Updated 6V0-22.25 Exam Dumps for 2026 Preparation

 

The VMware 6V0-22.25 VMware Avi Load Balancer 30.x Administrator Exam validates your skills in deploying, configuring, managing, and troubleshooting VMware Avi Load Balancer environments. This certification is ideal for network administrators, cloud engineers, system engineers, and IT professionals working with modern application delivery and load balancing solutions.

Candidates preparing for the 6V0-22.25 exam often search for reliable study materials, practice questions, exam dumps, real exam scenarios, and updated preparation guides to pass the exam on the first attempt.

Topics Covered in 6V0-22.25 VMware Avi Load Balancer 30.x Administrator Exam
VMware Avi Load Balancer Architecture
Controller Cluster Configuration
Service Engines Deployment
Virtual Services Configuration
Pool and Pool Groups Management
SSL Certificates and Security Profiles
Health Monitoring and Analytics
DNS and GSLB Configuration
HTTP Policies and Application Profiles
Load Balancing Algorithms
Network Security and Authentication
Routing and Networking Concepts
Troubleshooting and Monitoring
Backup, Restore, and Upgrades
Automation and API Integration
Cloud Integration and Multi-Cloud Deployments

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Question: 1
Which SSL cipher type provides the best security?

A. EC without PFS
B. EC with PFS
C. RSA without PFS
D. RSA with PFS

Answer: B

Explanation:
VMware Avi Load Balancer documentation recommends EC with PFS because RSA 2K keys are more
computationally expensive than EC, and EC with PFS provides the best performance and the best
possible security. Therefore, the strongest and preferred cipher type among the listed options is EC with PFS.

Question: 2
Which file type will the default WAF Profile bypass for inspection?

A. .batch
B. .exe
C. .ico
D. .yml

Answer: C

Explanation:
The Avi WAF Policy includes an option to bypass WAF inspection for static file extensions. VMware
Avi documentation notes that static content file extensions can be bypassed from WAF checks.
Among the listed options, .ico is the static web file type that matches this behavior; .batch, .exe, and
.yml are not appropriate default static web bypass file types.

Question: 3
The Server RTT in the End-to-End Timing graph has increased significantly while Client RTT and App
Response times have remained unchanged. What is the most likely explanation for the issue?

A. One or more pool servers are experiencing very high CPU utilization
B. A database server used by the application is experiencing a performance issue
C. The Service Engine where the Virtual Service is placed has become overloaded
D. A networking issue has developed between the Service Engine and one or more pool servers

Answer: D

Explanation:
In Avi analytics, Server RTT represents the round-trip latency between the Service Engine and the
backend pool servers. VMware Avi documentation states that an abnormally high Server RTT can
indicate a network issue between the Service Engine and the servers. Because Client RTT and App
Response remain unchanged, the issue is most likely on the network path between the Service
Engine and one or more pool servers.

Question: 4
What action should be taken to increase the number of active Service Engines utilized by a Virtual  Service?

A. Use the Migrate button in the Virtual Service popup
B. Use the Scale Out button in the Virtual Service popup
C. Use the Scale Out button in the Service Engine Group configuration
D. No action is necessary since the data plane is scaled automatically

Answer: B

Explanation:
VMware Avi Load Balancer supports scaling a Virtual Service across multiple Service Engines. The
documentation for automatic scaling of Virtual Services references using the Scale Out action for a
Virtual Service to increase the number of Service Engines actively supporting that Virtual Service.
Therefore, the correct action is to use the Scale Out button in the Virtual Service popup.

Question: 5
Which statement is true for Avi to compress an HTTP response?

A. Caching must be disabled
B. The Web Application Firewall must be disabled
C. Client round-trip time must be greater than 100 ms
D. The client’s Accept-Encoding header must be in the request

Answer: D

Explanation:
HTTP compression depends on whether the client indicates support for compressed content. In Avi
Load Balancer compression configuration, the Accept-Encoding request header is relevant because it
tells the system what compression encodings the client can accept. Therefore, for Avi to compress an
HTTP response, the client request must include an appropriate Accept-Encoding header.

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10 Most Asked FAQs About 6V0-22.25 Exam

1. What is the 6V0-22.25 VMware Avi Load Balancer Exam?
It is a certification exam that validates VMware Avi Load Balancer administration skills.

2. Who should take this exam?
Network engineers, cloud administrators, system engineers, and IT professionals.

3. What topics are included in the exam?
Architecture, load balancing, SSL, troubleshooting, DNS, GSLB, analytics, and security.

4. How difficult is the 6V0-22.25 exam?
It is considered moderately difficult for beginners and easier for experienced administrators.

5. Are practice tests important?
Yes, practice exams help understand the real exam format and improve confidence.

6. How long should I prepare for the exam?
Most students prepare for 4–8 weeks depending on experience level.

7. Is VMware Avi certification valuable?
Yes, it helps improve career opportunities in networking and cloud infrastructure.

8. What is the best way to prepare?
Study official documentation, practice labs, and use updated mock exams.

9. Can beginners pass the exam?
Yes, with proper preparation and hands-on practice.

10. Where can I find updated 6V0-22.25 exam questions?
Many students use Certkingdom.com for updated preparation materials and practice questions.

