Route hijacking attacks exploit the mutual trust that BGP architecture is based on, rather than
any vulnerabilities or protocol flaws. For this reason, these attacks are as old as the protocol …

Route hijacking attacks exploit the mutual trust that BGP architecture is based on, rather than
any vulnerabilities or protocol flaws. For this reason, these attacks are as old as the protocol …

The whole Internet consists of thousands of autonomous systems that transfer data with one
another. The BGP plays a significant role in routing, but its behaviour is essentially naive …

Routing on the Internet is defined among autonomous systems (ASes) based on a weak
trust model where it is assumed that ASes are honest. While this trust model strengthens the …

The BGP protocol, which is used for global routing, is not secure, because it does not have
authentication mechanisms and authentication of the update source. In this regard, many …

In this paper, we present InBlock4, a blockchain-based alternative to RPKI for the provision
of Route Origin validation for BGP. InBlock4 embeds an alternative trust model to protect …

Due to the absence of appropriate security mechanisms, even the latest version of Board
Gateway Protocol (BGP) is still highly vulnerable to malicious routing hijacking. The original …

The Border Gateway Protocol (BGP) is an important routing protocol used to exchange
routing information among autonomous systems on the Internet. The BGP version 4 does not …

The inter-domain routing with BGP is highly vulnerable to malicious attacks, due to the lack
of a secure means of verifying authenticity and legitimacy of inter-domain routes. Resource …

Without the design for inherent security, the Border Gateway Protocol (BGP) is vulnerable to
prefix/subprefix hijacks and other attacks. Though many BGP security approaches have …