Blockchain model based on human DNA to modify blocks in P2P networks
Julio Cesar Gancino Vargas, Segundo Moisés Toapanta Toapanta, Yngrid Josefina Melo Quintana, Danny Santiago Páez Oscullo · 2023
The problems are persistent in the general model of a chain of blocks, highlighting two fundamental characteristics: the impossibility of removing blocks of data once they are added to the chain and the limitation of storing only a small amount of data in each block. Although these characteristics, in addition to the place where this information is stored and the P2P network where it works, make it unique and have generated innovative paradigms in ICT, with the development of cryptocurrencies and NFTs, they have also raised drawbacks, such as the impossibility to modify transactions or blocks once they have been validated and stored in the blockchain. Turned out, a proposal for a model based on human DNA and its way of storing information, a procedure manual that describes in detail how to implement a chain of blocks based on human DNA, which was presented as an alternative to the identified problems, which allow modifying misinformation to expand data storage on the blockchain. It was concluded that a new blockchain model is presented as an adequate solution to face the limitations of the traditional blockchain. By incorporating the ability to modify misinformation to improve data storage, the functionality and versatility of the blockchain is significantly improved. This study opens new perspectives in the ICT field, providing a promising alternative for the implementation of more flexible and adaptable.