Why CertKingdom Dumps Are the Best for VMware vDefend Security Prep

 

Prepare for the 6V0-21.25 VMware vDefend Security for VCF 5.x Administrator Exam with CertKingdom.com

Are you looking to advance your VMware skills and secure your career with the VMware vDefend Security for VCF 5.x Administrator certification? CertKingdom.com offers top-quality training resources, exam dumps, and practice tests designed to help you succeed in the 6V0-21.25 exam. This guide provides a comprehensive overview of the exam topics, requirements, and key details to help you prepare effectively.

Topics Covered in the 6V0-21.25 VMware vDefend Security for VCF 5.x Exam

The 6V0-21.25 exam tests your knowledge and skills in deploying and managing VMware vDefend Security within a VMware Cloud Foundation (VCF) 5.x environment. Core topics include:
VMware vDefend Architecture and Components: Understanding the overall architecture, key components, and deployment models of VMware vDefend Security.
Security Policies and Configuration: Configuring security policies, roles, and permissions aligned with organizational requirements.
Threat Detection and Prevention: Implementing security measures for threat detection, intrusion prevention, and risk mitigation.
Integration with VMware VCF 5.x: Seamless integration of vDefend Security with VMware Cloud Foundation environments.
Monitoring and Reporting: Utilizing VMware tools for continuous security monitoring, logging, and compliance reporting.
Troubleshooting and Maintenance: Diagnosing common issues, performing updates, and maintaining security configurations.

Exam Requirements and Details

Prerequisites:
While there are no strict prerequisites, it is highly recommended that candidates have a foundational understanding of VMware Cloud Foundation, basic networking, and security concepts.

Exam Format:
Multiple-choice questions
Practical scenario-based questions
Total questions: Approximately 60-70
Duration: 90 minutes
Passing score: 300 out of 500 points
Exam Cost: The registration fee for the 6V0-21.25 exam is typically $250 USD, but it may vary based on location and testing centers.

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Question: 1
The VMware vDefend Management cluster is deployed by default with how many nodes?

A. One
B. Two
C. Three
D. Four

Answer: C

Explanation:
VMware vDefend (formerly NSX) architecture utilizes a Management Plane that is highly available.
For production environments, the NSX Management cluster is deployed with exactly three nodes.
This ensures high availability (HA) and fault tolerance for the management and control planes. If one
Questions and Answers PDF 2/66
node fails, the cluster maintains quorum and operations continue uninterrupted. While a single node
can be deployed for lab or proof-of-concept environments, the default standard for a highly available
production cluster is three nodes.

Question: 2
What would best describe DGA activity?

A. Trying to connect to randomly generated domains to obfuscate C2 traffic
B. Intercepting packets to steal sensitive data
C. Logging keystrokes to capture user credentials
D. Exploiting vulnerabilities in web applications through SQL injection

Answer: A

Explanation:
DGA stands for Domain Generation Algorithm. It is a technique used by malware (such as
ransomware or botnets) to periodically generate a large number of domain names that serve as
rendezvous points with their Command and Control (C2) servers. By rapidly changing the domains
they attempt to connect to, attackers obfuscate their traffic and make it highly difficult for static
blocklists or basic firewall rules to stop the communication. VMware vDefend's Network Traffic
Analysis (NTA) features specific detectors to identify this anomalous DNS behavior associated with DGA.

Question: 3
Which of the following does the Applied To field impact?

A. Per VM vNIC rule count
B. System wide rule count
C. ESX host rule count
D. NSX Manager rule count

Answer: A

Explanation:
In the VMware vDefend Distributed Firewall (DFW), the "Applied To" field is a critical optimization
feature. By default, DFW rules are applied to all workloads (Applied To: DFW). However, when you
specify specific groups in the "Applied To" field, the rule is only pushed down to the specific vNICs of
the virtual machines residing in those groups. This drastically reduces the size of the rule table
maintained in memory on the ESXi host for each specific vNIC (the per VM vNIC rule count),
improving hypervisor performance and ensuring that workloads only process rules relevant to their
network traffic.

Question: 4
Which of the following are optional CNI Plugin functionalities? (Select all that apply)

A. East-West service load balancing
B. Pod network connectivity
C. NetworkPolicy enforcement
D. IP address management (IPAM)

Answer: A, C, D

Explanation:
When integrating container orchestration (like Kubernetes) with VMware vDefend, a Container
Network Interface (CNI) plugin (such as Antrea) is utilized. The fundamental, non-optional
requirement of a CNI is providing basic pod network connectivity (Option B). However, advanced
features like East-West service load balancing (kube-proxy replacement), enforcing Kubernetes
NetworkPolicies (security), and handling IP Address Management (IPAM) are considered optional or
configurable functionalities depending on the specific CNI implementation and how the cluster is
architected to integrate with vDefend.

