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Check Point Identity Agent for Microsoft Windows 10.
Endpoint Identity Agents are dedicated client agents that are installed on user endpoint computers. As the administrator, you, not the users, configure these Endpoint Identity Agents.
Predefined Endpoint Identity Agent that includes packet tagging and computer authentication. It applies to all users on the computer, on which it is installed. Administrator permissions are required to use the Full Endpoint Identity Agent type. You can also leverage computer authentication, if you define computers in Access Roles. Predefined Endpoint Identity Agent that does not include packet tagging and computer authentication. You can install this Endpoint Identity Agent individually for each user on the target computer.
Administrator permissions are not required to use the Light Endpoint Identity Agent type. Configure custom features for all computers that use this Endpoint Identity Agent, such as MAD services and packet tagging. The Custom Endpoint Identity Agent is a customized installation package. Note - Make sure to use the correct Endpoint Identity Agent for your environment. This table shows the similarities and differences of the Light and Full Endpoint Identity Agent types.
The installation file size is 7MB for both types. The installation takes less than a minute. The system opens a window for entering credentials. You get computer identification when you use the Full Endpoint Identity Agent, as it requires installing a service. Users, who do not want to use SSO, enter their credentials manually.
You can let users save these credentials. You can use the patented packet tagging technology to prevent IP Spoofing. Packet tagging is available for the Full Endpoint Identity Agent, because it requires installation of a driver. Endpoint Identity Agent also gives you strong Kerberos-based user and computer authentication.
A technology that prevents IP spoofing is available only for the Full Endpoint Identity Agent, as it requires installing a driver. IP Spoofing happens when an unauthorized user assigns an IP address of an authenticated user to an endpoint computer. By doing so, the user bypasses identity access enforcement rules. It is also possible to poison ARP tables that let users do ARP "man-in-the-middle attacks" that keep a continuous spoofed connectivity status.
To protect packets from IP spoofing attempts, you can enable Packet Tagging. Packet Tagging is a patent pending technology that prevents spoofed connections from passing through the Identity Awareness Gateway. This is done by a joint effort between the Endpoint Identity Agent and the Identity Awareness Gateway that uses a unique technology that sign packets with a shared key.
The Successful status indicates that a successful key exchange happened. This is a high-level overview of the Identity Awareness authentication process:. Identity Agents Endpoint Identity Agents are dedicated client agents that are installed on user endpoint computers. Light Predefined Endpoint Identity Agent that does not include packet tagging and computer authentication.
Computer identification You get computer identification when you use the Full Endpoint Identity Agent, as it requires installing a service. Added security You can use the patented packet tagging technology to prevent IP Spoofing. Packet tagging A technology that prevents IP spoofing is available only for the Full Endpoint Identity Agent, as it requires installing a driver.
At the top, click the Logs tab. Create an Access Role. Click OK. Item Description 1 User that is trying to connect to the internal network 2 Identity Awareness Gateway 3 Active Directory domain controller 4 Internal network This is a high-level overview of the Identity Awareness authentication process: A user logs in to a computer with credentials, and tries to access the Internal Data Center.
The user is authenticated. Was this helpful? All rights reserved. Installation Elements. Endpoint Identity Agent format. Resident application. Installation permissions. Upgrade permissions. Security Features. User identification. Computer identification. IP change detection. Packet tagging. Seamless connectivity. Added security. User that is trying to connect to the internal network. Identity Awareness Gateway. Active Directory domain controller. Internal network.
Check Point Clients and Agents Support
It then adds this identity aware information to the log. Get the Active Directory administrator credentials. Important - For AD Query you must enter domain administrator credentials or do the steps in sk 7. Depending on your organization requirements, you can choose to set them separately or as combinations that supplement each other.
This section presents some examples of how to choose identity sources for different organizational requirements. For logging and auditing with basic enforcement - enable Identity Awareness on the Security Gateway and select AD Query as the identity source.
For logging and auditing only - select the Add identity to logs received from Security Gateways without Identity Awareness requires Active Directory Query. The Browser-Based Authentication identity source is necessary to include all non-windows users.
It also serves as a fallback option if AD Query cannot identify a user. Users that are not identified encounter redirects to the Captive Portal. IP Spoofing protection can be set to prevent packets from being IP spoofed.
You cannot add domain controllers from two different subdomains into the same account unit. You can use the Identity Awareness Configuration Wizard to define one of the subdomains. Make sure the username is one of these: A Domain administrator account that is a member of the Domain Admins group in the subdomain. For example, if the domain is ACME.
