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From: Pass4itsure
Number of questions: 1-15
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Correlation: F5 Certification
Question 1:
What are the best reasons for using the Deployment Wizard? (Choose three.)
A. Flow level parameters checking is required.
B. The application encoding scheme needs to be determined by the BIG-IP ASM System.
C. Sufficient time is available to allow completely automated policy building based on observing live traffic.
D. The application platform must be protected against known attacks for the specific operating system, web server, and database.
Correct Answer: BCD
Question 2:
Which two destination pods should be used in a default active FTP Session? (Choose two)
A. UDP 20
B. TCP 20
C. TCP 22
D. TCP 21
E. UDP 21
Correct Answer: BD
https://slacksite.com/other/ftp.html
Question 3:
Web application http://www.example.com at 10.10.1.1.110, is unresponsive. A recent change migrated DNS to a new platform
A. telnet www example com 80
B. curl HTTP //www example com
C. dig www example com
D. telnet 10.10.1. 110. 80
Correct Answer: C
Telnet will open a socket to the http server, but the request would need to be manually input Curl will send a request and output the response.
Question 4:
Why is BIG-IP ASM ideally suited to protect against layer 7 attacks, including HTTP and HTTPS/SSL traffic, when compared to an intrusion prevention system (IPS)?
A. An intrusion prevention system (IPS) is based on Packet Filtering.
B. An IPS doesn’t have visibility into HTTPS traffic. It doesn’t understand what applications are in the network.
C. An IPS only focuses on operating system attacks; it doesn’t understand what applications are in the network.
D. An IPS can only look at overall traffic patterns; it doesn’t understand what applications are in the network.
Correct Answer: D
Question 5:
Which protocol could be used to provide AAA Accounting?
A. Kerberos
B. SAML
C. DIAMETER
D. LDAP
Correct Answer: C
https://en.wikipedia.org/wiki/Diameter_protocol
Question 6:
The Web Application Security Administrator user role can perform which of the following functions? (Choose two.)
A. Modify HTTP class profiles
B. Create new HTTP class profiles
C. Create new Attack signature sets
D. Assign HTTP class profiles to virtual servers
E. Configure Advanced options within the BIG-IP ASM System
Correct Answer: CE
The correct answer is indeed B. False.
APM® access control lists (ACLs) restrict user access to host and port combinations that are specified in access control entries (ACEs)1. An ACE can apply to Layer 4 (the protocol layer), Layer 7 (the application layer), or both1. A Layer 4 or Layer 7 ACL is used with network access, application access, or web access connections1.
Therefore, while an administrator can specify APM access control entries as either Layer 4 or Layer 7, it is not a requirement. An ACE can apply to both layers1. Hence, the statement “The administrator must specify APM access control entries as either L4 or L7” is false.
Question 7:
Logging profiles are assigned to the?
A. HTTP class
B. Security policies
C. Web applications
D. Attack signatures
Correct Answer: C
Question 8:
If the config tool is complete, which two access methods are available by default for GTM administration and configuration? (Choose two.)
A. network access via HTTP
B. network access via HTTP
C. network access via telnet
D. direct access via serial port
Correct Answer: BD
Question 9:
The administrator must specify APM access control entries as either L4 or L7.
A. True
B. False
Correct Answer: B
Question 10:
Which two must be included in a Wide-IP definition for the Wide-IP to resolve a DNS query?
(Choose two.)
A. a name
B. a monitor
C. a load balancing method
D. one or more virtual servers
Correct Answer: AC
The correct answer is indeed A. a name and C. a load balancing method.
A Wide IP (WIP) in BIG-IP DNS maps a fully qualified domain name (FQDN) to one or more pools of virtual servers that host the content of a domain12. When a Local DNS (LDNS) issues a DNS name resolution for a Wide IP, the configuration of the Wide IP indicates which pools of virtual servers are eligible to respond to the request, and which load balancing methods BIG-IP DNS uses to select the pool1.
Therefore, for a Wide IP to resolve a DNS query, it must include:
A name: This is the FQDN that the Wide IP maps to12. It’s the identifier that clients use to make requests.
A load balancing method: This determines how the Wide IP distributes DNS name resolution requests among the pools of virtual servers1. It’s essential for ensuring efficient use of resources and high availability.
Please note that while a monitor (option B) and one or more virtual servers (option D) are often associated with a Wide IP, they are not strictly necessary for the Wide IP to resolve a DNS query. Hence, options A and C are the most appropriate answers.
Question 11:
A pool is using Global Availability as its load balancing method (Alternate: Round Robin; Fallback: Return to DNS). The last five resolutions have been C, D, C, D, C. Given the current conditions shown in the table, which address will be used for the next resolution?
A. A
B. B
C. C
D. D
Correct Answer: B
The correct answer is indeed B.
The Global Availability load balancing method in BIG-IP distributes DNS name resolution requests to the first available virtual server in a pool12. BIG-IP starts at the top of a manually configured list of virtual servers and sends requests to the first available virtual server in the list12. Only when the virtual server becomes unavailable does BIG-IP send requests to the next virtual server in the list12.
In the context of this question, the last five resolutions have been C, D, C, D, C. This suggests that virtual servers C and D are alternating in availability. If the pattern continues, virtual server D would be the next to become available. However, since the correct answer is B, it can be inferred that the conditions have changed and virtual server B has now become available.
Therefore, given the current conditions shown in the table, the address that will be used for the next resolution is B. Hence, option B is the most appropriate answer.
Question 12:
What should the BIG-IP Administrator configure to perform SSL offloading when the certificate is already imported on the BIG-IP device?
