Welcome
Installation Guide
Learn the system requirements, licensing and installation instructions, and how to configure and maintain BigFix.
Introduction to Tiny Core Linux - BigFix Virtual Relay
Follow the step-by-step sequence of operations needed to build the virtual machine, from the downloading of the ISO image to the complete setup and configuration of the BigFix Virtual Relay.
Phase 1 - Configuring the Tiny Core Linux virtual machine
In Phase 1, you set up a virtual machine with the Tiny Core Linux operating system that can instantiate the BigFix relay.
Installing Tiny Core Linux on the virtual machine
Start the virtual machine that you created and follow these steps.

BigFix Documentation Homepage
BigFix 11 Platform Documentation
Welcome to the BigFix Platform documentation, where you can find information about how to install, maintain, and use BigFix.
Detailed system requirements
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Platform guides in PDF format
Following is a list of links to the BigFix Platform user guides in PDF format:
Common Criteria Certification
BigFix 10.0.1.41 complies with the requirements of the standard ISO/IEC 15408 (Common Criteria) v. 3.1 for the assurance level: EAL2
Getting Started
Use this section to become familiar with BigFix infrastructure and key concepts necessary to understand how it works.
HTTPS across BigFix applications
This topic describes how the SSL/HTTPS communication works in BigFix applications and links the tasks on how to configure it.
Installation Guide
Learn the system requirements, licensing and installation instructions, and how to configure and maintain BigFix.
- Introduction
  BigFix aims to solve the increasingly complex problem of keeping your critical systems updated, compatible, and free of security issues. It uses patented Fixlet technology to identify vulnerable computers in your enterprise. With just a few mouse-clicks you can remediate them across your entire network from a central console.
- BigFix Platform Unicode Support Overview
  BigFix Platform V11 gathers data from BigFix clients deployed with different code pages and languages. It encodes all data into UTF-8 format, and reports it back to the BigFix server.
- Sample deployment scenarios
  The following deployment scenarios illustrate some basic configurations taken from actual case studies.
- Requirements and assumptions
  BigFix runs efficiently using minimal server, network, and client resources.
- Types of installation
  Before you install the product, decide if you want to do an evaluation or production installation.
- Managing licenses
  You must obtain a license key before you can install and use BigFix.
- Before installing
  Before running the installation make sure that you read the following topics and run the requested activities if needed.
- Installing on Windows systems
  Now that you understand the terms and the administrative roles, you are ready to get authorized and install the programs.
- Installing on Linux systems
  After understanding the terms and the administrative roles, you are ready to actually get authorized and install the programs.
- Installing the clients
  Install the BigFix client on every computer in your network that you want to administer, including the computer that is running the console.
- BigFix Administration Tool
  The BigFix Administration Tool, also called BESAdmin, is the tool we use to perform configuration changes and maintenance operations.
- Post-installation configuration steps
  After having run the installation, make sure that you read the following topics and run the requested activities if needed.
- Managing relays
  Relays can significantly improve the performance of your installation.
- Introduction to Tiny Core Linux - BigFix Virtual Relay
  Follow the step-by-step sequence of operations needed to build the virtual machine, from the downloading of the ISO image to the complete setup and configuration of the BigFix Virtual Relay.
  - Architectural overview
    Tiny Core Linux (TCL) runs from a RAM copy created at boot time.
  - Phase 1 - Configuring the Tiny Core Linux virtual machine
    In Phase 1, you set up a virtual machine with the Tiny Core Linux operating system that can instantiate the BigFix relay.
    - Downloading the ISO image
      The ISO image is available at http://tinycorelinux.net.
    - Creating a virtual machine
      Starting from your ESXi hypervisor, create a new virtual machine.
    - Installing Tiny Core Linux on the virtual machine
      Start the virtual machine that you created and follow these steps.
  - Phase 2 - Preparing the BigFix Virtual Relay template
