Abstract

: In the cutting edge world, individuals are progressively sending information over the network in the real world, which means tremendous benefit. Anything involves the transfer through the network of sensitive details such as passport information and credit card data, in the form of online shopping, paying the penalty, and booking a ticket in the film. The heart of the internet is known as the Domain Name System (DNS).Today, it is one of the foundational elements of the internet. DNS is one of the key components in the internet which acts as a starting point and informs you of the relevant IP addresses associated with domain names in day-to-day communication. The usage of DNS is not only for translating names and addresses and vice-versa but also for various security service improvements. Hence, protecting and securing the Domain Name System is one of the key interests in the arena of Cyber Security. The security of the transmission of the data relies upon the chance of the further presentation of PC advances in human existence. The paper presents an analysis and application of various protocols for improving the security and transport of the DNS System making the secure deployment and configuration procedures for the system that will be used in production. A new experimental transport protocol QUIC is developed, the system should not offer a client to wait for a longer time to get its response, also not degrading the security. Balance between the security and performance has to be achieved. The increasing level of applications and devices should require a well-defined application that generates a balance