms. Delphinus Lab emphasizes interoperability, allowing for integration across different sectors and blockchain ecosystems. Beyond the SSI protocol, Delphinus Lab has developed advanced solutions based on Zero-Knowledge Proofs (ZKP) like ZKWasm virtual machine, offering trustless computation and an application SDK. They provide a Programmable-NFT layer2 solution for games that embeds NFT mutation rules within SNARK circuits, facilitating secure and transparent in-game economies. Their ZK-WASM technology introduces a web assembly virtual machine capable of generating ZKSNARK proofs, ensuring execution results can be accurately synchronized with layer1 blockchains. The project also features a ZK-Relayer to operate a trustless attestation protocol within ZK-WASM, and a comprehensive ZK-WASM-SDK supporting various programming primitives, positioning Delphinus Lab at the forefront of privacy-centric digital identity and secure, interoperable blockchain applications.
Delphinus Lab is dedicated to creating digital identity solutions through its Self-Sovereign Identity (SSI) protocol. This initiative aims to empower users with control over their personal data, allowing secure and seamless online interactions without relying on centralized entities. By leveraging blockchain technology, the project focuses on enhancing privacy and security in digital spaces, thereby building a trustworthy digital environment where users can prove their identity across various platforms without compromising their personal information.
Delphinus Lab leverages blockchain technology to ensure user data is secure, verifiable, and tamper-proof. It utilizes its Self-Sovereign Identity (SSI) protocol to enable users to manage their identities independently, thus enhancing privacy and control. The ZKWasm virtual machine allows for trustless computation, enabling programmable NFTs and executing secure economics. This technology framework ensures interoperability across different sectors and blockchain ecosystems, facilitating seamless integration and empowering users with robust digital identity solutions.
Delphinus Lab’s Self-Sovereign Identity (SSI) protocol offers several advantages, including enhanced privacy and security for digital identities. Users gain control over their personal data, eliminating dependence on centralized entities. The protocol ensures that identity verification is tamper-proof and verifiable, promoting a safe and trustworthy online experience. Furthermore, its interoperability across platforms and ecosystems facilitates seamless integration, allowing individuals to prove their identity across various applications without compromising personal information.
Delphinus Lab’s Programmable-NFTs leverage a ZKSNARK-based layer2 solution, encoding NFT mutation rules into SNARK circuits. This approach ensures secure and transparent economic systems built on top of the NFT framework, unlike traditional NFTs that do not inherently possess such encoded rules. Programmable-NFTs provide a higher level of security and economic transparency, making them particularly suited for gaming and other sectors demanding intricate economic interactions, thus differentiating them from conventional NFT offerings.
The ZK-WASM virtual machine is crucial to Delphinus Lab's offerings, as it emulates web assembly and generates ZKSNARK proofs for the emulation. This ensures that execution results are synchronized to layer1 blockchains securely. The technology powers the development of trustless computation solutions, including creating ZK-Relayers and driving the functionality of the ZK-WASM-SDK. By facilitating secure and transparent executions, ZK-WASM supports a wide range of applications, including compatibility with files, databases, and machine learning.
Developers can leverage Delphinus Lab's ZK-WASM-SDK to harness the power of the ZK-WASM virtual machine. This toolset supports generic programming primitives such as file management, databases, and machine learning, enabling the development of robust applications with built-in privacy and security features. By utilizing this SDK, developers can create interoperable solutions that seamlessly connect web2 and web3 environments, fostering innovations in fields requiring trustless computation and secure data handling across various digital platforms.
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