    After installing Tiny Core Linux on the virtual machine, shut down the virtual machine.
  - Phase 3 - Configuring the BigFix Virtual Relay instance
    Depending on the choice you made when creating the template (manual deployment or auto-deployment), the method of deploying future virtual relay instances changes.
  - Maintenance
    After completing Phase 3, the Virtual Relay is fully operational and communicates with the BigFix core server.
  - Troubleshooting
    Some known issues.
  - Limitations
    Some known limitations.
  - VMware and Open VM tools
    If during the template creation you specified "y" (yes) to the VMware Tools configuration, only a minimal set of Open VMware Tools was installed, because they are running on a Tiny Core Linux machine with a Text-based user interface only.
  - Auto-Deployment
    To instantiate the virtual relay instance by using the Auto-Deployment mode, you must copy the network.conf file into the /opt/bigFix/config directory of the instance that you are deploying.
  - Modifying the Virtual Relay template
    After you create the Virtual Relay template, you can deploy all the required Virtual Relay instances.
- Setting up a proxy connection
  If your enterprise uses a proxy to access the Internet, your BigFix environment can use that communication path to gather content from sites.
- Running backup and restore
  You can schedule periodic backups (typically nightly) of the BigFix server and database files, to reduce the risk of losing productivity or data when a problem occurs by restoring the latest backup.
- Upgrading
  The steps to upgrade the BigFix Platform.
- SQL Server parallelism optimization
  The performance of an SQL Server database instance can often be improved by small tweaks. Performance might also be hindered by simple oversights. In fact, some SQL Server parallelism settings have suboptimal default values. Moreover, they have to be re-tuned after an hardware upgrade. Other issues might arise from inadvertent hardware configurations, especially when SQL Server is hosted on a virtual machine (VM).
- Known limitations and workarounds
  This section describes the known limitations and possible workarounds.
- Logging
  This section describes the log files associated with the BigFix components.
- Uninstalling the BigFix client
  To uninstall the BigFix client installed on the various operating systems, see the following sections.
Configuration Guide
Learn how to configure BigFix according to your needs.
Console Operator's Guide
Learn how to work with the BigFix Console.
Asset Discovery User's Guide
Learn how BigFix Asset Discovery works.
Web Reports Guide
Learn how the Web Reports feature extends the power of BigFix.
BigFix Explorer Guide
Learn how the BigFix Explorer feature extends the power of BigFix.
WebUI User's Guide
Read this guide for an introduction to the WebUI tools, concepts, and terminology.
WebUI Administration Guide
Read this guide for information about installing and administering the WebUI.
Glossary
This glossary provides terms and definitions for the Modern Client Management for BigFix software and products.

Installing Tiny Core Linux on the virtual machine

Start the virtual machine that you created and follow these steps.

Choose the installation option shown in the following screen capture:

Run the Tiny Core installer by clicking TC_Install:

Start the Tiny Core installation and follow these panels to install it on an empty hard drive:

Leave the pre-filled path as core.gz (default path).

Select the check box Whole Disk and select sda as the core disk.

Note: Frugal is the typical installation method for Tiny Core Linux. You basically have the system in two files, vmlinuz and core.gz, whose location is specified by the boot loader.

Any user files and extensions are stored outside the base operating system.

Format the new partition. It is recommended that you select the ext4 option to support the Linux permissions.

If you want to use additional boot codes, such as screen resolution or keyboard mapping, enter them now.

Set the location of the persistent home directory home=sda1.

Set the location of the persistent opt directory opt=sda1.

Note: These two directories become persistent when managing these two file systems.

Select the Core Only (Text Based Interface) option to have a virtual machine with only the CLI.

If everything is OK, click Proceed.

The time required varies depending on the size of your hard drive.

Tiny Core Linux is now installed.

Restart the machine by clicking Exit, selecting Reboot, and clicking OK.

By choosing to reboot, you ensure the data persistence. Do not use Shutdown at this stage.