There are many ways that a bad actor can infiltrate your IT infrastructure and begin sifting through your data. These vulnerable entry points are known as risk vectors and include insecure endpoints, unsupported mobile devices, unpatched systems, and more.
One risk vector gaining popularity with hackers are Domain Name System (DNS) attacks. The Domain Name System Security Extensions (DNSSEC) protocol is designed to mitigate these attacks.
The DNSSEC protocol is a public key encryption that authenticates DNS servers and protects your organization’s web domains from DNS spoofing attacks. These hacks occur when a threat actor exploits a misconfigured DNS server to redirect domain traffic to a malicious website – prompting visitors to enter sensitive information in the wrong place. Common methods of DNS spoofing include man-in-the-middle attacks and DNS server hijacking. It’s a significant risk that can lead to data theft, malware infection, and more.
Worryingly, these attacks are on the rise. Last year, 72% of organizations reported experiencing a DNS attack. While the DNSSEC can help bring this percentage down, the protocol needs to be configured correctly. DNSSEC misconfigurations pose an open door for hackers seeking to exploit DNS vulnerabilities.
How to find DNSSEC misconfigurations: see your network the way hackers do
Unfortunately, as your digital infrastructure expands to include a growing number of websites and servers, identifying DNSSEC misconfigurations isn’t easy and can involve a time-consuming audit. It’s no surprise that only 31% of organizations are confident in their preparedness to deal with a DNS attack.