HP-UX AAA Server A.08.01 administrator's guide (T1428-90072, May 2010)
Table Of Contents
- HP-UX AAA Server A.08.01 administrator’s guide
- Table of Contents
- About This Document
- Part I Introduction
- 1 Overview: The HP-UX AAA Server
- 2 Upgrading to Version A.08.01
- 3 Installing and Securing the HP-UX AAA Server
- Acquiring the HP-UX AAA Server Software
- Installing and Uninstalling the HP-UX AAA Server
- HP-UX AAA Server File Locations
- Securing the HP-UX AAA Server
- Changing the Default HP-UX AAA Server Settings
- Environment Specific Security Procedures
- Using Secure Socket Layer (SSL) for Secured Remote Server Manager Administration
- Creating a Tomcat Identity Specifically for the HP-UX AAA Server
- Running the HP-UX AAA Server on Hosts with System Hardening Software
- Running the HP-UX AAA Server as a Non-Root User
- Setting Up the HP-UX AAA Server to Start as Non-Root User After Reboot
- 4 Enabling the HP-UX AAA Server for GUI-based Administration
- Part II Configuring the HP-UX AAA Server Manager Using the Server Manager GUI
- 5 The HP-UX AAA Server Manager Interface
- 6 Managing HP-UX AAA Servers
- 7 Configuring RADIUS Clients Using the Access Devices Screen
- 8 Configuring Realms
- 9 Configuring Proxies
- 10 Configuring Users
- 11 Modifying Server Properties
- Navigating the Server Properties Screen
- DHCP Relay Properties
- DNS Updates Properties
- Message Handling Properties
- SNMP Properties
- Tunneling Properties
- Certificate Properties
- File Size Properties
- Miscellaneous Properties
- Local Users File Properties
- ProLDAP Properties
- AAA Server As A Client Properties
- Client Action Properties
- 12 Logging and Monitoring
- Overview
- Server Log Files
- Accounting Log Files
- Using Server Manager to Retrieve Accounting Logfiles
- Format of Accounting Records in the Default Merit Style
- Writing Livingston CDR Accounting Records
- Changing the Accounting Log Filename
- Changing the Accounting Log Rollover Interval
- Rolling Over the Log File and Accounting Stream and Setting the Log Level
- Part III Advanced Configuration Information
- 13 Securing LAN Access With EAP
- 14 Managing Sessions
- 15 Assigning IP Addresses
- 16 OATH Standards-Based OTP Authentication
- OTP and OATH Overview
- HP-UX AAA Server and OATH Support
- Supported OTP Functions for RADIUS Standard Password (PAP) and MS-CHAP v2
- Components Required to Configure OTP Authentication
- Configuring OTP Authentication on the HP-UX AAA Server
- OTP Authentication Configuration Flowchart
- Basic or Typical Configuration
- Advanced Configuration
- Predefined Mapping and Conversion Functions
- Sample Configuration Files
- 17 Configuring EAP-SIM and EAP-AKA Authentication Methods
- EAP-SIM
- EAP-AKA
- Fast Re-Authentication
- Pseudonym Identities
- Generating Authentication Vectors Using A3, A8, and AKA Algorithms
- 18 Configuring HP-UX AAA Server for Scalability and High-Availability
- Overview
- Scalability and High-Availability Concepts
- HP-UX AAA Server Deployment for Scalability and High-Availability
- Managing Multiple HP-UX AAA Servers For Scalability and High-Availability
- Disaster Recovery of the HP-UX AAA Server Manager
- 19 Configuring the HP-UX AAA Server for Client Functionality
- 20 Configuring the HP-UX AAA Server for Dynamic Authorization
- Dynamic Authorization Overview
- HP-UX AAA Server and Dynamic Authorization
- Processing of Dynamic Authorization Requests
- Configuring for Dynamic Authorization
- Basic Configuration
- Advanced Configuration
- Sample Configuration Files
- Part IV Integrating the HP-UX AAA Server With External Services
- 21 LDAP Authentication
- 22 SQL Access
- SQL Access Overview
- Implementing SQL Access
- Administering Users and Tokens Stored in an SQL Database
- Multi-Row Support For SQL Access
- 23 Simple Network Management Protocol (SNMP) Support
- 24 VPN Tunneling
- 25 Using DHCP
- Part V Customizing the HP-UX AAA Server
- 26 Customizing the HP-UX AAA Server Using the Finite State Machine
- 27 Customizing the HP-UX AAA Server Using Policies
- 28 Customizing the HP-UX AAA Server Using the SDK
- Part VI Troubleshooting
- 29 Troubleshooting Overview
- 30 Troubleshooting Procedures
- Troubleshooting Flowchart
- Troubleshooting the Server Manager Administration Utility
- Troubleshooting the HP-UX AAA Server
- 31 Troubleshooting Resources
- 32 Reporting Problems
- Part VII Reference
- 33 Configuration Files
