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Remote Control
BigFix Remote Control application helps to communicate between different components, clients, and endpoints within BigFix environment.
Remote Control Administrators Guide
This guide is for users who want to administer Remote Control.
How session policies are determined
Permissions set examples
Example 5: Higher priority Yes overrides lower priority No
Determine permissions for example 5

Remote Control
BigFix Remote Control application helps to communicate between different components, clients, and endpoints within BigFix environment.
- Release notes
  A summary of changed or new features and enhancements included in BigFix Remote Control.
- Remote Control Installation Guide
  By using Remote Control you can remotely support and control thousands of PCs and servers, on an enterprise scale, from a central location or directly, in peer to peer mode.
- Remote Control Administrators Guide
  This guide is for users who want to administer Remote Control.
  - Set a secure environment
    Set a secure environment when you are using Remote Control.
  - Secure target registration
    To prevent unauthorized targets from registering with the Remote Control server, you can use tokens to authenticate the target.
  - Configure SAML 2.0 authentication on the server
    Remote Control V9.1.3 introduced support for SAML 2.0 authentication on the Remote Control server.
  - Access the server web interface
    After you install the BigFix® Remote Control Server software and the BigFix Remote Control Target software, you can log on to the server application. For more information about installing and configuring the server and target software, see the Remote Control Installation Guide
  - Using the Deployment Status Dashboard
    The Deployment Status Dashboard provides a quick view of the system and brokers health status.
  - Unattended Target Support
    The Unattended Target Support feature allows you to take remote control sessions of targets that are connected through a broker, without the need to provide a connection code. In strict remote control terminology, an unattended target is a managed target that performs Call Home through a broker.
  - Unlocking user accounts
    When a user account is locked, you can unlock the account by using the Unlock locked userid feature.
  - Manage targets and target groups
  - Manage users and user groups
  - Server session policies
  - How session policies are determined
    - Set the policies and permissions for a remote control session
    - Permissions set examples
  - Starting a managed session by using an installed controller
    When you start a managed session, you can configure the server to use an installed controller rather than using the Java™ Web Start method. This feature makes starting a session faster and it removes any warning message windows that are displayed while the session is starting.
  - Manage permission sets for temporary access to targets
  - Requests for temporary access to targets
  - Generate custom reports
  - Manage the home page for a user or group
  - Adding tables and columns to queries
  - Configuration and troubleshooting options in the Admin menu
  - Ensure targets are registered correctly
  - Record the session on the target
  - Set up for exporting recordings
  - Audit log distribution
  - Access targets on different networks
  - Editing the properties files
    You can use the properties files in Remote Control to customize your environment, configure LDAP, set debug options, and set controller and on-demand target properties. The files can be edited in the BigFix® Remote Control Server UI.
  - Reduce the volume of target connections to the server
  - Broker configuration
    When you install broker support you can use the installed trc_broker.properties file to configure your environment for using the broker function.
  - Managing brokers
    After installing broker support you can register the broker machines in the Remote Control server. When they have been registered you can view the list of brokers, edit the broker details and delete brokers that are no longer required.
  - Certificate management
    Remote Control uses certificates in the Server and in the Broker to address the authentication and verification required for ensuring secure connections between the different product components.
  - Migrating to a new certificate
    If your existing certificates are due to expire, you can create new certificates. Distribute the new certificates to the relevant endpoints so that they can continue to successfully establish remote control sessions through the broker.
  - Configuring the session connection code
    You can define the number of characters required and the timeout value, for the connection code used when starting a remote control session through a broker.
  - Target registration before a remote control session
    When you have targets that are on the internet or third-party networks and cannot register directly with the Remote Control server you can configure server properties to allow the target to register with the server. When the target registers, you can start a remote control session with the target, by using a broker.
  - Configure target properties
  - Importing data from other sources
  - Database table and column descriptions
  - Troubleshooting and Help
  - Gateway sample scenarios
  - Properties for configuring logging activity
    Use properties to determine what type of information and how much is written to the broker, gateway, and target component log files.
  - Override proxy
    The controller uses the proxy defined at system level by default. In some conditions, this may not be desirable. Creating a file named “override.proxy” in the controller install folder changes the default behavior and the system proxy is ignored
- Remote Control Console User Guide
- BigFix Remote Control Controller Users Guide
- Remote Control Target Users Guide
- Remote Control On-demand Target Guide
  Use Remote Control to start remote control sessions over the internet with targets that do not have the target software installed.
- Remote Control V10 Readme

Determine permissions for example 5

User X is a member of group U3, U2, and U1.

User Y is a member of group U4, U2, and U1.

Target A is a member of group T4, T2, and T1.

Target B is a member of group T5, T2, and T1.

Using Higher priority Yes overrides lower priority No and the policy engine process, there are parent and grandparent groups, and there are multiple permissions links defined in the group hierarchy. The following permissions are applied for each example session

Session with user X and target A: There are 2 permissions links to be considered for these two entities. The link between U2 and T2 and the link between U1 and T1. Both links have priority 0 permissions set. U2 to T2 has Chat set to No and U1 to T1 has Chat set to Yes. Therefore user X cannot start a Chat session or a Monitor session with target A. The priority 0 No for Chat in U2 to T2 overrides the priority 0 Yes for Chat in U1 to T1.
Note: The link between U4 and T4 is not considered as user X is not a member of group U4.
Session with user X and target B: Only the links between U2 and T2 and U1 and T1 are considered. User X is not a member of U4 and target B is not a member of T4. Therefore, user X cannot start a Chat session or a Monitor session with target B.
Session with user Y and target A: There are 3 permissions links to be considered. U1 to T1, U2 to T2, and U4 to T4. Therefore, user Y can start both a Monitor session and a Chat session with target A. The priority 1 values that are set in the link between U4 to T4 override the priority 0 values that are set in the link between U1 and T1.
Session with user Y and target B: There are 2 permissions links considered for these two entities. The link between U2 to T2 and U1 to T1. Therefore, user Y can start a Chat session with target B but not a Monitor session. The priority 0 No value for Chat in the link between U2 to T2 overrides the priority 0 Yes value for Chat in the link between U1 to T1.
Note: The link between U4 and T4 is not considered as target B is not a member of group T4.

Note: The same explanation applies if the priority value is set to 5 in the U4 ⇔T4 link. Priority 5 overrides 1. 1 overrides 0.