Home / News

Researches Demonstrate How IPv6 Attacks Can Bypass Network Intrusion Detection Systems

With the increasing popularity of IoT devices and the added interest of transition to IPv6, a whole new range of threat vectors are evolving that allow attackers to set up undetectable communications channels across networks. Juha Saarinen reporting in iTnews: "A paper has been published by researchers at the NATO defence alliance's Cooperative Cyber Defence Centre of Excellence and Estonia's Tallinn University of Technology. It outlines how attackers can create covert data exfiltration channels and system remote control, using IPv6 transition mechanisms. ... The researchers developed proofs of concept with tunnel-based IPv6 transition tools over IPv4-only, or IPv4/IPv6 dual-stack networks, that were able to pass traffic undetected by common network intrusion detection systems (NIDS) such as Snort, Suricata, Bro and Moloch."

By CircleID Reporter – CircleID's internal staff reporting on news tips and developing stories. Do you have information the professional Internet community should be aware of? Contact us. Visit Page

CircleID Newsletter The Weekly Wrap

More and more professionals are choosing to publish critical posts on CircleID from all corners of the Internet industry. If you find it hard to keep up daily, consider subscribing to our weekly digest. We will provide you a convenient summary report once a week sent directly to your inbox. It's a quick and easy read.

I make a point of reading CircleID. There is no getting around the utility of knowing what thoughtful people are thinking and saying about our industry.

VINTON CERF
Co-designer of the TCP/IP Protocols & the Architecture of the Internet

Comments

 Be the first to post a comment!

Add Your Comments

 To post your comments, please login or create an account.

Related

Topics

Cybersecurity

Sponsored byVerisign

New TLDs

Sponsored byAfilias

Whois

Sponsored byWhoisXML API

DNS Security

Sponsored byAfilias

Domain Names

Sponsored byVerisign

Cybercrime

Sponsored byThreat Intelligence Platform

Brand Protection

Sponsored byAppdetex