The A10 Certified Professional System Administration 4 exam is a certification exam offered by A10 Networks to validate the knowledge and skills of professionals in system administration related to A10 Networks products. Passcert provides the latest A10 Networks A10 System Administration Exam Dumps which are designed to help you prepare for your exam with ease. Our carefully curated content covers all the important topics to ensure that you have a thorough understanding of the subject matter. By using our A10 Networks A10 System Administration Exam Dumps, you can enhance your confidence and increase your chances of passing the exam successfully. Trust Passcert to be your reliable partner in your exam preparation journey.
A10 Certified Professional System Administration 4
The A10 Certified Professional System Administration 4 exam is a certification exam offered by A10 Networks. It is specifically designed to validate the knowledge and skills of professionals in system administration related to A10 Networks products. This comprehensive exam covers a wide range of topics, including configuration, management, and troubleshooting of A10 Networks systems.
By taking and successfully passing the A10 Certified Professional System Administration 4 exam, individuals demonstrate their expertise and proficiency in A10 system administration. This certification can open up various career opportunities in the field, as it showcases a deep understanding of A10 Networks products and their administration.
This exam is particularly beneficial for professionals who work with A10 Networks systems on a regular basis, as it allows them to validate their skills and knowledge in a standardized and recognized manner. It provides a tangible credential that can be added to their professional profile, enhancing their credibility and reputation in the industry.
Preparing for the A10 Certified Professional System Administration 4 exam involves studying various aspects of A10 Networks systems, including their configuration, management, and troubleshooting processes. It is important to have a solid understanding of these topics, as the exam questions are designed to assess practical knowledge and real-world application.
From a set of three blank ACOS devices, students build a system deployment with these attributes:
● Layer 2–3 environment including VLANs, and IP routing
● Device cluster environment with a single management point
● High availability with multiple active devices
● Multi-tenant environment with limited-scope administration
● Remote authentication and authorization
Students also use device tools that monitor, diagnose, and restore the system configuration.
OSI reference model
Network topology and administration
An industry standard switching and routing CLI
Initial ACOS Configuration
Base system configuration through the CLI and GUI
Backup and restore
Centralized Configuration Management: aVCS
Clustering devices into a centralized chassis
aVCS topology: vMaster and vBlade devices
vMaster election and maintenance
High Availability: VRRP-A
Active-Standby mode and failover
Active device selection
Application Delivery Partitions (ADP)
Layer 3 Virtualization Partitions (L3V)
Shared and private partitions
Public and private objects
Admin account creation through the CLI and GUI
Assigning privileges, passwords, and access rights
Roles: predefined and user-defined
Authentication, Authorization, and Accounting
Using AAA servers to manage device and command access
Account and command tracking
Control Plane Logging
External logging and emailing events
Events and thresholds
Monitoring ACOS devices remotely
aXAPI architecture and session flow
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1.Select the statement that describes aXAPI authentication and authorization requirements:
A. aXAPI requires that users are assigned to the “aXAPI” role before they can execute a script.
B. aXAPI is subject to the same permissions requirements as the CLI and GUI.
C. aXAPI has special permissions that differ from CLI and GUI permissions.
D. aXAPI is subject to authorization but not authentication requirements.
2.What do we know about the state of the system from the CLI prompt? (Choose two.)
A. There is only 1 member in this A10 Virtual Chassis.
B. There are at least 2 private partitions configured.
C. aVCS has been configured, and this host is part of aVCS set 1.
D. aVCS has been configured, and this host is part of aVCS set 1/1.
E. Application Delivery Partitions have been configured.
3.In a VRRP-A topology that contains four devices, select the number of devices on which a single VRID can be simultaneously active?
4.When vBlade A issues a “vcs vmaster-take-over 200” command, which statement is true?
A. The command is ignored when the current vMaster is in vMaster maintenance mode.
B. Any subsequent vmaster-take-over command within the chassis with a parameter smaller than 201 is ignored.
C. The 200 priority is compared to the current vmaster’s default vrid priority to determine which device controls the chassis.
D. If an administrator on vBlade B were to simultaneously issue command vcs vmaster-take-over 210, vBlade B would become the vMaster.
5.ACOS can log the following accounting records for administrative sessions:
A. device access attempts only
B. syslog errors of a specified severity level
C. device access and command entry attempts
D. command entry attempts only
E. syslog errors of severity greater than a specified level
6.Which statement describes the effect this command:
A. The startup-config file is erased and the ACOS is immediately rebooted
B. All configuration profiles, SSL certificates, aFlex polices, black/white lists, and system logs are erased the next time the system reboots
C. The startup-config file is erased but the management interface ip configuration is kept
D. The start-up config file is erased but the all of the admin accounts are preserved
7.Which commands display the ACOS device serial number? (Choose two.)
A. show system
B. show hardware
C. show environment
D. show serial
E. show version