1.The Exam
1.1 PURPOSE OF EXAM
The Nutanix Certified Professional – Multicloud Automation 5 exam tests that candidates are comfortable with principles of automation, as well as the automation of infrastructure and single/multi-tiered applications within the Nutanix platform. Successful candidates demonstrate mastery of these skills and abilities.
1.2 NUMBER OF QUESTIONS
The exam consists of 75 multiple choice and multiple response questions.
1.3 PRICING
The cost for the NCP-MCA 5 exam is $199 USD.
1.4 PASSING SCORE
The passing score for this exam is 3000, using a scaled scoring method. The scale is from 1000-6000. Scaled scores are calculated using a mathematical formula that considers a variety of factors, including the number and type of exam questions included in a specific version of the exam. Because this combination may vary in different versions of the same examination, scaled scores provide a fair score for everyone based on the version of the exam taken.
1.5 HOW OBJECTIVES RELATE TO QUESTIONS ON THE EXAM
Objectives summarize what the test is designed to measure. Objectives are developed by Exam Developers and Subject Matter Experts based on identified tasks that relate to the job of automating infrastructure and single/multi-tiered applications within a Nutanix multicloud environment. Once the initial development process is complete, these objectives are verified using an external group of individuals in the actual job role. Finally, a number of questions is determined for each objective, which relates directly to the criticality of the task in the job role.
1.6 LANGUAGES
The exam is available in English, Japanese, and Simplified Chinese.
1.7 TIME LIMIT
The time limit for the exam 120 minutes.
1.8 SCHEDULING AND TAKING THE EXAM
This exam is delivered via remote proctoring. After registering for the exam and providing valid identification, you will receive information on how to take the exam from your location using a web browser. Because the exam is remote proctored, you will be provided with a locked down, monitored, secure exam experience.
1.9 CERTIFICATION TRACKS
The Nutanix Certified Professional – Multicloud Automation 5 exam is a core component of the Nutanix Multicloud Automation Management track. Passing this exam results in achieving the NCP-MCA 5 certification.
The certification requires a passing score on the exam. While it is not required that you attend a course, Nutanix provides training that covers the objectives on the exam.
Details on the course and track are provided in section 4.
1.10 RETAKE POLICY
If a candidate fails an exam on the first attempt, he or she is allowed two additional attempts. There is a seven-day waiting period between attempts. Like the first attempt, these are paid for individually and Nutanix recommends that you allow sufficient time between attempts to be properly prepared and to maximize your chances for success.
Please note: After three attempts, you will be unable to take the exam for 60 days, after which you can e-mail university@nutanix.com and request that your attempts are reset. Nutanix recommends you utilize the time to thoroughly review this guide and the related references and/or take the recommended training for this exam.
1.11 EXAM SECURITY
Nutanix reserves the right to refuse certifying a candidate who violates exam security policies. This includes copying and redistribution of exam material, using any type of study material during the exam itself, attempting to photograph exam items and taking an exam using a false identity. Your identity is captured as part of the exam registration process and must be validated before you will be allowed to take the exam.
1.12 RECERTIFICATION
Once you have passed the Nutanix Certified Professional – Multicloud Automation 5 exam and achieved the NCP-MCA 5 certification, it will remain valid until Nutanix releases the next version of the certification. At that time, you have one year to upgrade your certification to the new release before it expires.
2. Intended Audience
2.1 INTENDED AUDIENCE
A candidate for the Nutanix Certified Professional – Multicloud Automation 5 exam and NCP-MCA 5 certification understands IT automation and how Nutanix multicloud solutions help to automate infrastructure and applications. Candidates for the NCP-MCA 5 certification will understand how to design single and multi-tiered applications and will be able to incorporate manual tasks in the automation process.
Successful candidates have at least 3-6 months of automation experience within the Nutanix environment. They are typically IT professionals interested in pursuing, or currently engaged in, DevOps concepts and/or multicloud automation using Nutanix technologies. The successful candidate will most likely have taken training courses such as the Nutanix Multicloud Automation Administration (NMCAA) course.
3. Objectives covered in the NCP-MCA 5 Exam
3.1 INTRODUCTION
It is recommended that candidates have the knowledge and skills necessary to understand IT automation, leverage Nutanix multicloud solutions to automate infrastructure and single/multi-tiered applications, and be comfortable incorporating
manual tasks in the automation process before attempting the Nutanix Certified Professional – Multicloud Automation 5 exam. It is also recommended that the candidate complete the training course described in Section 4 prior to taking the exam.
For the NCP-MCA 5 certification, candidates will be tested on the following software versions:
• AOS and Prism: version 5.20
• Calm: version 3.2.2
3.2 OBJECTIVES
Prior to taking this exam, candidates should understand each of the following objectives.
