Project Overview
NuLink (NLK) has been launched on HIBT on May 16. NuLink-ZK is a DApp (decentralized application) based on Web3 that can prove data privacy solutions. In the Web3 era, data privacy protection is paramount, and NuLink's mission is to build a solution that allows developers to easily implement best practices and optimal security and privacy protection. NLK is currently open for trading on HIBT.
Token symbol: NLK
Total amount of tokens: 1,000,000,000
Token distribution and unlocking rules
Base Entity: No plans have been announced for any liquid token reserve to enter the market, the unlocking is to facilitate relationships with commercial and strategic partners.
Seed round: TGE unlocks 3%, with a lock-up period of 3 months, and will be unlocked in the next 12 months.
Private placement round: TGE unlocks 3%, with a lock-up period of 3 months, and will be unlocked in the next 12 months.
Strategic round: TGE unlocks 7%, with a lock-up period of 3 months, and will be unlocked in the next 12 months.
Public fundraising round: TGE is 100% unlocked.
Mining: Unlocked in 48 months.
Business Development/Community: TGE unlocks 13.33%, then unlocks in 15 months.
Team: The lock-up period is 6 months, and will be unlocked in 30 months.
Fund: TGE unlocks 20% and then unlocks in 15 months.
Technical solutions
The NuLink technology platform integrates a strong blockchain foundation, access control mechanisms (proxy re-encryption, attribute-based encryption) and secure computing protocols (zero-knowledge proof, secure multi-party computation, fully homomorphic encryption). This technical foundation makes NuLink an indispensable complete solution for data sharing and computing services, especially suitable for the field of protecting data privacy.
solution
Data availability: Zero-knowledge proof is used internally in the NuLink network to ensure that all functional nodes have publicly verifiable data processing and computing operations. Data owners need to provide zero-knowledge proofs to verify the consistency of encrypted data and plaintext data before authorizing data access.
Data Sharing: NuLink utilizes proxy re-encryption, identity-based encryption and attribute-based encryption to ensure that data is not leaked during transmission and only authorized parties can access the data.
Data calculation: NuLink uses FHE technology to implement privacy-protecting data calculations and uses fully homomorphic encryption to perform calculations on ciphertext to ensure the security and privacy of calculation results.
Technology Architecture
Application layer: Provides the interface between the system and applications, facilitating direct communication while liaising with the encryption layer to authenticate access to confidential information.
Encryption layer: Performs encryption functions and connects the storage layer to facilitate the upload and download of encrypted private data.
Storage layer: Secure network that stores confidential data in encrypted form, currently mainly using IPFS.
Blockchain layer: Manages pledge node registration and service requests within the blockchain system.
Observer Network: Relay network that transmits staking node information from Ethereum to other blockchain systems, ensuring decentralization and security.
in conclusion
NuLink is revolutionizing the DApp landscape as a ZK provable data privacy solution for DApps. Its comprehensive security and privacy features provide application developers with a comprehensive set of solutions aligned with industry best practices. The design of the technical architecture makes NuLink a leader in the field of data privacy protection, with broad market prospects and potential. However, investors need to pay close attention to a project’s development and community activity to assess its long-term value and sustainability.