The security extensions to the DNS (DNSSEC) currently cover approximately 3% of all domains worldwide. In response to the low deployment of DNSSEC, a few top-level domains started offering 'per-domain' economic incentives to encourage adoption of the protocol by offering a yearly discount on each signed domain. However, it remains unclear whether these incentives are well-balanced and foster the overall security of the infrastructure as well as its deployment at scale. In this paper we argue that, in the presence of fixed costs of deployment, misaligned 'per-domain' incentives may have the collateral effect of encouraging large operators to massively deploy unsecure implementations of DNSSEC, whereas smaller operators, for which the effect ...
Today's world without the DNS protocol would not be as we know it. DNS protocol enables us the use o...
The Domain Name System's Security Extensions (DNSSEC) allow clients and resolvers to verify that DNS...
The Internet is not a safe place. The problem was 55% (26) of 47 Top Level Domains (TLDs) in Central...
The security extensions to the DNS (DNSSEC) currently cover approximately 3% of all domains worldwid...
The security extensions to the DNS (DNSSEC) currently cover approximately 3% of all domains worldwid...
Securing DNS is a crucial part in making the internet more secure. However, it is going to be years ...
The Domain Name System (DNS) is an essential component of the critical infrastructure of the Interne...
This paper examines the deployment of the DNS Security Extensions (DNSSEC), which adds cryptographic...
The Domain Name System (DNS), a name resolution protocol is one of the vulnerable network protocols ...
International audienceIn July 2008, the Kaminsky attack showed that DNS is sensitive to cache poison...
The Domain Name System Security Extensions (DNSSEC) are steadily being deployed across the Internet....
Over the past five years we have witnessed the introduction of DNSSEC, a security extension to the D...
Over the past five years we have witnessed the introduction of DNSSEC, a security extension to the D...
The DNS Security Extensions (DNSSEC) add data origin authentication and data integrity to the Domain...
We perform the first Internet study of the cryptographic security of DNSSEC-signed domains. To that ...
Today's world without the DNS protocol would not be as we know it. DNS protocol enables us the use o...
The Domain Name System's Security Extensions (DNSSEC) allow clients and resolvers to verify that DNS...
The Internet is not a safe place. The problem was 55% (26) of 47 Top Level Domains (TLDs) in Central...
The security extensions to the DNS (DNSSEC) currently cover approximately 3% of all domains worldwid...
The security extensions to the DNS (DNSSEC) currently cover approximately 3% of all domains worldwid...
Securing DNS is a crucial part in making the internet more secure. However, it is going to be years ...
The Domain Name System (DNS) is an essential component of the critical infrastructure of the Interne...
This paper examines the deployment of the DNS Security Extensions (DNSSEC), which adds cryptographic...
The Domain Name System (DNS), a name resolution protocol is one of the vulnerable network protocols ...
International audienceIn July 2008, the Kaminsky attack showed that DNS is sensitive to cache poison...
The Domain Name System Security Extensions (DNSSEC) are steadily being deployed across the Internet....
Over the past five years we have witnessed the introduction of DNSSEC, a security extension to the D...
Over the past five years we have witnessed the introduction of DNSSEC, a security extension to the D...
The DNS Security Extensions (DNSSEC) add data origin authentication and data integrity to the Domain...
We perform the first Internet study of the cryptographic security of DNSSEC-signed domains. To that ...
Today's world without the DNS protocol would not be as we know it. DNS protocol enables us the use o...
The Domain Name System's Security Extensions (DNSSEC) allow clients and resolvers to verify that DNS...
The Internet is not a safe place. The problem was 55% (26) of 47 Top Level Domains (TLDs) in Central...