THE REAL REASONS WHY DUALCHAIN NETWORK ARCHITECTURE IS NEEDED FOR THE SUCCESS OF BLOCKCHAIN NETWORK

There have been proliferations of blockchain networks and the disparities in them is not unconnected to the fact that many of those networks are trying to solve a particular problem but are using different ways to actualize that. From limited scalability/transaction throughput to the inability of current blockchain networks to come up with viable, secure, and interoperable blockchain networks, it is clear that the current blockchain networks may not be able to live up to expectations.

DUALCHAIN NETWORK ARCHITECTURE (DNA) AS THE GAME-CHANGER

Dualchain Network Architecture (DNA) is the brainchild of the Metaverse blockchain network. As the parent blockchain (Metaverse) opines, it is expected that the use of the DNA structure will greatly aid the cause for fully secure, scalable, and interoperable blockchain networks.
Already, the Dualchain Network Architecture of the Metaverse blockchain network has come up with many features, which when put to good use, will greatly improve on the existing features of the current blockchain networks.

THE DNA STRUCTURE
It has been asserted that the Dualchain Network Architecture (DNA) has significant features that make it better than the current blockchain networks. It is also those features that can be used to ensure that the blockchain network is greatly improved.

Now, it is important to look at the ways the Dualchain Network Architecture can be used to facilitate fully independent and scalable blockchain networks.
• Combined Architectures
The Dualchain Network Architecture (DNA) uses combined architectures to meet up to expectations. The combination thereof is the integration of a decentralized, censorship resistant architecture, as well as a programmable, scalable, and fast architecture.

By combining these elements, the Dualchain Network Architecture (DNA) will be able to solve many of the issues in the current blockchain networks while ensuring that its networks is positioned to be faster, interoperable and more secure than the former is.
• Uses Layered Design
The Internet is popular for making use of a layered design. A layered design in this instance implies that the Internet can be able to work independently and still be able to facilitate interoperability among all the layered protocols that are connected to it.

That is why the Dualchain Network Architecture (DNA) of the Metaverse blockchain network is using the same structure because it will leverage the same to solve two main issues in the blockchain network at the same time.
**First, the Dualchain Network Architecture (DNA) resolves those issues using two distinct layers, which are the Interoperability Layer (DNA-IL) and the Performance Layer (DNA-PL). Interestingly, the modeling of those two layered protocols used by the Dualchain Network Architecture (DNA) after that of the Internet is a good attempt at ensuring speed at all times. It might interest you to know that the growth of the Internet in the last couple of years, from the 3G to 4G and down to the current 5G network is not unconnected to the flexibility of each of the layer to work independently and separately. In addition, it is also possible for the Internet to achieve all that because the protocols are independent and can function in different layers.
**Second, the viability of the Dualchain Network Architecture (DNA) two layered empowers the architecture and the broader Metaverse blockchain network to work in the following ways:
• DNA-PL
As the name signifies, the Dualchain Network Architecture (DNA) Performance Layer (DNA-PL) is designed to improve on the existing features of the current blockchain networks. The idea behind it is to ensure that the overall performance of the Metaverse blockchain is facilitated and in real-time too by making use of different properties, including scalability and interoperability.
• DNA-IL
The Dualchain Network Architecture (DNA) Interoperability Layer (DNA-IL) is charged with the responsibility of ensuring that the broader Metaverse blockchain platform is interoperable and can work together with other blockchain platforms.
This is commendable considering that the disparities in conventional blockchain networks is triggered by the fact that they do not have a common ground, i.e., they do not have a united front, which could have come in handy to ensure that multiple blockchain networks can work together and without any hitches.

MULTIPLE CONSENSUS ALGORITHMS
If consensus must be reached on blockchain networks, they must be designed in a way that they do not cause any fracas. As it stands, it may challenging for current blockchain platforms to reach consensus and in good time too, and that is because they lack the required interoperability to achieve that.
On the other hand, the Dualchain Network Architecture (DNA) has a unique consensus algorithm structure that can be used to attain maximum interoperability between the Metaverse blockchain and other blockchain networks that are connected to it.
Ideally, the consensus algorithm used here is designed in a way that cybercriminals and attackers will have to expend many resources before they can successfully attack the network interoperability between two or more chain networks.
It is also modeled to work in a way that the complexity of attacking the network will be increasing as the attacks on one consensus mechanism is increasing. That way, it will be difficult to attack both consensus algorithms at the same time.

Applicable Cases
The Dualchain Network Architecture (DNA) of the Metaverse blockchain can be used in different scenarios. The applications of the architecture will go the extra mile to bring about positive and lasting impressions in the following use cases:
• Decentralized Exchanges
It is now more than possible for Decentralized Exchanges (DEX) to be able to attain faster transaction throughputs, all courtesy of the scalability and all-around performance of the Dualchain Network Architecture (DNA).
Ideally, since DNA is capable of handling tens of thousands of transactions at the same time, it would be attractive for cryptocurrency and digital asset traders to leverage the platform to facilitate their trades. Hence, there is likelihood that Decentralized Exchanges (DEX) will be build on the architecture.
• Multiplayer Online Games
Multiple players games are already been built on the blockchain technology. It is now expected that with the viability of the smart contract technology and the value exchange in the Dualchain Network Architecture (DNA), it will be more than possible for more of such games to be built atop the Metaverse blockchain.

Wrapping Up
The Dualchain Network Architecture (DNA) of the Metaverse blockchain came at the nick of time. It came to revamp the current blockchain networks and position them for greater heights. With the features so far discussed, it is obvious that the Metaverse blockchain has the capacity to address those challenges.

USEFUL LINKS
Website: http://mvsdna.com/
Whitepaper: https://mvsdna.com/MVS%20Dualchain%20White%20Paper.pdf
Telegram: https://t.me/mvsdna
Twitter: https://twitter.com/mvsdna
Facebook: https://www.facebook.com/MVSDNA

AUTHORS DETAILS
Bitcointalk username- Corer
Bitcointalk profile link- https://bitcointalk.org/index.php?action=profile;u=2373697