- HUP Processing
- The aaa.config File
- Variables in the aaa.config File
- The strict_duplicate_check Variable
- The aatv.ProLDAP Property
- The iaaa.SNMP Property
- The log_threshold_limit and suppression_interval Variables
- The list_copy_limit Variable
- The localUsersFile.FilterType Property
- The default_users_file_cis_search Property
- The log_forwarding Variable
- The log_generated_request Variable
- The ourhostname Variable
- The packet_log Variable
- The radius_log_fmt Variable
- The reply_check Variable
- OTP Authentication-Related Configuration Items
- Dynamic Authorization-Related Configuration Items
- Variables in the aaa.config File
- The clients File
- The users File
- The dictionary File
- The las.conf File
- The vendors File
- The log.config File
- 34 Attribute-Value Pairs
- 35 MIB Objects
- 33 Configuration Files
- A Supported IETF RFCs
- B Supported Authentication Methods
- C RADIUS Data Packets
- D Header Files, Data Structures, and APIs in the HP-UX AAA Server SDK
- E Syntax of the Decision Files in Earlier Versions of the HP-UX AAA Server
- Glossary of Terms
- Index
RADIUS
Client
A NAS or other device that sends requests to an AAA server.
RAS Remote Access Server.
Realm A realm is a logical group of users, who usually can be authenticated using one particular method.
Grouping users into realms simplifies the management of those users in a distributed environment.
For example, an ISP’s users may be from different organizations located in different cities. Each
organization already has one way or another to authenticate its users and each corresponds to a
realm. Each realm would be responsible for managing its users, providing authentication and
authorization for their access requests. A realm has a name that looks very much like a domain
name, but they bear different meanings. Realms are only used by the AAA Server to determine
where an authentication request should be sent and what kind of authentication to request, etc.
Naming a realm with its domain name simplifies things for the users, since their access ids will
then look the same as their e-mail addresses. A realm may also have multiple aliases, providing
a way to shorten long realm names.
Remote
Access Dial In
User Service
An authentication and accounting protocol defined by the IETF in a series of RFCs, abbreviated
as RADIUS.
Remote
Access Server
A service that allows remote clients running Microsoft Windows or Windows NT to dial in to a
network, abbreviated as RAS.
Remote Server In the context of a proxied Access-Request, the remote server is the AAA server that receives the
request from the forwarding server. The remote server authenticates the request and sends a reply
to the forwarding server.
Request For
Comment
The basis for an IETF standard, abbreviated as RFC.
RFC Request For Comment.
SAT Simultaneous access token.
Server
Manager
A Web-based graphical user interface which provides an interface between an administrator and
the AAA servers. In addition to creating, modifying, and deleting entries in many of the server’s
configuration files, an administrator may start and stop the AAA server, access the server’s status
and system time, retrieve information from accounting and session logs, and terminate sessions.
Service The RADIUS client provides a service to the dial-in user, such as PPP or Telnet.
Session Each service provided by the client to a dial-in user constitutes a session, with the beginning of
the session defined as the point where service is first provided and the end of the session defined
as the point where service is ended. A user may have multiple sessions in parallel or series if the
RADIUS client supports that feature.
Simple
Network
Management
Protocol
(SNMP)
SNMP provides a mechanism for a centrally located management workstation to monitor the
activity of remote computers and network services.
Simultaneous
Access Token
The concept of token helps define and enforce policies in regard to modem pool sharing among
various participating institutions. A simultaneous access token is required when a user accesses
a non-priority modem. Tokens are allocated to realms and are grouped into pools. The total
number of tokens a realm has is defined by the HP-UX AAA server so that the LAS may control
simultaneous use, abbreviated as SAT.
SLA Service Level Agreement.
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