Question: 5
Which of the following are vDefend Advanced Threat Prevention capabilities? (Select all that apply)

A. Intrusion Detection/Protection Systems (IDS/IPS)
B. Network Traffic Analysis (NTA)
C. Gateway Firewall
D. Network Detection and Response (NDR)
E. Malware Analysis/Sandboxing

Answer: A, B, D, E

Explanation:
VMware vDefend Advanced Threat Prevention (ATP) is a suite of security features designed to move
beyond traditional L4-L7 stateful firewalling. It specifically encompasses advanced inspection and
anomaly detection tools. These include Distributed and Gateway IDS/IPS (signature-based threat
detection), Network Traffic Analysis (NTA - behavioral anomaly detection), Network Detection and
Questions and Answers PDF 5/66

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XSIAM-Engineer Palo Alto Networks XSIAM Engineer Exam

 

Level: Specialist
Format: Certification
Platform: Security Operations

The Palo Alto Networks Certifi ed XSIAM Engineer certifi cation is designed to validate the knowledge and skills required to use the Palo Alto Networks XSIAM platform for installation, deployment confi guration, post-deployment management and confi guration, data source onboarding and integration confi guration, playbook creation, and detection engineering. The purpose of this document is to help you prepare for the exam and attain the certifi cation. Please note that this document is intended to help identify the topics covered and to provide resources and references for understanding those topics. It is not intended to be used as the sole document to prepare for the XSIAM Engineer exam.

Audience and Qualifications

Target Audience
This exam is designed for the XSIAM engineers and SIEM engineers responsible for installation, deployment confi guration, post-deployment management and confi guration, data source onboarding and integration confi guration, playbook creation, and detection engineering.

Skills Required
● Working knowledge of security operations
● Basic understanding of network security, infrastructure, protocols, and topology
● Working knowledge of endpoint OS fundamentals and security hardening methods
● Working knowledge of SIEM and security operations technology
● Basic knowledge of current and emergent trends in information security
● Use security models / architectures (e.g., defense-in-depth, Zero Trust)
● Working knowledge of programming and scripting languages (i.e., Python, Powershell, SQL, RegEx, XQL)
● Ability to implement automation and orchestration for effi cient incident handling
● Ability to ingest data from threat and vulnerability feeds and determine applicability to the organization
● Working knowledge of log source onboarding, log normalization, and parsing
● Ability to integrate products and tools, including third-party products and tools
● Ability to confi gure agents, including policies and profi les
● Ability to ensure the availability, integrity, and security of data through monitoring
● Working knowledge of security frameworks (e.g., MITRE ATT&CK)
● Basic understanding of vulnerability management
● Basic understanding of threat intelligence management
● Familiarity with common data formats and data transformation (e.g., JSON, XML, CEF)
● Basic understanding of SaaS architectures

1. Planning and Installation 22%
1 Evaluate the existing IT infrastructure and security posture to align with XSIAM architecture 1.2 Evaluate deployment requirements, objectives, and resources 1.2.1 Hardware 1.2.2 Software 1.2.3 Data sources 1.2.4 Integrations 1.3 Identify communication requirements for XSIAM components 1.4 Install and confi gure Cortex XSIAM components 1.4.1 Agents 1.4.2 Broker VM 1.4.3 Engine 1.5 Confi gure user roles, permissions, and access controls 2.

Integration and Automation 30%
1 Onboard data sources (e.g., endpoint, network, cloud, identity) 2.2 Confi gure automation and feed integrations (e.g., messaging, SIEM, authentication, threat intelligence feeds) 2.3 Implement and maintain Marketplace content packs 2.4 Manage automation workfl ow 2.4.1 Plan 2.4.2 Playbook tasks 2.4.3 Customize 2.4.4 Debug 3.

Content Optimization 24%
1 Deploy parsing rules for unique data formats 3.2 Deploy data modeling rules for data normalization 3.3 Manage detection rules to align with provided requirements 3.3.1 Correlation 3.3.2 Indicators of compromise (IOCs) and behavioral indicators of compromise (BIOCs) 3.3.3 Indicator rules 3.3.4 Scoring rules 3.3.5 Attack Surface Management (ASM) rules 3.4 Manage incident and alert layout 3.5 Create custom dashboards and reporting templates 4.

Maintenance and Troubleshooting 24 %
1 Manage exception and exclusion confi gurations 4.2 Manage XSIAM software component updates (e.g., content, XDR agent, XDR collector, Broker VM) 4.3 Troubleshoot data management issues (e.g., data ingestion, normalization, parsing) 4.4 Troubleshoot Cortex XSIAM components (e.g., agents, integrations, playbooks)

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Sample Question and Answers

QUESTION 1
How will Cortex XSIAM help with raw log ingestion from third-party sources in an existing infrastructure?

A. Any structured logs coming into it are left completely unchanged, and only metadata is added to the raw data.
B. For structured logs, like CEF, LEEF, and JSON, it decouples the key-value pairs and saves them in table format.
C. Any unstructured logs coming into it are left completely unchanged, and metadata is not added to the raw data.
D. For unstructured logs, it decouples the key-value pairs and saves them in a table format.

Answer: B

Explanation:
Cortex XSIAM ingests structured third-party logs (such as CEF, LEEF, and JSON) by breaking down the
key-value pairs and saving them in a normalized table format. This enables efficient correlation,
analytics, and query performance across diverse log sources while preserving data fidelity.

QUESTION 2
In which two locations can correlation rules be monitored for errors? (Choose two.)

