This project aims to encrypt DNA verification processes utilizing blockchain and AES (Advanced Encryption Standard). Several circumstances might call for DNA verification. For instance, they are conducting a study and testing the DNA, and they will also need to conduct some criminal and illness analyses. The secure method of procedure is therefore required in all circumstances. We've implemented this task using a combination of AES and blockchain technologies. Initially, the collected DNA pattern information as well as the person's private information are handled securely using AES (Advanced Encryption Standard)[2]. In contrast to a Feistel cipher, AES is iterative. It is completely based on the "substitution-permutation network" at its core. Blockchain is a mechanism for storing data in a way that makes system changes, hacking, and cheating difficult or impossible. Decentralized database administration is what is done in the situation. Individuals upload their genetic data to a web-based genomics research facility. The person stores his genetic statistics using a blockchain to protect or test their secrecy. By using hash values in the blockchain technique, analyzing those data, and preserving the statistics. It can be understood that blockchain is nothing more than a never-ending avalanche of blocks that may be linked together like a chain in a certain cryptography sequence[25]. Whenever it comes to securely storing transactional information, blockchains typically move as the technique of choice. Because of the security, decentralization, and transparency that blockchains have associated with them, we may assume that the dawn of a stable organizational environment isn't too far away.