XYGATE Merged Audit Reference Manual
Table Of Contents
- Cover
- Copyright
- Publication History
- Contents
- Quick Reference for Common Tasks
- Introduction
- 1. Installing XMA
- 1.1 Before You Begin
- 1.2 Installing XMA Using the Automated Install Script
- 1.3 Installing the SIEM Log Adapter
- 1.4 Upgrading XMA or XTR Using the AutoInstall Script
- 1.5 Upgrade Considerations
- 1.6 Uninstalling XMA or XTR Using the Auto Uninstall Script
- 1.7 Managing the XYGATE License
- 1.8 Generate Reports Using XYGATE Report Manager (XRM)
- 2. Sending Data to Your ArcSight SIEM
- 3. Configuring Filters and the FILTERS File
- 3.1 How to Edit the FILTERS File
- 3.2 Filter Syntax
- 3.3 Building a Filter
- 3.3.1 Step 1. Name the Filter
- 3.3.2 Step 2. Set the Filter Status
- 3.3.3 Step 3: Set the EVALUATE_MSG Keyword
- 3.3.4 Step 4. Define the Filter’s Mover
- 3.3.5 Step 5. Define the Filter’s Data Selection Criteria
- 3.3.6 Step 6. Define the Filter’s Action
- 3.3.7 Step 7. Syntax Check and Compile Your FILTERS File
- 3.3.8 Step 8. Test Your Alerts
- 3.4 Variable Substitution Processing in the FILTERS File
- 3.5 Node-Conditional Processing in the FILTERS File
- 3.6 Determine the TCP/IP Process for Email, IPALERT, SNMP Alerts
- 3.7 Sending XMA Data to an Audit Logging Appliance
- 4. Generating Reports Using XRM
- 4.1 Generating Audit Reports Using XMA_REPORT
- 4.2 Select the Audit Subvolume
- 4.3 Select by Date and/or Time Range
- 4.4 Select by Subject Userid
- 4.5 Select by Subject Login Name(s)
- 4.6 Select by System
- 4.7 Select by Subject Terminal
- 4.8 Select Subject by Object Type
- 4.9 Select by Object Name
- 4.10 Select by Operation
- 4.11 Select By Outcome
- 4.12 Select the Output File’s Location
- 4.13 Select the Report’s Sort Order
- 4.14 Select by Rule Name
- 4.15 Select by XYGATE Product Code
- 4.16 Select by ALERTED Column
- 4.17 Select by Text in the Result Column
- 4.18 Select by Message Code
- 4.19 Select by Message ID
- 4.20 Run the Report
- 4.21 Running Reports from Archived Tables
- 5. Using XMA_MANAGER
- 6. Configuring MOVERs
- 7. Safeguard Selection Criteria
- 8. Maintaining the XMA Database
- 9. Troubleshooting
- A: The MACONF File
- B: Administrative Tables
- B1: XYGATE MOVER Configuration Tables
- B2: XYGATE MOVER State Tables
- B3: EMS MOVER Table =XMA__EMSMVTBL
- B4: EMS MOVER Parameters Table =XMA_EMSMVPARAMSTBL
- B5: EMS MOVER State Table =XMA_EMSMVSTATETBL
- B6: MEASURE MOVER Tables
- B7: SAFEGUARD MOVER Table =XMA_SFGMVTBL
- B8: SAFEGUARD Parameter Table =XMA_SFGMVPARAMSTBL
- B9: SAFEGUARD MOVER State Tables
- B10: BASE24 MOVER Table
- B11: BASE24 Parameter Table
- B12: BASE24 State Tables
- B13: TCP/IP Syslog Tables
- B14: HLR MOVER TABLE
- B15: HLR Parameter Table
- B16: HLR State Tables
- B17: iTP Secure WebServer MOVER Table
- B18: iTP Secure WebServer State Table
- B19: ARCHIVE Tables
- B20: PARAMS Table
- B21: SESSIONOIP Table
- C: Data Tables
- D: Sample Filters
- D1: Filter out $CMON’s “I’m Alive” Messages
- D2: Filter out XPC STATUS Commands
- D3: Filter out Safeguard reading its own user database
- D4: Filter out Safeguard No Record
- D5: Filter out XOS No Record
- D6: Filter out XOS What-if tests
- D7: Alert for SUPER.SUPER’s password change via XPQ
- D8: Alert when someone logs directly on as SUPER.SUPER
- D9: Alert for XAC command containing "–255"
