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CryptoDragons: the Details Behind NFT Dragon Breeding

The Ethereum blockchain serves as the foundation for the one-of-a-kind NFT project known as CryptoDragons. It is made up of nine different smart contracts, all of which are connected to one another via the ERC-721 standard for the development of NFTs and the functionality of use of each of the smart contracts. This is being done in the interest of having as much transparency as possible.

One of the driving forces behind the development of CryptoDragons was the intention to establish a robust community of dragon fans who are able to make use of the platform to interact with one another and simultaneously profit from the unique Dragon NFTs they have acquired.

In addition, there were 25 different genes involved in the process of generating the dragons. Each of these genes has 16 possible mutations, and there are 30 distinct colour layers to choose from. There are 12,000 different characteristics that go into making up each Dragon DNA. It is conceivable to spawn billions of individual dragons, each of which is distinct from the others, thanks to all of these identifying traits.

As a result, the completion of this NFT project would result in the establishment of a tight-knit community of dragon enthusiasts within which members would be able to acquire, breed, battle, and profit from dragons. Dragon owners would also have the opportunity to engage in dragon battles and develop a reliable income stream as a result of their ownership of a unique dragon through the community.

On CryptoDragons, several significant new features have been introduced, including the world’s first ever reward distribution, blockchain DNA, and full-fledged blockchain dragon battles.

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Users are able to enter the Arena and compete against one another. The victor of the Arena will be awarded either their opponent’s dragon or an amount of ETH that has been previously agreed upon. Dragon Eggs are the seed from which the entire CryptoDragons Metaverse emerges. The 10,000 one-of-a-kind Eggs each contain a different NFT dragon and are dispersed at random. Nobody, not even the people who made the Eggs, understands what the “core” of them is. After an Egg has been minted, its owner will have the choice of either keeping the Egg or hatching it at a later time. Once the user has successfully hatched an egg, the NFT will change into an eggshell and the dragon NFT will appear in their inventory.

There will be four distinct types of dragons inhabiting the CryptoDragons Metaverse: common, epic, rare, and legendary. In addition, the fourth Rare type is not something that can be born from an egg but rather is something that will be produced by breeding. The total number of genes a Dragon possesses is used as the primary factor in determining which class the Dragon should be placed in. A dragon can have no more than 25 genes at any given time. Dragons of the Common class have 15 genes, those of the Rare class have between 16 and 19 genes, those of the Epic class have 20 to 24 genes, and those of the Legendary class have exactly 25 genes.

Bonuses for the Breeding of Cryptodragons

In the Dragon Metaverse, the mathematical principle of probability can also be applied. In this area, owners of dragons can breed their creatures to produce new dragon progeny with unique gene combinations. For example, the following will result from breeding two dragons of the same type:

  • Parents (Dragon Class)
  • Offspring
  • Probability of unique gene (Legendary Class)
  • There are 2 Common Dragons.
  • 1 novel type of gene
  • 25 percent
  • 2 new gene types
  • 20 percent
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There is a one in four chance that the offspring will have a novel gene type that is completely distinct from what is included in the genomes of both the mother and the father. The possibility of the formation of two wholly new genes is considerably less likely (20 percent ). This indicates that when two common dragons of the same class of genetic make-up are bred together, there is a remote possibility that the resulting dragon (baby dragon or progeny) will be of a Rare type. However, the likelihood of this occurring is extremely low. The value of the resultant gene is then selected at random between the range of 0 and 15, depending on the characteristics that have been allocated to the baby dragon. This is required for combat to take place.

In the extremely unlikely event that the bonus process does not work, the Dragon Metaverse is equipped with a failsafe mechanism that assigns genes using straightforward probability guidelines. In this scenario, the genes carried by both parents are passed on to the new Dragon, also known as the offspring. The following probabilities are used to determine the values that should be allocated to these inherited genes:

  • Parental Gene Value
  • Probability
  • Father
  • 45 percent
  • Mother
  • 45 percent
  • Mutation
  • 10 percent

This straightforward technique for selecting genes operates under the presumption that there is a possibility of a new gene being formed, despite the fact that neither of the parents possessed it. The likelihood of this new gene appearing is proportional to the number of genes “above 15” that are present in the newly hatched dragon.

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Furthermore, the potential of the blockchain, along with its incorporation into current and forthcoming initiatives, presents wonderful prospects for a large number of people to combine earning money with having fun. It would appear that the CryptoDragons Metaverse combines two of today’s most popular abilities, a blockchain and a dragon. This project has the potential to become a must-try for NFT fans thanks to the first innovations that have been incorporated.

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Evangeline Christina is a Cyber Security Enthusiast, Security Blogger, Technical Editor, Certified Ethical Hacker, Author at Cyberspecial.net. Previously, he worked as a security news reporter in a reputed news agency.