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398 Lotus Security Handbook Ignoring ICMP redirect messages A would-be attacker might try to redirect traffic from the organization’s servers to a different gateway or a non-existent gateway. Additionally, the would-be attacker might try to inject bogus routes into the server’s routing table. All these can be accomplished through the unassuming ICMP Redirect Message, and it is a very effective denial of service attack. In addition to blocking ICMP Redirect messages at the firewall, if the operating system supports it, the following additional layer of security of ignoring ICMP Redirect messages should be added: ► With Solaris, use the following command: ndd -set /dev/ip ip_ignore_redirect 1 ► With GNU/Linux 2.4.x, the command is: echo 0 > /proc/sys/net/ipv4/conf/all/accept_redirects Disable sending of ICMP Redirect messages Only routers need to send ICMP Redirect messages. Because the organization’s DMZ servers and firewall are not routing any packets, there should be no reason to send them: ► For Solaris, use the following command: ndd -set /dev/ip ip_send_redirects 0 ► For GNU/Linux 2.4.x, the command is: echo 0 > /proc/sys/net/ipv4/conf/ all/send_redirects Timestamp request broadcast An ICMP timestamp request (ICMP type 13) allows a system to query another for the current time. The return value is the number of milliseconds since midnight. ICMP timestamp requests have been used to synchronize clocks between systems rather than using the rdate command because the precision is better. Individual timestamp requests are normal, but there is no need for a system to respond to a broadcast request. Finally, NTP should be looked at in order to keep time synchronized between servers because it is much better at keeping the time, and allows for authentication and peering of multiple time sources, which makes it much harder to spoof. This makes it possible to ICMP type 13 (timestamp request) and type 14 (timestamp reply) altogether: ► With Solaris, use the following command: ndd -set /dev/ip ip_respond_to_timestamp_ broadcast 0
9.4.9 Remote log server One of the many techniques would-be attackers use to <strong>cover</strong> their presence is to wipe clean any logging facilities that may (or rather should) have been enabled. This includes: account logging, system messages, error logs, traffic logs, and so forth. One way to circumvent this problem is to log all of the organization’s servers to a remote logging machine. The remote logging machine should only accept logging traffic from those servers. That way, even if a server is compromised, the logs will still be available to perform the forensic analysis of what went on. The appropriate packet filter should be configured on the logging server to drop all traffic except UDP/514. The logs on the logging server can additionally be archived to media such as CD-R, WORM, or tape. UNIX has very strong centralized logging facilities. It is true that some applications use their own log files and do not use syslog. However, the file system hierarchy is designed with support for a centralized location, /var/log. Additionally, most UNIX systems and GNU/Linux distributions come with an automated log rotation and management facility. The logs are automatically rotated, based on criteria such as size or age; and can automatically be compressed, renamed, and even archived. To further enhance the logging capabilities of the UNIX or GNU/Linux server, the normal syslogd should be replaced with a more robust, configurable, and secure alternative known as syslog-ng. It has several enhancements over the normal syslogd, including the ability to filter messages on message content, not just facility.priority pairs. Using regular expressions, host information could be logged into individual logs. syslog-ng might already come with the UNIX operating system or GNU/Linux distribution, but if it does not, it can be found at the following URL: http://www.balabit.hu/en/products/syslog-ng/ This concludes the discussion on hardening UNIX operating systems and GNU/Linux distributions. While this material applies to AIX as well, AIX has some unique traits, which are <strong>cover</strong>ed separately in the next section. 9.5 Hardening the AIX operating system AIX is an open UNIX operating environment that provides increased levels of integration, flexibility, and reliability that are essential for meeting the high Chapter 9. Server hardening 399
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* Notes SDK include files */ #inclu
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* *********************************
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Hostname="localhost.dotnsf.com" Por
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Other publications Online resources
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