When AD Query is enabled on Security Gateways, you may want to configure each Security Gateway to communicate with only some of the domain controllers. This is configured in the User Directory page of the Gateway Properties. For each domain controller that is to be ignored, the default priority of the Account Unit must be set to a value higher than For example, let say that the LDAP Account Unit ad. This means that all other domain controllers must be set to a priority higher than in the Security Gateway properties.
To specify domain controllers for each Security Gateway: 1. Click Selected Account Units list and click Add. Select your Account Unit. Clear the Use default priorities option and set the priority to dc1, dc4 and dc5.
You can see the domain controllers that the Security Gateway is set to communicate with as well as the domain controllers it ignores.
The system generates a Security Event log entry when a user or computer accesses a network resource. For example, this occurs when a user logs in, unlocks a screen, or accesses a network drive. Security Event Logs are not generated when a user logs out because Active Directory cannot detect this action.
The user must log in again with the Captive Portal. Therefore, more than one user can have open sessions from the same IP address. In this scenario, there is a risk that currently connected users can access network resources for which they do not have permissions.
When user A logs out before the timeout and user B logs in, the user A session closes automatically and his permissions are canceled. User B is the only active user account and only his permissions are valid. This feature is called Single User Assumption. Before you activate Single User Assumption, you must exclude all service accounts used by user computers. To activate single user assumption: 1.
Exclude service accounts "Excluding Users, Computers and Networks" on page Select Assume that only one user is connected per computer. To deactivate Single User Assumption, clear Assume that only one user is connected per computer. Excluding Users, Computers and Networks You can manually exclude service accounts, users, computers and networks from the AD Query scan.
You can also configure AD Query to automatically detect and exclude suspected service accounts. Identity Awareness identifies service accounts as user accounts that are logged in to more than a specified number of computers at the same time. To exclude objects from Active Directory queries: 1.
Click Advanced. Optional: Select Automatically exclude users which are logged into more than n machines simultaneously. Enter the threshold number of computers in the related field. Select an excluded network and click the minus sign - to remove a network from the list.
Click Add. Identity Sources Managing the Suspected Service Account List When automatic exclusion is enabled, Identity Awareness looks for suspected service accounts every 10 minutes. Suspected service accounts are saved to a persistent database that survives reboot.
When a new service account is detected, a message shows in SmartView Tracker. Earlier releases only supported NTLM. By default, NTLMv2 support is disabled.
Enable Identity Awareness without using the wizard. Install a policy. From the Security Management Server command line, go to the expert mode. Run: adlogconfig a 5. Select: Exit and save 7. Restart the Identity Awareness wizard and continue configuring Identity Awareness. Multiple Security Gateway Environments In environments that use many Security Gateways and AD Query, we recommend that you set only one Security Gateway to acquire identities from a given Active Directory domain controller per physical site.
This is the Security Gateway that gets identities from a given domain controller. All other Security Gateways to get identities from the Security Gateway that acquires identities from the given domain controller. See the Deployment Scenarios on page 63 section for more details.
To set non-english language support: 1. Performance Bandwidth between the Log server and Active Directory Domain Controllers The amount of data transferred between the Log server and domain controllers depends on the amount of events generated. The generated events include event logs and authentication events.
The amounts vary according to the applications running in the network. Programs that have many authentication requests result in a larger amount of logs. The observed bandwidth range varies between 0. When a group is nested in another group, users in the nested group are identified as part of the parent group. The default nesting depth is configured to This feature is enabled by default. Perform standard network diagnostics as required.
Enter wbemtest. For example: ad. Enter a password for the user. Click Connect. If the connection fails, or you get an error message, check for these conditions: Connectivity "Connectivity Issues" on page 49 problems Incorrect domain administrator credentials on page Domain administrator Credentials To verify your domain administrator credentials: 1.
In the Logon window, enter your domain administrator user name and password. If the domain controller root directory appears, this indicates that your domain administrator account has sufficient privileges. An error message may indicate that: a If the user does not have sufficient privileges, this indicates that he is not defined as a domain administrator. Obtain a domain administrator credentials. Check and retry. Enter services. Find the Windows Management Instrumentation service and see that the service started.
