Hello Nadav - Each instance of Radiator would be configured as a separate Windows service, with the “frontend” listening on the standard RADIUS ports (1645/1646 and/or 1812/1813).
The “backend” Radiator instances would listen on whatever ports you want (ie. 11812/11813, and 12812/12813, and 13812/13813, whatever…). The “frontend” instance would then use AuthBy PROXY clauses to proxy to the corresponding “backend’s”. BTW - it is generally a good idea to have separate authentication and accounting instances as well (ie. one Windows service for authentication on 1645 and/or 1812, and another Windows service for accounting on 1646 and/or 1813). regards Hugh > On 16 Oct 2015, at 17:47, Nadav Hod <nadav....@comm-it.co.il> wrote: > > Hi Hugh, > > I came across your post on the matter from a few years back: > http://www.open.com.au/pipermail/radiator/2012-August/018488.html > > I was wondering if you could explain how this is performed on the same > Windows Server. For example, assuming I wanted to have a front-end server as > one process and three other Radiator processes for authenticating different > kinds of traffic. How would this be configured so that the backend could > communicate with the frontend and vica versa? > > Would I need to install a different Windows service for each of these > processes? How would I ensure that each process would run under a different > core? Could one process which is CPU-intensive also use up a different core > if necessary so that this doesn't cause a bottleneck? -- Hugh Irvine h...@open.com.au Radiator: the most portable, flexible and configurable RADIUS server anywhere. SQL, proxy, DBM, files, LDAP, NIS+, password, NT, Emerald, Platypus, Freeside, TACACS+, PAM, external, Active Directory, EAP, TLS, TTLS, PEAP, TNC, WiMAX, RSA, Vasco, Yubikey, MOTP, HOTP, TOTP, DIAMETER, SIM, etc. Full source on Unix, Linux, Windows, MacOSX, Solaris, VMS, NetWare etc. _______________________________________________ radiator mailing list radiator@open.com.au http://www.open.com.au/mailman/listinfo/radiator
