ДОСЛІДЖЕННЯ МОДЕЛЕЙ АНОНІМНОЇ МАРШРУТИЗАЦІЇ

Анотація

Numerous solutions have been created for online anonymous communication. We do evaluations of security on several
systems. We examine features such as Onion Routing, anonymous VPN services, probabilistic anonymity, and deterministic
anonymity among different systems. There are also additional forms of anonymous communication that are discussed, including
messaging, peer-to-peer communication, using the web, emailing, and using other Internet apps. We then go on to show several
attack methods that aim to identify people who communicate anonymously. The objective of the research is to achieve an exact
adjust between guaranteeing the adequacy and dependability of message delivery and ensuring customer anonymity. The NIAR
model's non-interactive highlight makes it more valuable since it licenses secure communication without requiring nonstop
client support. Communication privacy is threatened by an ever-growing volume of data generated by an ever-growing number
of networked devices. Because of this, Anonymous Communication Systems (ACSs)—which offer the privacy qualities of
anonymity, unsinkability, and observability—are recommended to conceal the relationship between transmitted
communications and their senders and recipients. The objective of this essay is to evaluate the literature on Dining
Cryptographers Networks (DCNs) in the subject of ACSs. Since the DCN-based techniques offer unconditional guarantees of
observability, they are information-theoretically safe. Their computation and communication expense was considered high at
the time, and scalability issues arose, which originally impeded their use for anonymous communications. By satisfying these
targets, the research improves the state of encrypted communication systems and opens the door to a day when protecting client
security will be a best need without sacrificing message delivery's significant dependability and efficiency.