SYNOPSIS

COPYRIGHT

DESCRIPTION

Designed to run as a daemon, radium generally reads argus records directly from a remote argus, and writes the transaction status information to a log file or open socket connected to an argus client (such as ra(1)). Radium provides the same data access controls as argus.8, including remote filtering, source address based access control, indivual oriented strong authentication and confidentiality protection for the distributed data, using SASL and tcp_wrapper technology. Please refer to the INSTALL and README files for each distribution for a complete description.

Radium is normally configured from a system /etc/radium.conf configuration file, or from a configuration file either in the $RADIUMHOME directory, or specified on the command line.

OPTIONS

-b

Dump the compiled packet-matching code to stdout and stop. This is used to debug filter expressions.

-B

<addr> Specify the bind interface address for remote access. Acceptable values are IP version 4 addresses. The default is to bind to INADDR_ANY address.

-d

Run radium as a daemon. This will cause radium to do the things that Unix daemons do and return, if there were no errors, with radium running as a detached process.

-D

<level> Print debug messages to stderr. When compiled to support debug printing, the higher the <level> the more information printed. Acceptable levels are 1-8.

-e

<value> Specify the source identifier for this radium. Acceptable values are numbers, hostnames or ip address.

-h

Print an explanation of all the arguments.

-F

Use conffile as a source of configuration information. Options set in this file override any other specification, and so this is the last word on option values.

-O

Turn off Berkeley Packet Filter optimizer. No reason to do this unless you think the optimizer generates bad code.

-p

Override the persistent connection facility. Radium provides a fault tolerant feature for its remote argus data access facility. If the remote argus data source closes, radium will maintain its client connections, and attempt to reestablish its connection with remote source. This option overrides this behavior, causing radium to terminate if any of its remote sources closes.

-P

<portnum> Specifies the <portnum> for remote client connection. The default is to not support remote access. Setting the value to zero (0) will forceably turn off the facility.

-r

Read from argus(8) , data files. Radium will read from only one input data file at a time. If the -r option is specified, radium will not put down a listen(2) to support remote access.

-S

<host[:port]> Specify a remote argus-server <host>. Appending an port specifier is required to attach to a port different than the port value specified with the -P option, or the default.

-T threshold[smh] (secs)

Indicate that radium should correct the timestamps of received argus records, if they are out of sync by threshold secconds. Threshold can be specified with the extensions s, m, or h for seconds, minutes or hours.

-w

<file ["filter"] Write transaction status records to output-file. An output-file of '-' directs radium to write the resulting radium-file output to stdout.

-X

Clear existing radium configuration. This removes any initialization done prior to encountering this flag. Allows you to eliminate the effects of the /etc/radium.conf file, or any radium.conf files that may have been loaded.

expression

This tcpdump(1) expression specifies which transactions will be selected. If no expression is given, all transactions are selected. Otherwise, only transactions for which expression is `true' will be dumped. For a complete expression format description, please refer to the tcpdump(1) man page.

FILES

/etc/radium.conf         - radium daemon configuration file 
/var/run/radium.#.#.pid  - PID file 

EXAMPLES

Run radium as a daemon, reading records from a remote host, using port 561, and writing all its transaction status reports to output-file. This is a typical mode.

radium -S remotehost:561 -d -e `hostname` -w output-file

Collect records from multiple argi, using port 561 on one and port 430 on the other, and make all of these records available to other programs on port 562.

radium -S host1:561 -S host2:430 -de `hostname` -P 562

Collect records from multiple Cisco Netflow sources, using the default port, and make the resulting argus records available on port 562.

radium -C -S host1 -S host2 -de `hostname` -P 562

Radium supports both input filtering and output filtering, and radium supports multiple output streams, each with their own independant filters.

If you are interested in distributing IP traffic only (input filter) and want to separate traffic into differing files based on traffic type, this simple example separates ICMP traffic from other traffic.

radium -w file1 "icmp" -w file2 "not icmp" - ip

Audit the network activity that is flowing between the two gateway routers, whose ethernet addresses are 00:08:03:2D:42:01 and 00:00:0C:18:29:F1. Make records available to other programs through port 430/tcp.

radium -S source -P 430 - ether host (0:8:3:2d:42:1 and 0:0:c:18:29:f1) &

Process argus records from a remote source only between 9am and 5pm every day and provide access to this stream on port 562.

radium -S remotehost -t 9-17 -P 562

AUTHORS

Carter Bullard ([email protected])