If it did not start, right-click this service and select Start. Save the policy and install it on Security Gateways. Confirm that Security Event Logs are Recorded If you have checked connectivity "Connectivity Issues" on page 49 but still do not see identity information in logs, make sure that the necessary event logs are being recorded to the Security Event Log.
If the domain controller does not generate these events by default they are generated , refer to Microsoft Active Directory documentation for instructions on how to configure these events. Install Database for a Log Server If you have configured Identity Awareness for a log server, but do not see identities in logs, make sure you installed the database. To install the database: 1. The Install Database window appears.
Select the computers to install the database on. The Install Database script shows. Click Close when the script is done. This includes changes to the text strings shown on the Captive Portal Network Login page.
You can make changes to the default English language or edit files to show text strings in other languages. The changes are saved in the database and can be upgraded. To configure other languages to show text strings in a specified language on the Captive Portal, you must configure language files. These language files are saved on the Security Gateway and cannot be upgraded. If you upgrade the Security Gateway, these files must be configured again.
This mode lets you view the string IDs used for the text captions. Reload the Captive Portal in your web browser. The Captive Portal opens showing the string IDs. To revert to regular viewing mode, open the file L10N. See the highlighted text in step number 2 above.
Click Configure. Install the policy. After you set the language selection list, users can choose the language they prefer to log in with from a list at the bottom of the page. To configure a language for Captive Portal you must: 1. Edit the language array for the new language locale. Use the English language file as a template to create new language files.
Then translate the strings in the new language file. Save the files with UTF-8 encoding and move them to the correct location.
Set the language selection list to show on the Network Login page. Make sure the text strings are shown correctly. Editing the Language Array The supported language file contains entries for languages that you can see in the list on the Captive Portal page. By default, English is the only language entry in the list.
It has a corresponding language file. For each new language, you must create an entry in the supported languages file and create a new language file. To create a new language, add an entry to the supported languages file: 1. To disable a language: Comment out the line of the specific language or delete the line. The file contains the message strings.
It is not necessary to translate all strings, but you must include all strings in the new language file. When you translate a string, make sure that the string's length is almost the same in size as the initial English string.
This is important to prevent breaks in the page layout. If this is not possible, consult with technical support. To create a new language file: 1. Translate the strings in the new language file. Make sure that the read permissions for the new language file are the same as those for the original language file. To save a file with UTF-8 encoding: 1.
When using Microsoft Word, save the file as a '. Showing the Language Selection List When you only use the English language, the language selection list does not show at the bottom of the Captive Portal Network Login page. When you configure additional languages, you must show the language selection list on the Network Login page. Captive Portal users can then select the language with which to log in. To see the language list on the Network Login page: 1.
Back up the file for possible future revert. Save the file. The language selection list will show on the Network Login page. To revert back to not showing the language selection list, replace the current file with the backup of the original file. Browse to the Captive Portal and select the new language. Browse from different operating systems with different locale setups.
Make sure that the text is shown correctly on the Captive Portal pages. Browse to the Captive Portal from a different browser and use a different font size. Server Certificates For secure SSL communication, gateways must establish trust with endpoint computers by showing a Server Certificate.
This section discusses the procedures necessary to generate and install server certificates. Check Point gateways, by default, use a certificate created by the Internal Certificate Authority on the Security Management Server as their server certificate. Browsers do not trust this certificate. When an endpoint computer tries to connect to the gateway with the default certificate, certificate warning messages open in the browser. To prevent these warnings, the administrator must install a server certificate signed by a trusted certificate authority.
All portals on the same Security Gateway IP address use the same certificate. This certificate can be issued directly to the gateway, or be a chained certificate that has a certification path to a trusted root certificate authority CA. The CSR is for a server certificate, because the gateway acts as a server to the clients. Note - This procedure creates private key files. If private key files with the same names already exist on the computer, they are overwritten without warning.
From the gateway command line, log in to expert mode. You see this output: Generating a bit RSA private key writing new private key to 'server1. Enter a password and confirm. Fill in the data. The Common Name field is mandatory. This is the site that users access. For example: portal.
All other fields are optional. Send the CSR file to a trusted certificate authority. Keep the. Get the Signed Certificate for the gateway from the CA. Usually you get the certificate chain from the signing CA. Sometimes it split into separate files.
If the signed certificate and the trust chain are in separate files, use a text editor to combine them into one file. Make sure the server certificate is at the top of the CRT file. All portals on the same IP address use the same certificate. Install the policy on the gateway. It does not affect the certificate installed manually using this procedure. Viewing the Certificate To see the new certificate from a Web browser: The Security Gateway uses the certificate when you connect with a browser to the portal.
