Full Mode Snort Alert Modes
2.8.7 Sending Alerts to Windows
Snort can send alerts to Microsoft Windows machines in the form of pop-up windows. These pop-up windows are controlled by Windows Messenger Service. Windows Messenger Service must be running on your Windows machine for pop-up windows to work. You can go to Control Panel and start the Services applet to find out if Windows Messenger Service is running. The Services applet is found in the Administrative Tools menu on your Windows system. Depending on your version of Microsoft Windows, it may be found in Control Panel or some other place. The SAMBA client package must be installed on your UNIX machine. SAMBA is an open source software suite that allows UNIX file and printer sharing with Microsoft Windows machines. SAMBA software runs on UNIX platforms. It can work with any other operating sys- tem that understands Common Internet File System CIFS or Server Message Block SMB protocol. More information about SAMBA is available from http:www.samba.org. The Snort alert mechanism uses smbclient program on the UNIX machine to connect to the Windows machines and send the alerts. Make sure that the SAMBA client is working prop- erly before trying to use this service. SAMBA operations are dependent upon its configuration file etcsambasmb.conf on a RedHat system. This file may be located at a different place on other UNIX systems. Although detailed discussion on SAMBA is beyond the scope of this book, a sample SAMBA configuration file is listed below. This file can be used to jump start SAMBA. The file creates a workgroup REHMAN which you can view from “Network Neighborhood” part of your Windows machines.2.8.7.1 Sample Samba Configuration File
A sample etcsambasmb.conf file is as follows: [global] workgroup = REHMAN server string = REHMAN file server log file = varlogsambalog.m max log size = 50 security = user encrypt passwords = yes socket options = TCP_NODELAY SO_RCVBUF=8192 SO_SNDBUF=8192 dns proxy = no domain logons = no unix password sync = no map to guest = never password level = 0 null passwords = no os level = 0 preferred master = yes domain master = yes wins support = yes dead time = 0Parts
» Prentice.Hall – Intrusion.Detection.Systems.with.Snort
» Logs False Alarms Some Definitions
» Where IDS Should be Placed in Network Topology
» Honey Pots What is Intrusion Detection?
» Security Zones and Levels of Trust
» IDS Policy Prentice.Hall – Intrusion.Detection.Systems.with.Snort
» Packet Decoder Preprocessors Components of Snort
» The Detection Engine Components of Snort
» Dealing with Switches Prentice.Hall – Intrusion.Detection.Systems.with.Snort
» TCP Stream Follow Up Supported Platforms
» Snort on Stealth Interface Snort with no IP Address Interface
» References Prentice.Hall – Intrusion.Detection.Systems.with.Snort
» Test Installation Snort Installation Scenarios
» Single Sensor Production IDS
» Multiple Snort Sensors with Centralized Database
» Download Install Installing Snort from the RPM Package
» Unpacking Installing Snort from Source Code
» Running the configure script. Running the
» Running the make install command.
» Create or copy the Snort configuration file in
» Create a directory After Installation Processes
» Generating Test Alerts Testing Snort
» Generating Test Alerts with Automatic Snort Startup
» Errors While Starting Snort Running Snort on a Non-Default Interface
» Automatic Startup and Shutdown
» Running Snort on Multiple Network Interfaces
» Logging Snort Data in Text Format
» Logging Snort in Binary Format
» Network Intrusion Detection Mode
» UNIX Socket Mode Snort Alert Modes
» Running Snort in Stealth Mode
» TCPIP Network Layers Prentice.Hall – Intrusion.Detection.Systems.with.Snort
» CIDR Prentice.Hall – Intrusion.Detection.Systems.with.Snort
» User Defined Actions Rule Actions
» Well-Known Port Numbers Port Number
» The ack Keyword The classtype Keyword
» The content Keyword Rule Options
» The offset Keyword Rule Options
» The depth Keyword The content-list Keyword
» The dsize Keyword Rule Options
» The flags Keyword Rule Options
» The fragbits Keyword Rule Options
» The itype Keyword Rule Options
» The icode Keyword Rule Options
» The id Keyword The ipopts Keyword
» The logto Keyword Rule Options
» The reference Keyword Rule Options
» The resp Keyword Rule Options
» The rev Keyword The rpc Keyword
» The session Keyword Rule Options
» The sid Keyword Rule Options
» The tag Keyword Rule Options
» The tos Keyword Rule Options
» The ttl Keyword Rule Options
» The uricontent Keyword Rule Options
» Using a List of Networks in Variables Using Interface Names in Variables
» The config Directives The Snort Configuration File
» Preprocessor Configuration Output Module Configuration
» Include Files The Snort Configuration File
» Order of Rules Based upon Action
» The Simple Method Automatically Updating Snort Rules
» The Sophisticated and Complex Method
» Writing Good Rules Prentice.Hall – Intrusion.Detection.Systems.with.Snort
» The frag2 Module Preprocessors
» The stream4 Module Preprocessors
» The spade Module Preprocessors
» The alert_syslog Output Module
» The alert_smb Module The log_tcpdump Output Module
» Examples The XML Output Module
» Logging to Databases Output Modules
» CSV Output Module Output Modules
» Unified Logging Output Module SNMP Traps Output Module
» Using BPF Fileters Prentice.Hall – Intrusion.Detection.Systems.with.Snort
» Creating Extra Tables Step 5: Creating Tables in the Snort Database
» Secure Logging to Remote Databases Securely Using Stunnel
» Archiving the Database Snort Database Maintenance
» Using Sledge Hammer: Drop the Database
» What is ACID? Installation and Configuration
» Listing Protocol Data Alert Details Searching
» Generating Graphs Archiving Snort Data
» SnortSnarf Prentice.Hall – Intrusion.Detection.Systems.with.Snort
» Barnyard References Prentice.Hall – Intrusion.Detection.Systems.with.Snort
» SnortSam Prentice.Hall – Intrusion.Detection.Systems.with.Snort
» IDS Policy Manager Prentice.Hall – Intrusion.Detection.Systems.with.Snort
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