Date: Sat, 12 Feb 2000 18:56:01 +0100
From: Sebastian <[email protected]>
To: [email protected]Subject: TESO - Nameserver traffic amplify and NS route discovery
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TESO Security Advisory
02/11/2000
Nameserver traffic amplify (DNS Smurf) and NS Route discovery (DNS Traceroute)
Summary
Nameservers which accept and forward external DNS queries may be abused
as traffic amplifiers, exposing a possible threat to network integrity
by bandwidth saturation (DNS Smurf).
A "deaf" pseudo nameserver may be used to discover the query chain a
DNS query takes through various nameservers, allowing to make a trace-
route like route discovery (DNS Traceroute).
Systems Affected
All type of nameservers which accept external queries. Especially those,
which forward the queries to other nameservers or those which have
excessive retry attempt values. The common value is to try three times,
but we have observed misconfigured servers which tried more then 20 times
sending out a query packet.
Note that this attack is completely different from the DNS Smurf attack
discovered by s0ftpr0ject [4], however, it exploits weaknesses in default
BIND [6] configurations too.
Tests
The following data is an except from initial tests we have conducted
against some vulnerable nameserver.
08:07:24.943598 ns2.domain > victim.domain: 15121 (35)
08:07:32.747253 ns3.domain > victim.domain: 8536 (35)
08:07:32.832604 ns2.domain > victim.domain: 15121 (35)
08:07:39.819289 ns3.domain > victim.domain: 8536 (35)
08:07:40.670228 ns1.1025 > victim.domain: 56483 (35)
08:07:44.405556 ns4.domain > victim.domain: 5306 (35) (DF)
08:07:48.928981 ns2.domain > victim.domain: 15121 (35)
08:07:52.669825 ns1.1025 > victim.domain: 56483 (35)
08:07:56.107063 ns3.domain > victim.domain: 8536 (35)
08:07:56.471586 ns4.domain > victim.domain: 5306 (35) (DF)
08:08:04.938187 ns6.domain > victim.domain: 26706 (35)
08:08:12.372097 ns5.2187 > victim.domain: 2352 (35)
08:08:13.826464 ns6.domain > victim.domain: 26706 (35)
08:08:16.669021 ns1.1025 > victim.domain: 56483 (35)
08:08:20.603050 ns4.domain > victim.domain: 5306 (35) (DF)
08:08:24.365990 ns5.2187 > victim.domain: 2352 (35)
08:08:30.873233 ns6.domain > victim.domain: 26706 (35)
08:08:32.658479 ns1.domain > querier.1025: 298 ServFail 0/0/0 (35)
08:08:48.369725 ns5.2187 > victim.domain: 2352 (35)
The initial DNS query packet had a size of 35 bytes, although packets
up to a size of 500 bytes are possible.
As you can see there are five nameservers who indirectly got the query,
which was send by "querier" (query packet not displayed). The first name-
server that got queried was "ns1".
The query is forwarded to five other nameservers, so all together there are
six nameservers which try to resolve the query domain. If the query domain
is a normal existent domain name, the authoritative nameserver will answer
promptly and the answer is returned to the original query host.
This is the normal case. However, if there is an authoritative nameserver
which does not respond to the queries send to it, all nameservers will
retry to resolve the domain by sending out the query packet, assuming the
UDP packet they have previously sent got lost.
Because all six nameservers do this, this results in a traffic amplify
with factor 18 (18 packets send for each attacker packet).
Through testing a few hundred nameservers on this vulnerability we quickly
found nameservers which will amplify with ratios well beyond 30, sometimes
even exceeding 50.
Impact
By abusing multiple nameserver-chains as traffic amplifiers an attacker can
easily saturate any network link. The traffic to the victim IP is caused by
the query packets which are sent by each nameserver in the nameserver-chain
to the fake authoritative nameserver in the victim network.
For the last few years denial of service (DoS) attacks that are based on
bandwidth saturation have always been a problem. A few years ago, when the
Smurf ICMP denial of service attack got publicly known nearly everyone was
able to saturate any link by abusing other networks as a traffic amplifier.
Since then numerous amplify attacks have been discovered, such as [3] and
[4], the original posting of the Smurf attack is [5].
Any method that allows an attacker to amplify his traffic can be abused for
a denial of service attack.
Explanation
When a nameserver receives a query, most nameservers usually just start
forwarding the query to some other nameserver. There can be quite a long
path of forwarding queries. However if the query is not resolvable
because there is no nameserver listening on the remote host, every
forwarding nameserver will start to resolve it on their own, by querying
the authoritative nameserver themselves. In the default configuration each
nameserver will send the query three times, after 0, 12 and 24 seconds,
ymmv.