To see the certificate when you connect to the portal, click the lock icon that is next to the address bar in most browsers. The certificate that users see depends on the actual IP address that they use to access the portal- not only the IP address configured for the portal in SmartDashboard. SSO in Windows domains works with the Kerberos authentication protocol. The Kerberos protocol is based on the concept of tickets, encrypted data packets issued by a trusted authority, Active Directory AD.
When a user logs in, the user authenticates to a domain controller that gives an initial ticket granting ticket TGT. This ticket vouches for the user's identity. In this solution, when an unidentified user is about to be redirected to the Captive Portal for identification: 1. Captive Portal asks the browser for authentication. The browser shows a Kerberos ticket to the Captive Portal. The Identity Server decrypts the ticket, extracts the user's identity, and publishes it to all Security Gateways with Identity Awareness.
The authorized and identified user is redirected to the originally requested URL. If transparent automatic authentication fails steps , the user is redirected to the Captive Portal for identification. If the Security Gateway does not have a certificate, the user sees, and must respond to, the certificate warning message before a connection is made.
They are described in details in this section. Endpoint client configuration - Configuring trusted sites in the browsers. Creating a New User Account 1. Add a new user account. You can choose any username and password. For example: a user account named ckpsso with the password to the domain corp.
Clear User must change password at next logon and select Password Never Expires. A Kerberos principal name contains a service name for the Security Gateway that browsers connect to and the domain name to which the service belongs. Installing setspn. The setspn. Get the correct executable for your service pack from the Microsoft Support site before installation.
It is part of the Windows support tools. Download the support. Run the suptools. Run the command prompt as an Administrator. Important - If you used the setspn utility before, with the same principal name, but with a different account, you must delete the different account or remove the association to the principal name.
To use setspn: 1. All parameters are case sensitive. Do not do the first steps. To configure an account unit: 1. Enter a name and IP address for the AD object.
We recommend that you enter the domain for existing account units to use for Identity Awareness. Fetch the fingerprint and click OK. Enabling Transparent Kerberos Authentication 1.
From the Network Objects tree, expand the Check Point object. Double-click the gateway enabled with Identity Awareness. Select Browser-Based Authentication - Settings. The Portal Settings window opens. Select Authentication Settings - Edit. The Authentication Settings window opens. Select Automatically authenticate users from machines in the domain. Open Internet Explorer.
Use this procedure only if you did not configure Internet Explorer for Transparent Kerberos Authentication. Open Chrome. Click the menu wrench icon and select Settings. Click Show advanced settings. In the Network section, click Change Proxy Settings. Firefox For Firefox, the Negotiate authentication option is disabled by default. To use Transparent Kerberos Authentication, you must enable this option.
To configure Firefox for Transparent Kerberos Authentication: 1. Open Firefox. In the URL bar, enter about:config 3. Search for the network. You can enter multiple URLs by separating them with a comma.
This section describes recommended deployments with Identity Awareness. Deploy the Security Gateway at the perimeter where it protects access to the DMZ and the internal network.
The perimeter Security Gateway also controls and inspects internal traffic going to the Internet. Data Center protection If you have a Data Center or server farm separated from the users' network, protect access to the servers with the Security Gateway. Deploy the Security Gateway in front of the Data Center.
All traffic is inspected by the Security Gateway. Control access to resources and applications with an identity-based access policy. Deploy the Security Gateway in bridge mode to protect the Data Center without significant changes to the existing network infrastructure. Large scale enterprise deployment In large networks, deploy multiple Security Gateways.
For example: deploy a perimeter Firewall and multiple Data Centers. Install an identity-based policy on all Identity Awareness Security Gateways. The Security Gateways share user and computer data of the complete environment. Network segregation The Security Gateway helps you migrate or design internal network segregation.
Identity Awareness lets you control access between different segments in the network with an identitybased policy. Deploy the Security Gateway close to the access network to avoid malware threats and unauthorized access to general resources in the global network.
Distributed enterprise with branch offices For an enterprise with remote branch offices connected to the headquarters with VPN, deploy the Security Gateway at the remote branch offices. When you enable Identity Awareness on the branch office Security Gateway, users are authenticated before they reach internal resources. The identity data on the branch office Security Gateway is shared with other Security Gateways to avoid unnecessary authentication.