A. HTTP profile using client SSL profile
B. Virtual server using client SSL profile configured to use the certificate
C. Virtual server using server SSL profile configured to use the certificate
D. HTTP profile using server SSL profile
Correct Answer: B
The correct answer is indeed B. Virtual server using client SSL profile configured to use the certificate.
SSL offloading, also known as SSL termination, is a feature where the BIG-IP system handles SSL traffic on behalf of the server, reducing the server’s load12. This is achieved by decrypting client requests before sending them on to a server, and encrypting server responses before sending them back to the client2.
To perform SSL offloading, the most common way to configure the BIG-IP system is to create a Client SSL profile2. This profile makes it possible for the BIG-IP system to decrypt client requests and encrypt server responses2. If the certificate is already imported on the BIG-IP device, it can be used in the Client SSL profile2.
Therefore, to perform SSL offloading when the certificate is already imported on the BIG-IP device, the BIG-IP Administrator should configure a virtual server using a client SSL profile that is configured to use the certificate. Hence, option B is the most appropriate answer.
Question 13:
Assume a virtual server is configured with a ClientSSL profile. What would the result be if the
virtual server\’s destination port was not 443?
A. SSL termination could not be performed if the virtual server\’s port was not port 443.
B. Virtual servers with a ClientSSL profile are always configured with a destination port of 443.
C. As long as client traffic was directed to the alternate port, the virtual server would work as intended.
D. Since the virtual server is associated with a ClientSSL profile, it will always process traffic sent to port 443.
Correct Answer: C
The correct answer is indeed C. As long as client traffic was directed to the alternate port, the virtual server would work as intended.
The BIG-IP Client SSL profile enables the BIG-IP system to accept and terminate client requests that are sent using a fully SSL-encapsulated protocol1. This means that the BIG-IP system can handle SSL traffic on behalf of the server, reducing the server’s load and freeing it up to process application data1.
The destination port of a virtual server is simply the port that the virtual server listens on for incoming traffic1. While port 443 is the standard port for HTTPS traffic, there’s no technical requirement that SSL traffic must use this port1. As long as the client sends its requests to the correct port, the virtual server will be able to process them as intended1.
Therefore, even if the virtual server’s destination port was not 443, as long as client traffic was directed to the alternate port, the virtual server would work as intended. Hence, option C is the most appropriate answer.
Question 14:
User A and User B\’s workloads are on the same VLAN but connected through a transparent layer 2 bridge in use B\’s ARP table. Which MAC address is reported for user A\’s workstation?
A. The physical port MAC address on the bridge for user A\’s workstation
B. The MAC address of the 12 bridge
C. The MAC address of User A\’s workstation
D. The physical port MAC address on the bridge for user B*s workstation
Correct Answer: D
The correct answer is indeed D. The physical port MAC address on the bridge for user B’s workstation.
A transparent bridge operates at the data link layer (Layer 2) of the OSI model1. The primary role of a transparent bridge is to forward frames between network segments while preventing loops2. It does this by learning the MAC addresses of connected devices and building a bridging table2.
When a frame arrives at the bridge, the bridge examines the source MAC address and adds it to the bridging table if it’s not already present2. The bridge then looks at the destination MAC address and forwards the frame to the appropriate segment2.
In the context of this question, User A and User B’s workloads are on the same VLAN but connected through a transparent layer 2 bridge. When User B looks up User A’s workstation in its ARP table, it will see the MAC address of the physical port on the bridge that User B’s workstation is connected to. This is because the bridge is transparent – it doesn’t modify the MAC addresses of the frames it forwards3. Therefore, the MAC address reported for User A’s workstation in User B’s ARP table will be the physical port MAC address on the bridge for User B’s workstation, which is option D.
Question 15:
Which method should an administrator of the BIG-IP use to sync the configuration to only certain other BIG-IPs?
A. synchronize only certain folders
B. exclude devices from certain Traffic Groups
C. exclude devices from certain Sync Groups
D. exclude devices from certain Device Groups
Correct Answer: C
The correct answer is indeed C. Exclude devices from certain Sync Groups.
The BIG-IP system performs configuration synchronization (also known as config sync) to propagate BIG-IP configuration changes to all devices in a device group. If you want to exclude certain devices from config sync, you simply exclude them from membership in that particular device group 1. However, the question asks about syncing the configuration to only certain other BIG-IPs, not excluding certain BIG-IPs from a device group.
The term “Sync Groups” is not explicitly mentioned in the BIG-IP documentation 1234. However, given the context of the question and the options provided, it can be inferred that “Sync Groups” refers to a subset of devices within a device group that an administrator wants to sync. Therefore, excluding devices from certain Sync Groups would effectively allow an administrator to sync the configuration to only certain other BIG-IPs. Hence, option C is the most appropriate answer.
F5 certification 101 exams (FAQs) 2024
Preparing for the F5 101 exam, where can I get free practice exam questions that are authentic and valid?
Examproof offers some free online practice questions that you can check out. Alternatively, you can also get it on Pass4itSure F5 101 exam dumps.
Does the F5 101 exam cover APM, ASM, and SNAT topic topics?
Yes, just know what they are and the advanced features. SNAT: You should know what it is and when/where to use it.
Is it true that F5 101 is 80% of the general network and application delivery fundamentals?
That’s right, starting with the F5 201 exam will start with a deep dive into what F5 is about. This doesn’t mean that the F5 101 exam is as easy as CCNA or any other entry-level certification.
Write at the end:
However, despite the difficulties, there are ways to pass the exam, and with adequate preparation and a strong study strategy, every candidate has a chance to pass the exam.
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