Publikation: Boost DNS Privacy, Reliability, and Efficiency with opDNS Safe Query Elimination
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2015
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Published
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Demonstration presented at NetSys 2015. 2015
Zusammenfassung
SRV records, DNSSEC, and DANE among others fortify the Domain Name System as the central information hub behind the Internet. Largely hidden from the user, an increasing number of protocol and trust decisions are contingent on DNS. Neglect or attacks on DNS have much more impact today than ever, now endangering security far beyond denial of service. Opportunistic Persistent DNS (opDNS) addresses these problems by abandoning pessimistic caching and eliminating unnecessary traffic. Today's DNS infrastructure relies on the hosts forgetting and refreshing DNS records in relatively short time. In conjunction with TLS, opDNS greatly reduces the number of queries and in turn increases privacy, reliability, and efficiency. Even with DNS lookups all but eliminated for frequently visited secure services, changes to the server addresses will be recognized almost immediately, unlike standard DNS. We will show how end systems can take advantage of opDNS without having to wait for support by server operators or application developers, enabling the most effective way of deployment.
Zusammenfassung in einer weiteren Sprache
Fachgebiet (DDC)
004 Informatik
Schlagwörter
DNS, privacy, cache
Konferenz
NetSys 2015 : International Conference on Networked Systems, 9. März 2015 - 13. März 2015, Cottbus
Rezension
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ISO 690
WALDVOGEL, Marcel, Thomas ZINK, 2015. Boost DNS Privacy, Reliability, and Efficiency with opDNS Safe Query Elimination. NetSys 2015 : International Conference on Networked Systems. Cottbus, 9. März 2015 - 13. März 2015. In: Demonstration presented at NetSys 2015. 2015BibTex
@inproceedings{Waldvogel2015Boost-31201,
year={2015},
title={Boost DNS Privacy, Reliability, and Efficiency with opDNS Safe Query Elimination},
url={https://www.netsys2015.com/wp-content/uploads/NetSys2015_Demo_Waldvogel.pdf},
booktitle={Demonstration presented at NetSys 2015},
author={Waldvogel, Marcel and Zink, Thomas}
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<dcterms:abstract xml:lang="eng">SRV records, DNSSEC, and DANE among others fortify the Domain Name System as the central information hub behind the Internet. Largely hidden from the user, an increasing number of protocol and trust decisions are contingent on DNS. Neglect or attacks on DNS have much more impact today than ever, now endangering security far beyond denial of service. Opportunistic Persistent DNS (opDNS) addresses these problems by abandoning pessimistic caching and eliminating unnecessary traffic. Today's DNS infrastructure relies on the hosts forgetting and refreshing DNS records in relatively short time. In conjunction with TLS, opDNS greatly reduces the number of queries and in turn increases privacy, reliability, and efficiency. Even with DNS lookups all but eliminated for frequently visited secure services, changes to the server addresses will be recognized almost immediately, unlike standard DNS. We will show how end systems can take advantage of opDNS without having to wait for support by server operators or application developers, enabling the most effective way of deployment.</dcterms:abstract>
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Prüfdatum der URL
2015-06-18
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Ja