A. XDR Collector audit logs (type = Rules, subtype = Error)
B. correlations_auditing dataset through XQL
C. Management audit logs (type = Rules, subtype = Error)
D. Alerts table as a health alert

Answer: A, B

Explanation:
Correlation rule errors can be tracked in XDR Collector audit logs (type = Rules, subtype = Error) and
by querying the correlations_auditing dataset through XQL. These provide visibility into execution
issues and failures for correlation rules.

QUESTION 3
Which option should be used when customizing a dashboard in Cortex XSIAM to include a widget
that will display data filtered by more than one dynamic value?

A. Free text/number
B. Multi-select
C. Fixed filter
D. Single-select

Answer: B

Explanation:
The Multi-select option allows a dashboard widget in Cortex XSIAM to be filtered by more than one
dynamic value, enabling flexible data exploration and visualization across multiple selected criteria.

QUESTION 4
How must Cloud Identity Engine be deployed and activated on Cortex XSIAM?

A. In a different region than Cortex XSIAM; logs can be verified using pan_dss_raw dataset
B. In a different region than Cortex XSIAM; logs can be verified using endpoints dataset
C. In the same region as Cortex XSIAM; logs can be verified using pan_dss_raw dataset
D. In the same region as Cortex XSIAM; logs can be verified using endpoints dataset

Answer: C

Explanation:
Cloud Identity Engine must be deployed in the same region as Cortex XSIAM to ensure compliance
and proper data handling. Once integrated, the ingestion can be verified by checking the
pan_dss_raw dataset, which records the raw directory synchronization logs.

QUESTION 5
Which common issue can result in sudden data ingestion loss for a data source that was previously successful?

A. Data source is using an unsupported data format.
B. Data source has reached its maximum storage capacity.
C. Data source has reached its end of life for support.
D. API key used for the integration has expired.

Answer: D

Explanation:
A sudden data ingestion loss for a previously successful data source commonly occurs when the API
key used for the integration has expired, breaking authentication and preventing further log collection.

NS0-162 NetApp Certified Data Administrator, ONTAP Exam

 

NetApp Certified Data Administrator, ONTAP
You have proven skills in performing in-depth support, administrative functions, and performance management for NetApp® data storage controllers running the ONTAP® operating system in NFS and Windows® (CIFS) multiprotocol environments. You understand how to implement high-availability controller configurations, and have detailed knowledge of technologies used to manage and protect mission-critical data.

NCDA logos and certificates will be granted to those individuals who successfully pass the NetApp Certified Data Administrator, ONTAP (NS0-162) exam.

Prepare for your exam
NS0-162 : NetApp Certified Data Administrator, ONTAP

Candidates for NCDA (NetApp Certified Data Administrator) certification should have at least six to 12 months of field experience implementing and administering NetApp® data storage solutions in multiprotocol environments. In addition, candidates taking the NetApp Certified Data Administrator, ONTAP exam should know how to implement HA controller configurations, SyncMirror® software for rapid data recovery, or ONTAP® solutions with either single- or multi-node configurations.

Recommended Training and Resources:
ONTAP Cluster Fundamentals (WBT)
ONTAP Cluster Administration (ILT)
ONTAP Data Protection Fundamentals (WBT)
NS0-162 Practice test
View Exam Topics
Reference Document (PDF)
Register for NS0-162

To enroll in NetApp University training, you will need a NetApp Support Site account.

Take your exam
The NetApp Certified Data Administrator, ONTAP (NS0-162) exam includes 60 test questions, with an allotted time of 1-1/2 hours to complete. In countries where English is not the native language, candidates for whom English is not their first language will be granted a 30-minute extension to the allotted examination completion time.

Your results will be available in CertCenter two (2) to five (5) business days after you complete your exam.

The NCDA ONTAP (NS0-162) exam includes the following topics:

Storage Platforms
Describe knowledge of physical storage systems.
Describe software-defined on-premises or cloud storage systems.
Describe how to upgrade or scale ONTAP clusters.

Core ONTAP
Describe ONTAP system management.
Describe high availability concepts.
Describe how to manage Storage Virtual Machines (SVM).

Logical Storage
Describe how to use logical storage features.
Describe NetApp storage efficiency features.
Describe NetApp ONTAP Data Fabric solutions.

Networking
Describe how to use network components.
Demonstrate knowledge of how to troubleshoot network components.

SAN Solutions and Connectivity
Describe how to use SAN solutions.
Demonstrate knowledge of how to troubleshoot SAN solutions.

NAS Solutions
Describe how to use NAS solutions.
Demonstrate knowledge of how to troubleshoot NAS solutions.

Data Protection
Describe how to use ONTAP data protection solutions.
Describe how to use SnapMirror.
Identify MetroCluster concepts.

Security
Describe protocol security.
Describe security hardening.
Describe inflight or at rest encryption.
Identify SnapLock concepts.

Performance
Demonstrate knowledge of how to administer ONTAP performance.
Demonstrate knowledge of how to troubleshoot storage system performance.

QUESTION 1
You are the administrator of an ONTAP 9.8 cluster. You have configured an hourly snapshot schedule for all
NAS volumes. One of your users accidentally deleted an important spreadsheet file on an SMB share. The file
needs to be restored as quickly as possible by the Windows user.
Which statement is correct in this scenario?

