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DNS packet flow. This interposition is easier than it sounds because DNS traffic is generally unsigned, unencrypted UDP packets whose only control is a sequence number. Although the sequence number generally starts from a random point, it is generally simply incremented, which makes it easy to guess the next sequence number. Questions have also been raised about the true randomness of the sequence numbers.5 To perform this interposition, the attacker generally initiates a DoS attack against one of the components in your DNS infrastructure; for example, the attackers launch a DoS attack on a secondary DNS server in order to silence it and interpose themselves between the primary and secondary server. An attacker can also simply be in a right position, figuratively closer to your DNS server than another component in the DNS traffic flow. For example, an attacker can install a new DNS server on your network and respond to DNS queries before the real DNS server is able to do so. This is often possible if the DNS server being impersonated is on a different network or accessed via the Internet. Once in this position, the attacker has considerable scope to both gain critical information about the structure and contents of your networks or to insert malicious or bogus information into your environment. For example, by interposing themselves between a primary and secondary DNS server, attackers can acquire details of all the zones for which the DNS servers are responsible. This gives attackers a very detailed picture of your network without requiring them to perform any high-profile activities. These activities, such as scanning or probing your network, potentially have a much higher detection profile than the compromise of your DNS server.

Normal lunchtime in Spain is two or three o clock, while dinner usually isn t eaten before ten o clock. What better way to spend some of those long hours after work and before dinner than to meet friends at a local tavern and enjoy a glass or two of sherry People go to tapas bars not so much to eat but to talk and to enjoy each other s company. But of course lunch was hours earlier, and dinner will be hours later, so having a few bites to eat with your wine is almost a necessity. Out of these traditional dining habits grew the sociable custom of tapas, which has spread around the world.

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Probably the most dangerous form of DNS-based attack is cache poisoning. Cache poisoning occurs when an attacker introduces or substitutes malicious data into the cache of a DNS server. For example, the attacker monitors queries from a DNS server, intercepts the query, and provides a false answer. This could be a bogus IP address for a particular domain, such as providing a new IP address for the domain name of an Internet banking site. This bogus data is now stored in the cache of the DNS server. This bogus data can be used to direct clients that use this poisoned DNS server to the new IP address for that Internet banking site. The attacker situates a forged site, designed to resemble the real Internet banking site, at this new IP address. The user will assume this forged site is the legitimate Internet banking site and provide banking information. The attacker now has this information and can defraud the user.

Attackers generally have two reasons why they want to stage a DoS attack on your DNS infrastructure. The first reason is the normal purpose of a DoS attack: to deny service to your organization and users. The second reason is as an adjunct or precursor to another attack and to prevent your DNS server functioning whilst an attacker substitutes bogus information or a bogus name server for the domains and clients for which your DNS server provides services. Traffic-based DoS attacks are also possible with DNS data. This is because the size of an initial DNS query is quite small but usually results in a reply of a larger size. For example, a DNS

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