Dualchain Network Architecture (DNA) Metaverse has been designed to be a single blockchain ecosystem solving multiple issues present within the blockchain universe. DNA Metaverse uses two chains to create stability among security, decentralization, and scalability. One chain is the Metaverse blockchain, and the other is fueled by the DNA tokens. Thus the 'Dualchain' of the metaverse allows for it to deliver the best security and high scalability.
The DAN metaverse has been designed with a consensus algorithm and a Three Node structure to resolve the common issues within the blockchain. The algorithm used in the DNA metaverse is multi-layered and prevents multiple attacks on consensus simultaneously.
DNA metaverse has been structured with three nodes i.e., the Child, Regular, and the Super Nodes. Child Noes allocate the staking to Regular. Regular Nodes sustain all the nodes, taking tokens as rewards and circulate them back to Child Nodes. Super nodes are involved in decisions like Improvement proposals or requests for modifications. The staking process involves all the nodes, each one accepting freshly issued DNA tokens.
The DNA metaverse is designed with distinguishable tow layers. The Performance Layer and the Interoperability layer work in a parallel fashion to address the scalability and interoperability separately. Thus, DNA metaverse can scale with no unnecessary harm toward compatibility and interoperability.
The professional applications that are structured on-chain are supported and paid for by the DNA tokens. This system delivers the block time of 0.4s, which means the transaction volumes are increased, and the smart agreements are even more complicated when built within this system. This ensures great scalability. The ETP chain and the DNA chain transactions communicate through the application of KrawlCat Generalized Oracle.
The security concerns of the blockchain world are tackled through multiple synchronized layers of defense. The node security, consensus security, and the wallet security work simultaneously in providing the most secure chain yet. The node security involves the up-to-date security patches within the Regular, Child, and the Super nodes. The consensus algorithm of POS has been deployed ti amplify the security multifold. The DNA chain of the metaverse uses an extra algorithm. Through this consensus algorithm of DPOS (delegated proof of stake), the DNA metaverse ecosystem has reduced more than 51% of foreign attacks. The wallet security within the DNA metaverse uses the strategy of multi-signatures, the tested method of the EOS. Every account within the DNA metaverse involves two users- an owner and an active. The owner has the authority to assign permissions to the active. If a group of people manages a single account, the account security can be set by multi-layered authorities. Any entity with the encryption key can access the account.
The security of the DNA metaverse is further enhanced by the Built-In Smart Contract. Built-In Smart Contract is a toughened model that has been used with no security issues until now. DNA metaverse uses the usual Smart Contracts and BISC together. Generally, they pose a lot of security issues. But DNA multiverse has countered these by recording the conventional Smart Contracts on the Base Chain. There are already several plans for protection from the DDOS ( Distributed Denial of Service Attacks).
Here the all official details
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