Wireless campus Wireless networks have built-in security challenges. To give access to wirelessenabled corporate devices and guests, deploy Identity Awareness Security Gateways in front of the wireless switch.
Install an Identity Awareness policy. You usually use this mode when you deploy the Security Gateway at the perimeter. In this case, the Security Gateway behaves as an IP router that inspects and forwards traffic from the internal interface to the external interface and vice versa. Both interfaces should be located and configured using different network subnets and ranges. Transparent mode Known also as a "bridge mode". This deployment method lets you install the Security Gateway as a Layer 2 device, rather than an IP router.
The benefit of this method is that it does not require any changes in the network infrastructure. It lets you deploy the Security Gateway inline in the same subnet. This deployment option is mostly suitable when you must deploy a Security Gateway for network segregation and Data Center protection purposes. Deploying a Test Environment If you want to evaluate how Identity Awareness operates in a Security Gateway, we recommend that you deploy it in a simple environment.
The recommended test setup below gives you the ability to test all identity sources and create an identity-based Policy. The recommendation is to install 3 main components in the setup: 1. User host Windows 2. Check Point Security Gateway R The user host computer will access the protected resource via the Security Gateway. Testing Identity Sources To configure the test environment: 1.
Deploy a Security Gateway either in routing or bridge mode. Test connectivity between the host and the Windows server. Add the user host computer to the Active Directory domain. Enable Identity Awareness in the Security Gateway. Create an Access Role and define access for all authenticated users or select users with the Users picker. Logout and login again from the user host computer. Use the user host computer to test connectivity to the Web Server. Check logs. The user and computer names show in the connections logs.
On the user host computer open an Internet browser and try to connect to the web resource. You should be redirected to the Captive Portal, use the user credentials to authenticate and access the web resource. Open a browser and connect to the web resource. You are redirected to the Captive Portal. Enter user credentials. Install the client as requested by the Captive Portal. When the client is installed wait for an authentication pop-up to enter the user credentials via the client.
Test connectivity. The SSO method using Kerberos authentication can be tested too. Deployment Scenarios Perimeter Security Gateway with Identity Awareness Security Challenge The Security Gateway at the perimeter behaves as a main gate for all incoming and outgoing traffic to and from your corporate network. Users located in the internal networks access the Internet resource and applications daily.
Not all Internet applications and web sites are secure and some are restricted according to corporate policy. Blocking all internal access may impact productivity of certain employees that must have access in the context of their daily work definition. Controlling access to the allowed applications is possible through the Application Control blade.
However, you may require a more granular access policy that is based also on user and computer identity i. Access roles let you configure an identity aware policy together with Application Control to allow access only to specified user groups to the applications on the Internet. In this case Identity Awareness should be enabled on the perimeter Security Gateway. Deployment scenario 1. Deploy the Security Gateway at the perimeter in routing mode and define an external interface towards the ISP the Internet and an internal interface points to the internal corporate network LAN.
Optional: you can define another internal interface which protects DMZ servers. Make sure that there are no NAT or Proxy devices located between the gateway and your network. We recommend that you put your Proxy server in the DMZ network. Check that the Security Gateway has connectivity to the internal AD domain controllers.
Make sure that users can reach the Security Gateway s internal interface. Configure the Application Control blade. If you have several perimeter Security Gateways leading to the Internet, we recommend that you manage these Security Gateways with one Security Management Server and SmartDashboard to deploy the relevant security policy. Configuration 1. Enable Identity Awareness and select the appropriate identity sources. Create access roles based on users and computers.
You can create multiple access roles that represent different departments, user and computer groups and their location in the network. Add the access roles to the source column of the relevant Firewall and application control policies. Data Center Protection Security Challenge The Data Center contains sensitive corporate resources and information that must be securely protected from unauthorized access. You must also protect it from malwares and viruses that can harm databases and steal corporate information.
Access to the Data Center and particularly to certain applications must be granted only to compliant users and computers. Deployment Scenario 1. We recommend that you deploy the Security Gateway in the bridge mode, to avoid any changes in the network.
However, IP routing mode is also supported. Define at least two interfaces on the Security Gateway and configure them to be internal or bridged.
Make sure that the Security Gateway has connectivity to the Active Directory and all relevant internal domain controllers in the network LAN. Enable Identity Awareness on the Security Gateway and select identity sources. Create access roles for users and apply the access roles to relevant Firewall security rules. Large Scale Enterprise Deployment Security Challenge In complex large scale enterprise networks you must control access from the local network to the Internet and to multiple Data Center resources.