- D10: Selecting security-related BASE24 EMS events
- D11: Selecting CLIM events
- E: XMA Host Macros
- E1: ADELMAC
- E2: ARCMAC
- E3: CLEANDB
- E4: EMSBUILD
- E5: PARSAMP
- E6: REMFIN
- E7: UPDSTAT
- E8: XMA_AUDIT_REPORT
- E9: XMA_COMPILE_FILTERS
- E10: XMA_DATETIME_MAKE
- E11: XMA_DBVOLUME
- E12: XMA_EDIT_FILTERS
- E13: XMA_FILTERS_CHECK
- E14: XMA_INSTALL_LICENSE
- E15: XMA_LOAD_DEFINES
- E16: XMA_NETWORK_FILTERS_CHECK
- E17: XMA_NETWORK_LICENSE_INSTALL
- E18: XMA_NETWORK_VERSION
- E19: XMA_PWCOLD
- E20: XMA_PWCOOL
- E21: XMA_PWSTOP
- E22: XMA_PWVOLUME
- E23: XMA_SQLCOMPALL
- E24: XMA_SYNTAX_CHECK
- E25: XMA_UPDATE_FILTERS
- E26: XMA_VERSION
- E27: XMA_VOLUME
- F: TCLEXC
- G: Data Mapping
- G1: General Notes on Data Mapping Columns
- G2: Column Descriptions
- G3: How to Use the Data Mapping Tables
- G4: BASE24 Data Mapping
- G5: BASE24-eps Data Mapping
- G6: HLR Data Mapping
- G7: EMS Data Mapping
- G8: iTP Secure WebServer Mapping
- G9: Measure Data Mapping
- G11: Safeguard Data Mapping
- G12: XYGATE Access Control (XAC) Data Mapping
- G13: XYGATE Supported CMON (XCM) Data Mapping
- G14: XYGATE Host Encryption (XHE) Data Mapping
- G15: XYGATE Key Management (XKM) Data Mapping
- G16: XYGATE Process Control (XPC) Data Mapping
- G17: XYGATE Password Quality (XPQ) Data Mapping
- G18: XYGATE Object Security (XOS) Data Mapping
- G19: XYGATE Safeguard Manager (XSM) Data Mapping
- G20: XYGATE Combined Spoolcom Peruse Data Mapping (XSP)
- G21: XYGATE Transaction Router (XTR) Data Mapping
- G22: XYGATE User Authentication (XUA) Data Mapping
- G23: XYGATE Compliance PRO (XSW) Data Mapping
- G24: Column Usage Table
- Glossary
- Index
XYGATE Merged Audit
®
Reference Manual
Chapter 9. Troubleshooting
XYPRO Technology Corporation 161 Proprietary and Confidential
9.2.4 PING the Log Warehouse System
1. At TACL enter info define * to look for the define for the current TCPIP process.
If the TCPIP process is not the same as the one configured in the IPALERT Filters,
then set the define for your current session to the IPALERT’s TCPIP process.
2. Once you have done that, ping the log warehouse box to test the connection. In
the Filter:
• IPALERT_IPPROCESS $ZTC2
• IPALERT_PORT 514
• IPALERT_ADDRESS 10.1.1.52
Example 4:
$$DATA04.XYGATEMA 20> info define =tcp*
Define Name =TCPIP^PROCESS^NAME
CLASS MAP
FILE \N1.$ZTC0
3.
Change the DEFINE to point to the IPALERT’s TCPIP process:
$$DATA04.XYGATEMA 21> alter define =tcpip^process^name,file $ztc2
4.
PING the log warehouse:
$$DATA04.XYGATEMA 22> ping 10.1.1.83
PING 10.1.1.83: 56 data bytes
64 bytes from 10.1.1.83: icmp_seq=0. time=29. ms
64 bytes from 10.1.1.83: icmp_seq=1. time=10. ms
64 bytes from 10.1.1.83: icmp_seq=2. time=10. ms
64 bytes from 10.1.1.83: icmp_seq=3. time=10. ms
----10.1.1.83 PING Statistics----
4 packets transmitted, 4 packets received, 0% packet loss
round-trip (ms) min/avg/max = 10/14/29
$$DATA04.XYGATEMA 23>
This test shows that the XMA is sending data to a valid address (the log warehouse)
via a valid TCP/IP process.
9.3 Audit Log Warehouse Data Parsing
If the log warehouse system receives data from XMA but the data is not being parsed
into the correct columns, refer to section 3.7, “Sending XMA Data to an Audit Logging
Appliance” starting on page 76 and Chapter 7, “Safeguard Selection Criteria” starting
on page 135 for more information.