A. In Windows Explorer, right-click on the SMB share where the file was deleted, go to previous versions select the file and copy it to the original location.
B. On the cluster CLI, execute the volume snapshot restore-file command with the options to select the SnapShot, path, and restore-path.
C. On the cluster CLI, execute the volume clone create command with the –parent-snapshot option set to the latest Snapshot copy and share the cloned volume as an SMB share, then copy the file back.
D. In ONTAP System Manager, navigate to the volume where the share resides, click on SnapShot copies and restore the latest SnapShot copy.

Correct Answer: A

QUESTION 2
After creating several volumes, you notice that the hosting aggregates immediately show a decrease in available space.
Which volume setting would prevent this outcome?

A. space guarantee set to “volume”
B. space SLO set to “semi-thick”
C. space guarantee set to “none”
D. space SLO set to “thick”

Correct Answer: B

QUESTION 3
You want to prepare your ONTAP cluster and your ESXi cluster to connect NFS datastores over a 10-GbE network using jumbo frames.
In this scenario, which three configurations would accomplish this task? (Choose three.)

A. Enable jumbo frames with an MTU of 1500 for your ESXi hosts
B. Enable jumbo frames with an MTU of 9000 for your ONTAP cluster
C. Enable jumbo frames with an MTU of 1500 for your ONTAP cluster
D. Enable jumbo frames with an MTU of 9000 for your ESXi hosts
E. Enable jumbo frames with an MTU of 9216 for your switches

Correct Answer: BDE

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1z0-1056-21 Oracle Financials Cloud: Receivables 2021 Implementation Essentials Exam

 

Earn associated certifications
Passing this exam is required to earn these certifications. Select each certification title below to view full requirements.

Oracle Financials Cloud: Receivables 2021 Certified Implementation Specialist

Format: Multiple Choice
Duration: 90 Minutes
Number of Questions: 58
Passing Score: 64%
Validation: This exam has been validated against version 21B of the product.
Policy: Cloud Recertification
Prepare to pass exam:1Z0-1056-21

Take your exam online from your home.
Take recommended training
Complete one of the courses below to prepare for your exam (optional):

In the subscription: Oracle Financials Cloud Learning Subscription
Additional Preparation and Information

A combination of Oracle training and hands-on experience (attained via labs and/or field experience) provides the best preparation for passing the exam.

Review exam topics
(New) Configuring Common Receivables
(New) Configure Receivables Using Rapid Implementation
(New) Configure Receivables
(New) Configure Tax
(New) Configure Sub Ledger Accounting
(New) Configure & Import Customers
(New) Configure Cash Management
(New) Configure Integration with Other Applications

(New) Configuring Customer Billing

(New) Manage Auto-Invoicing
(New) Manage Auto-Accounting
(New) Manage Transaction types, Transaction sources, Items and Memo lines
(New) Manage Resources, Salesperson, Sales credits and Salesperson account references
(New) Configure Revenue for Receivables

Configuring Customer Payments
(New) Manage Customer Receipts
(New) Manage Lockbox
(New) Manage Automatic Receipts & Funds Capture

Managing Customer Billing
Create and Process Transactions
Manage the Auto-Invoice Process
Manage Transaction Printing
Calculate Transactional Tax

Processing Customer Payments
Create and Process Receipts
Create & Process Bills Receivables Remittances
Create & Process Receipt Exceptions

Bill Management

Configure and Use Oracle Bill Management
(New) Reporting for Account Receivables & Advanced Collections

(New) Report with Oracle Transactional Business Intelligence (OTBI)
(New) Report with Business Intelligence Publisher (BIP)
(New) Manage Account Receivables Reconciliation

Configuring and Using Advanced Collections
(New) Configure Advanced Collections
(New) Designing and Using Scoring Strategies
(New) Managing Collections Work

QUESTION 1
Which three actions can be performed in the Collections Work Area, which will have an impact on the collection process? (Choose three.)

A. Adding new customer contacts in the Contacts tab.
B. Applying a customer payment in the Aging Tab.
C. Creating a credit memo in the Transactions Tab.
D. Changing the collector in the Profile Tab.
E. Processing a payment promise in the Transactions Tab.

Correct Answer: ADE

QUESTION 2
The auto-invoice program fails to complete. Subsequently, you notice a message in the log file regarding
insufficient memory for processing.
To resolve this issue, by what factor should you multiply the maximum number of imported records (rounded to
the nearest whole number)?

A. 10
B. 1012
C. 65535
D. 1
E. 1024

Correct Answer: E

QUESTION 3
Which three Collection Preferences can be selected as the default transaction class for the Transaction tab?
(Choose three.)

A. Deposit
B. Guarantee
C. Debit Memo
D. Credit Memo
E. Charge Back

Correct Answer: ABC

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NSE6_FWB-6.1 Fortinet NSE 6-FortiWeb 6.1 Exam

 

Fortinet NSE 6 - FortiWeb 6.1
Exam series: NSE6_FWB-6.1
Number of questions: 30
Exam time: 60 minutes
Language: English and Japanese
Product version: FortiWeb 6.1
Status: Available

Description
The Network Security Specialist designation recognizes your comprehensive skills and ability to work with the Secure Fabric products that go beyond the firewall.