Access should be granted only to compliant users and computers. The Data Center contains sensitive corporate resources and information that must be securely protected from unauthorized access.
Deploy or use existing Security Gateways at the perimeter and in front of the Data Center. Install the Security Gateway at the perimeter in routing mode, and use at least one external interface to the Internet and one to the internal network define it as an internal interface. Deploy the Security Gateway as an inline device in front of the Data Center in bridge mode to avoid network changes. This is not required, but is recommended. Nonetheless, IP routing mode is also supported. Make sure that all Security Gateways in the Data Centers and perimeter can communicate directly with each other.
Make sure that there is connectivity from each Security Gateway to the Active Directory internal domain controllers. Enable Identity Awareness on the Security Gateway and choose the appropriate identity source method for each Security Gateway, at the perimeter and at the Data Center.
Create access roles for users and apply access roles to the applicable Firewall security rules. AD Query Recommended Configuration When you enable AD Query to obtain user and computer identity, we recommend that you enable the feature on all Security Gateways that participate in the network environment.
All Security Gateways should have the Active Directory domain defined with the list of all applicable domain controllers in the internal network. Then the identity obtained by the Security Gateway is shared with the other Security Gateways in the network. For complex multi Data Center environments where there are several Security Gateways that protect different Data Centers and the perimeter, we recommend that you balance Endpoint Identity Agents authentication using different Security Gateways.
Default Identity Agent Check Point dedicated client agent installed on Windows-based user endpoint computers. The administrator configures the Identity Agents not the end users. There are two types of Identity Agents - Full and Light. It applies to all users on the computer on which it is installed.
Administrator permissions are required to use the Full Identity Agent type. In addition, you can leverage computer authentication if you specify computers in Access Roles. Default Identity Agent that does not include packet tagging and computer authentication. You can install this Identity Agent individually for each user on the target computer. Light Identity Agent type does not require Administrator permissions.
Identity Agent pattern. The installation file size is 7MB for these two types. The installation takes not more than a minute. In Identity Agents you have these:. SSO transparently authenticates users that log in to the Active Directory domain, and then an Identity Agent identifies them as they use the Identity Agent.
You get computer identification when you use the Full Identity Agent , because it requires a service installation. Users who do not want to use SSO enter their credentials manually. You can let users keep these credentials.
You can use packet tagging to prevent IP Spoofing. IP Spoofing happens when user who is not approved assigns an IP address of an authenticated user to an endpoint computer. In this procedure, the user bypasses identity access enforcement rules. In addition, it is possible to poison ARP tables that let users do ARP "man-in-the-middle attacks" that keep a continuous spoofed connectivity status.
Note - Packet tagging is available only for the Full Identity Agent , because a driver must be installed. These Identity Agents get and report identities to the Identity Awareness Check Point Software Blade on a Security Gateway that enforces network access and audits data based on network location, the identity of the user, and the identity of the computer.
Acronym: IDA. As the administrator you, not the users, configure these Identity Agents. Default Identity Agent Check Point dedicated client agent installed on Windows-based user endpoint computers. The administrator configures the Identity Agents not the end users. There are two types of Identity Agents - Full and Light. It applies to all users on the computer on which it is installed. Administrator permissions are required to use the Full Identity Agent type.
In addition, you can leverage computer authentication if you specify computers in Access Roles. Default Identity Agent that does not include packet tagging and computer authentication. You can install this Identity Agent individually for each user on the target computer.
Light Identity Agent type does not require Administrator permissions. The installation file size is 7MB for these two types.
The installation takes not more than a minute. In Identity Agents you have these:. SSO transparently authenticates users that log in to the Active Directory domain, and then an Identity Agent identifies them as they use the Identity Agent.
You get computer identification when you use the Full Identity Agent , because it requires a service installation. Users who do not want to use SSO enter their credentials manually. You can let users keep these credentials. You can use packet tagging to prevent IP Spoofing.
IP Spoofing happens when user who is not approved assigns an IP address of an authenticated user to an endpoint computer. In this procedure, the user bypasses identity access enforcement rules.
In addition, it is possible to poison ARP tables that let users do ARP "man-in-the-middle attacks" that keep a continuous spoofed connectivity status.
Note - Packet tagging is available only for the Full Identity Agent , because a driver must be installed.
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