The engineering enhancements of NIZK Algorithm is based on contents of the publication of Ben-Sassoon, Eli et al., issued in 2014 - ‘Succinct Non-Interactive Zero Knowledge for a von Neumann Architecture’. The enhanced algorithm further optimized the encryption process.

To improve the encryption performance of Zcash - the transaction often takes 1 to 2 minutes to complete, BERG CHAIN redefines the entire encryption process. The resulting performance increase is over 20+ times faster than Zcash.

BERG rebuilt the storage structure of Ethereum. BERG structure uses UTXO+Account mixed Mode. The design aims to enable the privacy and security features for tokens issued on BERG CHAIN. The resulting design offers a greater expansion capability for the entire blockchain structure.

Through Zero-knowledge proofs and homomorphic encryption protocols, the smart contracts on BERG can support different modes of Turing complete operation model. DApp developers can issue privacy digital assets which can be either tokens or tickets that can store complex data structures.

BERG CHAIN is the only blockchain in the world which supports the exchange of multiple digital assets issued in BERG CHAIN running in one smart contract. Our smart contracts are able to perform decentralized trading of different digital assets.

For complex business applications, users may need a trusted third-party to conduct financial audits of transactions. Users of the BERG’s ecology are able to pick and choose whether to give third-party permission to track specific information from the relevant transaction and facilitate audits.