Who Should Attempt the NSE 6 Certification
We recommend this course for network and security professionals who are involved in managing and supporting specific Fortinet security products.

Program Requirements
You must successfully pass a minimum of any four Fortinet NSE 6 certification exams. You can earn a specialist designation by successfully passing each product-specific exam.

Fortinet NSE 6 - FortiADC
Fortinet NSE 6 - FortiAuthenticator
Fortinet NSE 6 - FortiMail
Fortinet NSE 6 - FortiWeb
Fortinet NSE 6 - FortiNAC
Fortinet NSE 6 - FortiVoice
Fortinet NSE 6 - Secure Wireless LAN

To prepare for the certification exams, we recommend that you take the NSE 6 product courses. The courses are optional.

About NSE Certification Exams
Available worldwide at: Pearson VUE testcenter
Scoring method: Answers must be 100% correct for credit. No partial credit is given. There are no deductions for incorrect answers.
Type of questions: Multiple choice and multiple select
Time required between attempts: 15 days
Transcript and certificate: Your Fortinet NSE Institute transcript is updated within five business days after you pass the exam. After that, you will be able to download a printable certificate from the NSE Institute.

QUESTION 1
Which two statements about running a vulnerability scan are true? (Choose two.)

A. You should run the vulnerability scan during a maintenance window.
B. You should run the vulnerability scan in a test environment.
C. Vulnerability scanning increases the load on FortiWeb, so it should be avoided.
D. You should run the vulnerability scan on a live website to get accurate results.

Correct Answer: AB

QUESTION 2
FortiWeb offers the same load balancing algorithms as FortiGate.
Which two Layer 7 switch methods does FortiWeb also offer? (Choose two.)

A. Round robin
B. HTTP session-based round robin
C. HTTP user-based round robin
D. HTTP content routes

Correct Answer: AD

QUESTION 3
Which would be a reason to implement HTTP rewriting?

A. The original page has moved to a new URL
B. To replace a vulnerable function in the requested URL
C. To send the request to secure channel
D. The original page has moved to a new IP address

Correct Answer: A

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AZ-120 Planning and Administering Microsoft Azure for SAP Workloads Exam Update Version

 

Exam AZ-120: Planning and Administering Microsoft Azure for SAP Workloads
Languages: English, Japanese, Chinese (Simplified), Korean, French, German, Spanish, Portuguese (Brazil), Russian, Arabic (Saudi Arabia), Chinese (Traditional), Italian
Retirement date: none

This exam measures your ability to accomplish the following technical tasks: Migrate SAP Workloads to Azure; Design and Implement an Infrastructure to Support SAP Workloads; Design and Implement High Availability and Disaster Recovery; and Maintain SAP Workloads on Azure.

Skills measured
The content of this exam was updated on May 28, 2021. Please download the exam skills outline below to see what changed.
Migrate SAP Workloads to Azure (25–30%)
Design and Implement an Infrastructure to Support SAP Workloads (25–30%)
Design and Implement High Availability and Disaster Recovery (HA/DR) (20–25%)
Maintain SAP Workloads on Azure (15–20%)

The following exam guide shows the changes that were implemented on May 28, 2021.

Audience Profile
Candidates for this exam should be architects or engineers with extensive experience and knowledge of the SAP system landscape and industry standards that are specific to the initial migration or integration and the long-term operation of an SAP solution on Microsoft Azure.

Responsibilities for an architect or an engineer for Azure for SAP Workloads include making recommendations on services and adjusting resources as appropriate for optimal resiliency, performance, scale, provision, size, and monitoring.
Architects or engineers for Azure for SAP Workloads partner with cloud administrators, cloud DBAs, and clients to implement solutions.

A candidate for this exam should have extensive experience and knowledge of SAP applications:
SAP HANA, S/4HANA, SAP NetWeaver, SAP BW/4HANA, OS servers for SAP applications and databases, Azure portal, Azure Marketplace, Azure Resource Manager templates (ARM templates), operating systems, virtualization, cloud infrastructure, storage structures, high availability design, disaster recovery design, data protection concepts, and networking. For this exam, we strongly recommend that you have an Azure Administrator Associate or Azure
Solutions Architect Expert certification, in addition to SAP HANA and Linux certifications.

Skills Measured
NOTE: The bullets that follow each of the skills measured are intended to illustrate how we are assessing that skill. This list is NOT definitive or exhaustive.

NOTE: Most questions cover features that are General Availability (GA). The exam may contain questions on Preview features if those features are commonly used.

