METAVERSE DNA

Most of the world of cryptocurrency technology such as Bitcoin relies on database forms with the advantage of being able to track large and secure transaction volumes. The technology used by many digital currencies is Blockchain.
Blockchain was first implemented in 2009, and was revolutionized with Blockchain 2.0 in 2014. Blockchain technology consists of blocks that hold transactions, where each block is interconnected via cryptography, thus forming a network.
Along with the development of the digital universe, cryptocurreny in the future has become an increasingly attractive proposition in the market and may not have traditional banking infrastructure. Some developing countries in the world have even implemented Blockchain-based national currencies, such as Bitcoin, and the technology is also used by several large charity projects to help those without bank accounts.
Blockchain also has the potential to be used outside the scope of digital currencies, and attracts the interest of many traditional financial institutions for adoption.
Blockchain is a system of recording transactions in many databases that are widespread on many computers, each of which contains identical records. This system is also known as distributed ledger. With this decentralized transaction record, it is almost impossible to hack or change unilaterally, without changing the majority of all databases.
The Blockchain system consists of two types of records, transactions and blocks. These transactions are stored together in one block. The unique thing about Blockchain is that each block contains cryptographic hashes to form a network. The function of cryptographic hashes is to take data from the previous block and convert it into a compact string. This string allows the system to easily detect the presence of sabotage.
With this method, meaning that each block does not need to have a serial number, the hash allows each block to verify its integrity. Each block will confirm its validity from the previous block. Blocked linkages aren’t the only things that keep networks secure. This technology is also decentralized, every computer with software installed has a copy of the Blockchain that is constantly updated with new blocks. There is no centralized server that holds transactions, and because every new block must meet the requirements in a chain or network, no one can overwrite the previous transaction.
Other transaction requirements, i.e. can be used to determine valid entries. In Bitcoin, for example, valid transactions must be digitally signed, and must exclude one or more unused outputs from previous transactions, and the number of transaction outputs cannot exceed the number of inputs
WHAT IS METAVERSE?
Metaverse is a blockchain-based project that is far superior to ordinary Blockchain projects, both in design and operation. The Metaverse project is more focused on creating a foundation that is based on great values ​​for various systems that want to adopt Blockchain technology.
Seeing that the world has become digital, Metaverse intends to help the general public transition to this new era by utilizing digital assets and digital identities as the order of the day in making transactions. In this way, various types of blockchain will be created, which gives more value to users, globally.
To achieve this, Metaverse is designed with BISC (Built-in Smart Contract) which is designed to provide digital assets called Metaverse Smart Tokens (MST), Digital Identity and even Oracle, as intermediaries for value-added operations.
Metaverse Dualchain Network Architecture (DNA) is a system that provides scalability, security, decentralization, and fast operations, all at once, for its users. DNA is the direct opposite of ordinary Blockchain projects that do not have all these features and are therefore inefficient. So, it’s safe to say that Metaverse DNA is a superior Blockchain and game changer for various projects that adopt Metaverse.
The Dualchain Network Architecture (DNA) is not like the ordinary Blockchain Network, which continues to struggle with scalability and system bottlenecks. With Metaverse DNA, several transactions can be done easily, in just seconds. Fast operation is extraordinary, and employs the use of better and more sophisticated consensus algorithms to make the whole system very measurable.
By adopting this, the system can be improved when needs arise and full decentralization is achieved. Not only that, DNA metaverse is built in such a way that communication of its system with other systems is achieved, without stress. This interoperability allows data to be transferred between Dualchain Network Architecture (DNA) systems and other systems.
This is indeed a big achievement by DNA, considering it is a great feature that has escaped the Blockchain industry for so long. In addition, DNA is designed with total flexibility, which allows it to solve various blockchain problems, separately and effectively.
There are other protocols that have emerged implementing new technologies to deal with the scalability problem described above. Many use lightning channels that are adapted to block themselves, make side chains, or use solutions like Segwit. However, some projects use more new solutions, such as running two parallel blockchain protocols side by side.
Metaverse achieves scalability while also maintaining security and decentralization through their Dualchain Network Architecture, or DNA protocol. DNA metaverse uses delegated evidence of shares, or dPoS, to ensure block times are very fast while also providing fair and transparent ways for network participants to reach consensus. Likewise, using integrated lighting channels, transactions are almost instant.
By using two chains, Metaverse can enable fast transaction speeds at a low cost, and allow more data to be stored in a chain. The DNA protocol can be used on public and unlicensed blockchain, and thus can be used as a standard for other blockchain. From here, users can issue standard APIs and protocols that will allow data, assets, digital identities, and smart contracts to be used on-chain.
CONCLUSION
Metaverse is the beginning of a new era for the Blockchain industry and throughout the world. This eliminates the imperfections that make Blockchain an inefficient technology and provides users with a system that is highly profitable, scalable, decentralized and safe, where operations are carried out at high speed. Metaverse brings the world into a new reality.

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