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Full Discussion: Multi-factor authentication
Operating Systems HP-UX Multi-factor authentication Post 302772052 by DGPickett on Friday 22nd of February 2013 02:37:26 PM
Old 02-22-2013
If you have the money for the tokens (I have carried many), the vendors help you get set up. I am not an SA focused guy.

Once, I proposed writing a free lightweight one where on top of the password, there was a challenge-response from a small database or flat file. You take a printout home and answer from that. Challenges get a one time use, so you need to generate a new set and print it out now and then. I guess you could put it in a file and automate it. What you have and what you know = 2 things. You might be able to set it up as a shell wrapper in passwd that demands the response before starting your shell.
 

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CHPASS(1)						    BSD General Commands Manual 						 CHPASS(1)

NAME
chpass, chfn, chsh, -- add or change user database information SYNOPSIS
chpass [-a list] [-p encpass] [-e expiretime] [-s newshell] [user] DESCRIPTION
The chpass utility allows editing of the user database information associated with user or, by default, the current user. The chfn, and chsh utilities behave identically to chpass. (There is only one program.) The information is formatted and supplied to an editor for changes. Only the information that the user is allowed to change is displayed. The options are as follows: -a The super-user is allowed to directly supply a user database entry, in the format specified by passwd(5), as an argument. This argu- ment must be a colon (``:'') separated list of all the user database fields, although they may be empty. [Note that this only changes the user database, master.passwd.] -p The super-user is allowed to directly supply an encrypted password field, in the format used by crypt(3), as an argument. [See the discussion in getpwent(3) about types of passwords; this option may not be appropriate.] -e expiretime Change the account expire time. This option is used to set the expire time from a script as if it was done in the interactive edi- tor. -s newshell Attempt to change the user's shell to newshell. Possible display items are as follows: Login: user's login name Password: user's encrypted password [do not use this to change a password; use passwd(1) instead] Uid: user's login Gid: user's login group Class: user's general classification Change: password change time Expire: account expiration time Full Name: user's real name (*) Home Directory: user's home directory Shell: user's login shell NOTE(*) - Historically, the so-call "GECOS" field in the user database entry contain the full name plus other information. Only the full name is currently supported. The login field is the user name used to access the computer account. The password field contains the encrypted form of the user's password. Do not use this to change a password; use passwd(1) instead. The uid field is the number associated with the login field. Both of these fields should be unique across the system (and often across a group of systems) as they control file access. While it is possible to have multiple entries with identical login names and/or identical user id's, it is usually a mistake to do so. Rou- tines that manipulate these files will often return only one of the multiple entries, and that one by random selection. The group field is the group that the user will be placed in at login. Since BSD supports multiple groups (see groups(1)) this field cur- rently has little special meaning. This field may be filled in with either a number or a group name (see group(5)). The class field references class descriptions in /etc/login.conf and is typically used to initialize the user's system resource limits when they login. The change field is the date by which the password must be changed. The expire field is the date on which the account expires. Both the change and expire fields should be entered in the form ``month day year'' where month is the month name (the first three characters are sufficient), day is the day of the month, and year is the year. The full name field contains the full name of the user. The user's home directory is the full UNIX path name where the user will be placed at login. The shell field is the command interpreter the user prefers. If the shell field is empty, the Bourne shell, /bin/sh, is assumed. When altering a login shell, and not the super-user, the user may not change from a non-standard shell or to a non-standard shell. Non-standard is defined as a shell not found in /etc/shells. Once the information has been verified, chpass uses pwd_mkdb(8) to update the user database. LOOKUPD AND DIRECTORY SERVICE AWARENESS
User database entries (among other things) are under the control of lookupd(8) and may be physically located in many different places, including local and remote netinfo(5) databases, directory service agents such as LDAP servers and flat file databases such as master.passwd. This version of chpass is currently limited to changing user database entries in the flat file and local netinfo databases. ENVIRONMENT
The vi(1) editor will be used unless the environment variable EDITOR is set to an alternate editor. When the editor terminates, the informa- tion is re-read and used to update the user database itself. Only the user, or the super-user, may edit the information associated with the user. See pwd_mkdb(8) for an explanation of the impact of setting the PW_SCAN_BIG_IDS environment variable. FILES
/etc/master.passwd the user database /etc/passwd a Version 7 format password file /etc/chpass.XXXXXX temporary copy of the password file /etc/shells the list of approved shells SEE ALSO
finger(1), login(1), passwd(1), getusershell(3), login.conf(5), passwd(5), pwd_mkdb(8), vipw(8) and Robert Morris and Ken Thompson, UNIX Password security. BUGS
User information should (and eventually will) be stored elsewhere. HISTORY
The chpass utility appeared in 4.3BSD-Reno. BSD
December 30, 1993 BSD
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