Migrate SAP Workloads to Azure (25–30 10-15%)
Create an inventory of existing SAP landscapes
 network inventory
 security inventory
 computing inventory
 operations system inventory
 resiliency and availability inventory
 SAP Database Inventory
 SAP Landscape architecture
 SAP workload performance SLA and metrics
 migration considerations

Identify requirements for target infrastructure
 estimate target database size
 determine supportability of operating systems and databases in Azure
 estimate compute, storage, and network requirements for the target database
 determine target SAPS by using Early Watch Alert (EWA) reports or Quick Sizer
 assess constraints imposed by subscription models and quota limits
 recommend licensing and pricing across SAP tiers
 recommend components, such as Azure Data Factory, Data Lake, Microsoft Power BI, and SAP Cloud
 specify a Microsoft support option for SAP on Azure

Design and implement identity and access for SAP workloads
 design a migration strategy
 certified and support SAP HANA hardware directory
 design criteria for Tailored Datacenter Integration (TDI) solutions
 databox
 HANA System Replication (HSR)
 Azure Migrate SAP
 backup and restore methods and solutions
 infrastructure optimization for migration
 design and implement access control and authorization for SAP workloads
 design and implement authentication for SAP workloads
 manage access permissions to SAP systems
 design and implement an SAP migration strategy
 choose a migration scenario (lift-and-shift, lift-shift-migrate, lift-shift-migrate to HANA) or green field
 choose migration methods
 configure storage to support migration
 implement an SAP migration

Design an Azure Solutionand Implement an Infrastructure to Support SAP Workloads (25–30 20-25%)

Design a core infrastructure solution in Azure to support SAP workloadsDesign and implement a compute solution for SAP workloads
 network topology requirements
 security requirements
 virtual or bare metal
 compute
 operating system requirements
 supported SAP products/versions
 storage requirements
 proximity placement group
 infrastructure requirements
 design Azure infrastructure services to support SAP workloads
 specify a compute platform (Azure Virtual Machines versus HANA Large Instances [HLIs])
 configure Enhanced Monitoring
 configure Accelerated Networking
 configure VMs for Availability Sets
 configure VMs for Availability Zones
 deploy an OS by using the Azure Marketplace
 create and deploy a custom image
 automate deployment by using ARM templates
 connect to an Azure HLI
 configure license registration for an Azure HLI
 configure and apply operating system updates to an Azure HLI
 configure a snapshot

Design and implement a network topology for SAP on Azure Virtual Machines or Azure HLI
 backup and restoration requirements
 SLA/High Availability
 data protection (LRS/GRS, Availability Zones)
 compliance
 monitoring
 licensing
 application interfaces
 dependencies
 design and configure proximity placement groups
 define SAP zones and subnets
 design for latency considerations
 design for network security
 design and implement networking for Azure HLI
 plan for the use of Azure Express Route (FastPath versus direct)
 optimize networking to minimize latency between/within SAP tiers
 configure routing for Azure HLI
 design and configure load balancing for a reverse proxy

Design and implement a storage solution for SAP on Azure Virtual Machine or Azure HLI
 specify an appropriate disk option (Managed, Premium, Ultra disk, SOFS with Storage

Spaces Direct [SSD], Azure NetApp Files, Azure Shared Managed Disks)
 specify when to use disk striping
 design for security considerations for storage
 design for data protection considerations
 design and implement caching for disks
 configure Write Accelerator
 configure encryption

Design and Implement High Availability and Disaster Recovery (HA/DR) (20–25%)
Design a resilient Azure solution to support SAP workloads Design a high availability and disaster recovery solution for SAP on Azure Virtual Machine or Azure HLI
 HA/DR models supported in HANA (N+N, N+M)
 application servers (NetWeaver and XS Advanced)
 SAP Central services
 availability sets
 availability zones
 Disaster Recovery (DR) with paired regions
 database HA
 design an Azure Site Recovery strategy for SAP workloads
 design HANA system replication/SQL Server Always On/Data Guard
 design an availability set and availability zone strategy for SAP workloads
 design load balancing for SAP HA or database HA
 design for regional considerations
 design for service-level agreement (SLA) considerations

Implement high availability and disaster recovery
 configure STONITH
 configure database-level replication, including HANA System Replication, SQL Server Always On, and Oracle Data Guard
 configure fencing/Stonith Block Device (SBD)
 configure Azure Site Recovery
 configure storage-level replication for SAP Central Services
 configure load balancing for SAP HA or database HA
 configure clustering
 configure and validate backups
 perform backup and restore
 test disaster recovery

Maintain SAP Workloads on AzureBuild and Deploy Azure for SAP Workloads (15–20%)
Automate deployment of Virtual Machines (VMs)
 azure Resource Manager (ARM) templates
 automated configuration of VM
 scripting with automation tools, including script development, script modification, and deployment dependencies

Implement and manage virtual networking
 IDS/IPS for Azure
 routing fundamentals
 subnetting strategy
 isolation and segmentation for SAP landscape

Manage access and authentication on Azure
 custom domains
 Azure AD Identity Protection
 Azure AD join
 conditional access policies
 role-based access control (RBAC)
 service principal
 just in time access

Implement and manage identities
 Azure AD Connect
 AD Federation and single sign-on
 LDAP/Kerberos/SSH
 Linux VMs Active Directory domain membership mechanism
 SAP HANA Cloud Platform Identity Authentication (integration with Azure AD)

