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With copies of the ipsec.conf file on both systems, you want to connect, and with the firewalls rules right, you can now attempt to start the VPN tunnel. You use the ipsec auto command to start a VPN tunnel. Enter the following: puppy# ipsec auto --up puppy_to_kitten 102 "puppy_to_kitten" #1: STATE_MAIN_I1: initiate 104 "puppy_to_kitten" #1: STATE_MAIN_I2: from STATE_MAIN_I1; sent MI2, expecting MR2 106 "puppy_to_kitten" #1: STATE_MAIN_I3: from STATE_MAIN_I2; sent MI3, expecting MR3 004 "puppy_to_kitten" #1: STATE_MAIN_I4: ISAKMP SA established 110 "puppy_to_kitten" #2: STATE_QUICK_I1: initiate 004 "puppy_to_kitten" #2: STATE_QUICK_I2: sent QI2, IPSec SA established You only need to start the connection from one system. Once you have run this command, your IPSec tunnel should be up and connected. You can also use the ipsec auto command to shut down the connection. Enter the following: puppy# ipsec auto --down puppy_to_kitten The ipsec command comes with a variety of other useful functions. One of which is barf, which outputs a considerable quantity of debugging and logging data that is often useful for assisting in resolving issues and problems with Openswan. Listing 3-26 shows how to run barf. Listing 3-26. Debugging Openswan puppy# ipsec barf > barf.log Here I have directed the barf output to a file. Another useful command if you have changed your IPSec configuration is the ipsec setup command, which you can use to stop and restart IPSec. Enter the following:

puppy# ipsec setup --stop puppy# ipsec setup --start You can see details of the other ipsec commands by entering the following: puppy$ ipsec --help

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In the previous section you looked at securing persistent connections in the form of always active applications such as a mail server or a network-enabled syslog daemon But other types of connections exist also, most notably on-demand connections such as those initiated and controlled by the inetd or xinetd daemons (sometimes called master daemons) As a result of the number of systems that use inetd and xinetd, it is worth taking a brief look at these daemons and decide whether you need to run them These daemons monitor the ports defined to them, and if they receive a connection on that port, then the daemons start the required application The inetd/xinetd daemons can also provide access control (including using TCP Wrappers) and additional logging while they manage the applications and connections.

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In contrast, most persistent connections are started using init scripts and consist of running a program and placing it in the background or in daemon mode The daemon handles binding itself to required ports and generally handles its own access controls and logging The Sendmail daemon, for example, binds itself to port 25, has the ability to control who connects to it, and logs to the maillog log file The original daemon used on a lot of Linux systems was called inetd These days many Linux distributions Red Hat, for example use a more secure and advanced version called xinetd17 that added better access controls, some protection from Denial of Service attacks, and considerable further sophistication of potential configuration Debian, though, still uses inetd The origin of inetd/xinetd-style functionality comes from a requirement to have a central server to manage and control a variety of independent networked services.

Some of the services that inetd/xinetd traditionally handle are functions such as echo, chargen, and finger Debian also uses inetd by default to start telnet, smtp, and ftp I recommend you disable whichever of these your system uses and instead rely on individual init scripts to start those services, daemons, and applications you require I recommend you do this for two reasons The first is that most of the services that inetd/xinetd controls are often unnecessary for many systems and can even pose a security risk to your system Review all the services started by inetd/xinetd carefully, but I suggest that most of them are either not required or could be started equally securely using an init script One of the elements of good security is operating with the principle of minimalism in mind.

So stop and disable any service or application that is not 100 percent required for the function of your secured system The second reason I recommend you disable inetd/xinetd is because both of these daemons pose a security risk to your system in their own rights This risk is both in the many security vulnerabilities discovered in both daemons but also because it adds another potential point of security failure Indeed, many attackers can often use your inetd/xinetd daemon to install or prime a backdoor on your system by penetrating the daemon Any potential security.

17. http://www.xinetd.org/

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