MULTIVERSUM

Mei 31, 2018

INTRODUCING MULTIVERSUM: THE FOURTH (4TH) GENERATION RELATIONAL BLOCKCHAIN!!!

WHAT IS MULTIVERSUM ALL ABOUT?

Multiversum is a platform that offers complex data organization instead of data sequencing, chain splitting and rejoining to allow it for greater scalability and parallelism, and the concept of Proof of Integrity validation (i.e. cryptographic proof of server code) instead of existing Proof of Work or Proof of Stake solutions.

Multiversum will feature ERC20/ERC23 integration, therefore allowing the coins and tokens from other solutions to be hosted on the platform chain and vice-versa, with notary services as an external confirmation method.

This platform is a forth (4th) generation relational blockchain and there are several reasons for that which includes:

It Is A Relational Blockchain: It is a brand new blockchain which features different types of data, related in a multidimensional structure.

It has a Transaction Speed: In 0.2 seconds, funds are transferred across wallets, including secure validation of the transactions. It is among the fastest in the world!

It Has Proof Of Integrity: The Proof of Stake (PoS) will be replaced by Proof of Integrity which is the cryptographic proof of server code.

Next Generation Wallet: Cutting edge security in access and funds transfers with biometric inputs.

It Is Eco-Friendly: A Multiversum transaction will have insignificant costs and next to zero environmental footprint.

It Has Recovery Nodes Allocation: MTV Nodes are scattered all over the world for unmatched resilience, reliability and global disaster recovery.

MULTIVERSUM AND THE BLOCKCHAIN ADOPTION

The Multiversum technology pushes traditional blockchain beyond its current limits, by enhancing the data layer through self-verifying and distributed structures of organized data entities, related one to another by symbolic links. This technology sets the foundations for a decentralized and distributed system of coherent self-verifying transactions which is the Multiversum blockchain.

Multiversum also allows, instead of the existing blockchain simple data model, the creation of a Relational Crypto Database (an advanced and organized data storage solution) which can handle not just a single data-type, but a series of data grouped in graphs of complex data structures related one another. Relations are now first class citizens of the blockchain and are assured by cryptographic methods. Each one of them, when a state change is requested, will have its own sub-chain splitting from the original branch, that will rejoin after the operation, in order to be validated.

This makes MULTIVERSUM an evolved blockchain technology which offers unique features to overcome the previously analyzed inconveiniences, with a set for every environment.

One of the main target of MULTIVERSUM is to offer the market, in every moment, the most evolved product available and this will be possible adopting an AGILE software development methodology.

This AGILE methodology implies a drastic reduction in initial project design involvement, in favor of valorization of experiences encountered during project development, which show opportunities and threats hardly predictable ex ante, rewarding best practices and leaving behind the inadequate ones.

AGILE is an established software development standard and urges developers, product owners and investors to consider project scope as flexible and readily adaptable to market needs. Furthermore, in such a rapidly evolving sector as software, releasing a product after six months of study and a year of implementation, when it was conceived to match the market needs of eighteen months before, means offering an obsolete product which gives answers to outdated issues, that have maybe been solved by competitors and lacking of responses to just-created challenges. AGILE, instead, gives the chance to offer to the market the most innovative product at time of delivery.

The Multiversum infrastructure is designed to ensure resilience and reachability. This objective has been achieved developing node clusters that are able to self elect their members to specific roles, according to each node technical specs.

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