Optimize performance and costs
 test performance and health of SAP workloads on Azure by using ABAPmeter
 storage structure
 SAP workloads on Azure support pre-requisites
 scheduled maintenance for planned outages
 recovery plan for unplanned outages
 SAP application and infrastructure housekeeping (i.e. snapshots on OS volumes)
 bandwidth adjustment for ExpressRoute
 IPtables ExpressRoute Fast Path and ExpressRoute GlobalReach for HANA Large Instances (HLI)
 optimize performance and cost of SAP HANA virtual hardware and Azure HLIs
 optimize performance and cost of SAP HANA Hardware and Cloud Measurement Tools (HCMT)
 measure/reduce network latency between SAP servers and clients
 optimize network performance and bandwidth costs
 optimize performance and cost of SAP application servers
 optimize performance by using the SAPS benchmark tool
 configure snoozing
 resize VMs
 optimize storage costs
 optimize an SAP workload on Azure by using Azure Advisor

Monitor SAP workloads on Azure
 Azure Extension for SAP
 Azure Monitor
 log Analytics workspaces & metrics
 monitor SAP workloads by using Azure Monitor for SAP Solutions
 monitor SAP workloads by using Log Analytics
 monitor networking

Build & Deploy HA/DR infrastructure for SAP products
 ASCS/SCS deployments on Linux & Windows (SOFS with S2D, Azure NetApp Files, 3rd
party products that emulate shared storage)
 HA/DR scenarios for SAP HANA
 HA/DR scenarios for AnyDB
 HA for non-NetWeaver Products like SAP Business One, SAP Business Object BI
 where to use load balances & troubleshooting connectivity

Validate Azure Infrastructure for SAP Workloads (10-15%)
Perform infrastructure validation check
 Apache JMeter, Spirent Avalanche, Microfocus LoadRunner
 test implementation for SAP workloads
 verify network performance and throughput
 verify storage
 SAP HANA Hardware and Cloud Measurement Tools (HCMT) (HANA)
 flexible I/O tester (FIO) and DD

Perform operational readiness check
 backup and restore
 High Availability checks
 failover test
 DR test
 print test

Operationalize Azure SAP Architecture (10-15%)
Optimize performance
 test performance and health of SAP workloads on Azure by using ABAPmeter
 storage structure
 SAP workloads on Azure support pre-requisites
 scheduled maintenance for planned outages
 recovery plan for unplanned outages
 SAP application and infrastructure housekeeping (i.e. snapshots on OS volumes)
 bandwidth adjustment for ExpressRoute
 IPtables ExpressRoute Fast Path and ExpressRoute GlobalReach for HANA Large Instances (HLI)

Migrate SAP workloads to Azure
 migration strategy
 Azure Migrate
 private and public IP addresses, network routes, network interface, subnets, and virtual network
 storage configuration
 source and target environments preparation
 backup and restore of data
 SQL Server Migration Assistant (SSMA) (migration from DB2, Oracle, SAP ASE, to SQL Server in an Azure VM)

QUESTION 1
You are evaluating which migration method Litware can implement based on the current environment and the business goals.
Which migration method will cause the least amount of downtime?

A. Migrate SAP ECC to SAP Business Suite in HANA, and then migrate SAP to Azure.
B. Use Near-Zero Downtime (NZDT) to migrate to SAP HANA and Azure during the same maintenance window.
C. Use the Database Migration Option (DMO) to migrate to SAP HANA and Azure during the same maintenance window.
D. Migrate SAP to Azure, and then migrate SAP ECC to SAP Business Suite on HANA.

Correct Answer: C

QUESTION 2
You have an SAP environment on Azure that uses multiple subscriptions.
To meet GDPR requirements, you need to ensure that virtual machines are deployed only to the West Europe and North Europe Azure regions.
Which Azure components should you use?

A. Azure resource locks and the Compliance admin center
B. Azure resource groups and role-based access control (RBAC)
C. Azure management groups and Azure Policy
D. Azure Security Center and Azure Active Directory (Azure AD) groups
Correct Answer: C

QUESTION 3
You deploy an SAP environment on Azure.
Your company has a Service Level Agreement (SLA) of 99.99% for SAP.
You implement Azure Availability Zones that have the following components:
Redundant SAP application servers
ASCS/ERS instances that use a failover cluster
Database high availability that has a primary instance and a secondary instance
You need to validate the high availability configuration of the ASCS/ERS cluster.
What should you use?

A. SAP Web Dispatcher
B. Azure Traffic Manager
C. SAPControl
D. SAP Solution Manager

Correct Answer: B


QUESTION 4
You plan to deploy an SAP environment on Azure.
You plan to store all SAP connection strings securely in Azure Key Vault without storing credentials on the
Azure virtual machines that host SAP.
What should you configure to allow the virtual machines to access the key vault?

A. Azure Active Directory (Azure AD) Privilege Identity Manager (PIM)
B. role-based access control (RBAC)
C. a Managed Service Identity (MSI)
D. the Custom Script Extension

Correct Answer: C

QUESTION 5
You plan to deploy SAP application servers that run Windows Server 2016.
You need to use PowerShell Desired State Configuration (DSC) to configure the SAP application server once
the servers are deployed.
Which Azure virtual machine extension should you install on the servers?

A. the Azure DSC VM Extension
B. the Azure virtual machine extension
C. the Azure Chef extension
D. the Azure Enhanced Monitoring Extension for SAP

Correct Answer: A

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