Dyne:bolic Linux kernel allows all the computers running the system on the same local network to share CPU power by migrating processes from machines that are working harder to machines that are idle. This feature is provided to enhance multiprocessing computation on slower computers: they are then aided by faster computers on the same network, with a more equitous sharing of common resources.
The cluster activates itself at every boot and on every new configuration of the network card, trying to autodetect other cluster nodes on the network: the process of sharing CPU power is totally automated and the groups are formed thru the autodiscovery scan of each node.
Your Dyne:bolic system encloses all the clustering tools in the filesystem directory /usr/mosix. You can manually startup the clustering at any time by launching the command /usr/mosix/openmosix start from an XTERM, while in that directory you'll also find useful tools to control and gather information on the way your network cluster works: mosctl and showmap among the others; for each you'll find also a man page.
This feature is implemented by a kernel patch from the OpenMosix project, you can know more about this technology and discover about advanced uses for it on the OpenMosix webpage, where you'll find extensive documentation and usage guides, while there is also a useful guide to the use of clustering in dyne:bolic on Spot's perspective on Technology website http://spot.river-styx.com/viewarticle.php?id=12.