1Y0-440 Exam Question 51
Scenario: A Citrix Architect needs to assess an existing NetScaler Gateway deployment. During the assessment, the architect collected key requirements for VPN users, as well as the current session profile settings that are applied to those users.
Click the Exhibit button to view the information collected by the architect.

Which configurations should the architect change to meet all the stated requirements?
Click the Exhibit button to view the information collected by the architect.

Which configurations should the architect change to meet all the stated requirements?
1Y0-440 Exam Question 52
Scenario: A Citrix Architect needs to assess an existing NetScaler configuration. The customer recently found that certain user groups were receiving access to an internal web server with an authorization configuration that does NOT align with the designed security requirements.
Click the Exhibit button view the configured authorization settings for the web server.

Which item should the architect change or remove to align the authorization configuration with the security requirements of the organization?
Click the Exhibit button view the configured authorization settings for the web server.

Which item should the architect change or remove to align the authorization configuration with the security requirements of the organization?
1Y0-440 Exam Question 53
Scenario: A Citrix Architect has set up Citrix ADC MPX devices in high availability mode with version
12.0.53.13 nc. These are placed behind a Cisco ASA 5505 firewall. The Cisco ASA firewall is configured to block traffic using access control lists. The network address translation (NAT) is also performed on the firewall.
The following requirements were captured by the architect during the discussion held as part of the Citrix ADC security implementation project with the customers security team:
The Citrix ADC MPX device:
* should monitor the rate of traffic either on a specific virtual entity or on the device It should be able to mitigate the attacks from a hostile client sending a flood of requests. The Citrix ADC device should be able to stop the HTTP TCP. and DNS based requests
* needs to protect backend servers from overloading
* needs to queue all the incoming requests on the virtual server level instead of the service level
* should provide access to resources on the basis of priority
* should provide protection against well-known Windows exploits virus-infected personal computers, centrally managed automated botnets, compromised webservers, known spammers/hackers, and phishing proxies
* should provide flexibility to enforce the desired level of security check inspections for the requests originating from a specific geolocation database.
* should block the traffic based on a pre-determined header length. URL length and cookie length. The device should ensure that characters such as a single straight quote ('): backslash (\); and semicolon (;) are either blocked, transformed, or dropped while being sent to the backend server.
Which security feature should the architect configure to meet these requirements?
12.0.53.13 nc. These are placed behind a Cisco ASA 5505 firewall. The Cisco ASA firewall is configured to block traffic using access control lists. The network address translation (NAT) is also performed on the firewall.
The following requirements were captured by the architect during the discussion held as part of the Citrix ADC security implementation project with the customers security team:
The Citrix ADC MPX device:
* should monitor the rate of traffic either on a specific virtual entity or on the device It should be able to mitigate the attacks from a hostile client sending a flood of requests. The Citrix ADC device should be able to stop the HTTP TCP. and DNS based requests
* needs to protect backend servers from overloading
* needs to queue all the incoming requests on the virtual server level instead of the service level
* should provide access to resources on the basis of priority
* should provide protection against well-known Windows exploits virus-infected personal computers, centrally managed automated botnets, compromised webservers, known spammers/hackers, and phishing proxies
* should provide flexibility to enforce the desired level of security check inspections for the requests originating from a specific geolocation database.
* should block the traffic based on a pre-determined header length. URL length and cookie length. The device should ensure that characters such as a single straight quote ('): backslash (\); and semicolon (;) are either blocked, transformed, or dropped while being sent to the backend server.
Which security feature should the architect configure to meet these requirements?
1Y0-440 Exam Question 54
Scenario: A Citrix Architect needs to design a NetScaler deployment in Microsoft Azure. An Active-Passive NetScaler VPX pair will provide load balancing for three distinct web applications. The architect has identified the following requirements:
* Minimize deployment costs where possible.
* Provide dedicated bandwidth for each web application.
* Provide a different public IP address for each web application.
For this deployment, the architect should configure each NetScaler VPX machine to have ______ network interface(s) and configure IP address by using ________. (Choose the correct option to complete the sentence).
* Minimize deployment costs where possible.
* Provide dedicated bandwidth for each web application.
* Provide a different public IP address for each web application.
For this deployment, the architect should configure each NetScaler VPX machine to have ______ network interface(s) and configure IP address by using ________. (Choose the correct option to complete the sentence).
1Y0-440 Exam Question 55
Scenario: Based on a discussion between a Citrix Architect and a team of Workspacelab members, the MPX Logical layout for Workspacelab has been created across three (3) sites.
They captured the following requirements during the design discussion held for a Citrix ADC design project:
* All three (3) Workspacelab sites (DC NDR and DR) will have similar Citrix ADC configurations and design
* Both external and internal Citrix ADC MPX appliances will have Global Server Load Balancing (GSLB) configured and deployed in Active/Passive mode
* GSLB should resolve both A and AAA DNS queries.
* In the GSLB deployment the NDR site will act as backup for the DC site, whereas the DR site will act as backup for the NDR site
* When the external Citrix ADC replies to DNS traffic coming in through Cisco Firepower IPS the replies should be sent back through the same path
* On the internal Citrix ADC. both front-end VIP and back-end SNIP will be part of the same subnet
* USIP is configured on the DMZ Citrix ADC appliances
* The external Citrix ADC will act as default gateway for back-end servers.
* All three (3) sites (DC, NDR, and DR) will have two (2) links to the Internet from different service providers configured in Active/Standby mode Which design decision must the architect make to meet the design requirements above?
They captured the following requirements during the design discussion held for a Citrix ADC design project:
* All three (3) Workspacelab sites (DC NDR and DR) will have similar Citrix ADC configurations and design
* Both external and internal Citrix ADC MPX appliances will have Global Server Load Balancing (GSLB) configured and deployed in Active/Passive mode
* GSLB should resolve both A and AAA DNS queries.
* In the GSLB deployment the NDR site will act as backup for the DC site, whereas the DR site will act as backup for the NDR site
* When the external Citrix ADC replies to DNS traffic coming in through Cisco Firepower IPS the replies should be sent back through the same path
* On the internal Citrix ADC. both front-end VIP and back-end SNIP will be part of the same subnet
* USIP is configured on the DMZ Citrix ADC appliances
* The external Citrix ADC will act as default gateway for back-end servers.
* All three (3) sites (DC, NDR, and DR) will have two (2) links to the Internet from different service providers configured in Active/Standby mode Which design decision must the architect make to meet the design requirements above?