This can be used to discover the path of nameservers. To do this an
attacker would query the first nameserver for a domain he can see the
packets on, at best the domain points to the query host itself. Then he
would record all nameservers that send out a packet to himself. After
having done this he would try with another nameserver of the ones he got
queries from. In the best case he will receive queries from all hosts
but one missing. The missing one is the first host in the route. After
having reduced the list by one he will start over with the reduced list
until there is only one nameserver remaining, which is the last in the
querying chain.
Through seeking especially long paths, where a lot of nameservers are
queried, this can be abused as a traffic amplify bandwidth attack, as shown
above.
Since the important entries such as the NS entry is in the cache of each
nameserver after the first query, the attack is very fast pacing after the
first query, since no additional packets are sent to the attacker and the
attacker may spoof the UDP query packets. If the attacker is clever he
would use a very short lifetime for his NS entry, while using a long
lifetime for the victim subdomain. After the first query succeeded he will
just shut his nameserver down and send out spoofed query packets at a very
fast rate.
Solution
"Defense is the best Offense" - said by a wise person. By protecting your
own nameservers against being abused by attackers you secure other sites at
the same time. If you run BIND [6] nameservers in your network please care
to read basic BIND configuration tutorials and especially documents on how
to secure your BIND configuration [7].
Also notice that you may fall victim to the same attack, if only one
nameserver in your network is vulnerable -- That means if only one
server is accepting queries for external domains from strangers, this
nameserver inside your network will send out trusted queries to other
nameservers in your network, and hence can be abused too.
By taking more generic measures against being the originator network of
denial of service attacks, such as improving your overall network security,
you contribute to the security of all other networks in the Internet too.
I urge you to subscribe to a security related mailing list, such as
Bugtraq [8] or, if you cannot afford the time necessary to read such a
list, at least subscribe to the CERT list [9].
In general there is no foolproof method to avoid getting a victim of a DNS
Smurf. But what can you do if you get attacked ?
To think of the correct response we have to think of why this attack works.
It works because other nameservers try to query a non-existent nameserver
in your network and don't get any response, hence retrying again. To just
filter DNS traffic to this IP is only of little use as a short-time
measure. Instead setting up a bogus DNS server on the victim IP address,
which replies with bogus answers to any query it receives will reduce the
impact of the attack.
However the real cause for the attack is still the number of misconfigured
DNS servers out there, which accept queries for external domains from
strangers. Another reason is the unreliable transport protocol which makes
it impossible for the nameserver to notice the unreachability of the remote
victim nameserver.
Acknowledgments
================
The bug discovery and the demonstration programs is due to TESO [1].
This advisory has been written by scut and hendy.
The tests and further analysis were done by scut.
The demonstration exploit has been written by scut.
Contact Information
The TESO crew can be reached by mailing to [email protected].
Our web page is at http://teso.scene.at/
References
[1] TESO
http://teso.scene.at/
[2] Packetfactory
http://www.packetfactory.net/
[3] The "MAC DoS Attack", a x37 traffic amplify attack
posted on Bugtraq Mailing List 12/28/1999, discovered by John Copeland
[4] DNS Smurf (through query/answer ratio)
s0ftpr0ject Security Advisory SPJ-002-000, July 19, 1999
posted on Bugtraq Mailing List 07/30/1999, discovered by scacco
[5] ICMP ECHO Requests to Broadcast addresses (ICMP Smurf attack)
posted on Bugtraq Mailing List 07/19/1997, posting by Edward Henigin
[6] BIND nameserver software - Internet Software Consortium
http://www.isc.org/
[7] Securing Domain Name Service
Article on securityportal.com security related website
http://securityportal.com/cover/coverstory19990621.html
[8] Bugtraq Mailing List
http://www.securityfocus.com/about/feedback/subscribe-bugtraq.html
[9] CERT Mailing List
http://www.cert.org/contact_cert/certmaillist.html
Disclaimer
This advisory does not claim to be complete or to be usable for any
purpose. Especially information on the vulnerable systems may be
inaccurate or wrong. The supplied exploit is not to be used for malicious
purposes, but for educational purposes only.
This advisory is free for open distribution in unmodified form.
Articles that are based on information from this advisory should include
link [1].
Exploit
We've created a working demonstration program to exploit the vulnerability.
The program needs Libnet, a low level network library installed, which can
be obtained through [2].
The exploit is available from
http://teso.scene.at/
------
regards,
scut / teso
[http://teso.scene.at/]
--
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