Each objective is listed below; along with related tools the candidate should have experience with, and related documentation that contains information relevant to the objective. Please note that some documentation requires access via the Support Portal. Information on creating an account for use with the Support Portal can be found here. All objectives may also be referenced in other product documentation not specifically highlighted below. The candidate should be familiar with all relevant product documentation or have the equivalent skills.
Section 1 – Describe and Differentiate Automation Concepts and Principles
Objective 1.1 – Determine and apply the steps required to automate a given manual process Knowledge:
• Determine the logical steps in automating a process
• Determine how to use Calm to complete pre-provisioning steps References
• Runbooks Overview
• Setting up the Service Dependencies
• Blueprint Overview
• Nutanix API Reference Guides
• Runbook Usage
• Pre-Create Tasks
• Multi-VM Blueprints
• Exporting or Importing Playbooks
• Nutanix Integration with ServiceNow
• Creating Playbooks Using Triggers
• How to find a VM creation date and time in Prism Central
Objective 1.2 – Demonstrate an understanding of event-driven Playbooks Knowledge:
• Demonstrate an understanding of how to create a Playbook by setting a trigger and defining actions
• Demonstrate an understanding of how to correctly arrange Playbook steps using X-Play References
• Creating Playbooks Using Triggers
• Prerequisites for VM Actions in Playbooks
• Creating Playbooks Using Webhook
• Playbook Actions
• Creating Playbooks Using Event
• Configuring Manual Parameters
• Enhance your Playbooks with REST APIs
• Create Custom Parameters in your Playbook
• How to Reuse Playbooks Across Multiple Environments
Objective 1.3 – Define the components of X-Play Knowledge:
• Define Playbook’s action gallery and plays
• Identify alerts and manual triggers References
• Task Automation
• Plays
• Creating Playbooks Using Event
• Running a Playbook (Manual Trigger)
• Automated Remediation with X-Play
• What’s New in Prism Pro X-Play
Objective 1.4 – Demonstrate an understanding of Categories Knowledge:
• Demonstrate an understanding of how to create Categories
• Explain the effects of Categories
• Given a Category and a blueprint, infer is a policy will be applied to a VM References
• Assigning a Category
• Categories Summary View
• Category Management
• Creating Custom Alert Policies
• Assigning a Role
• Modifying a Category
• Configuring an Image Placement Policy
• Adding Custom Alert Policies
Section 2 – Deploy and Configure Calm and Related Components
Objective 2.1 – Create a blueprint to deploy infrastructure and applications using Calm Knowledge:
• Demonstrate an understanding of how to create a Calm blueprint
• Demonstrate an understanding of how to create a substrate
• Demonstrate an understanding of how to create a task
• Demonstrate an understanding of how to configure install/uninstall packages
• Determine which task type to use per script language/function
• Demonstrate an understanding of prerequisites for Calm deployment
• Demonstrate an understanding of how to utilize Calm built-in macros within blueprints
• Demonstrate an understanding of how to set application infrastructure requirements related to automation optimization References
• Account Configuration
• Adding Accounts to a Project
• Adding and Configuring Scale Out and Scale In
• Macros Overview
• Settings Configuration
• Pre-Create and Post-Delete Task Overview
• Setting up the Service Dependencies
• Publishing a Blueprint
• Prerequisites for Enabling Nutanix Calm
• Nutanix Calm Overview
• Adding an Action
Objective 2.2 – Demonstrate an understanding of Calm managed infrastructure and applications Knowledge:
• Demonstrate an understanding of how to scale out
• Demonstrate an understanding of how to retire a managed application
• Demonstrate an understanding of how to manage an application
• Demonstrate an understanding of how to run a task References
• Adding and Configuring an Application Profile
• Creating a Brownfield Application
• Calm Administration – Manage Tab
• Calm Administration – Getting Started
• Calm Roles and Responsibilities Matrix
• Calm Library Overview
• Adding and Configuring Scale Out and Scale In
• Calm Blueprints Public Repository
• Calm Benchmarks
• Calm Onboarding
• Discover the Applications Running in your Environment
Objective 2.3 – Apply typical configuration settings to a Calm deployment Knowledge:
• Describe how to configure providers
• Describe how to configure a project
• Define user permissions and roles
• Recall the requirements for setting up environments within Calm to deploy to various supported Clouds
• Define Marketplace capabilities References
• Enabling Showback
• Providers Overview
• Calm – Software as a Service (SaaS)
• Calm SaaS API Key Management
• Marketplace Manager Overview
• Calm Pre-Configuration
Objective 2.4 – Identify common blueprint features Knowledge:
• Identify built-in macros, tasks, and action/task dependencies
• Identify blueprint features to include authentication credentials in a cloudinit and sysprep
• Identify endpoints
• Describe how to execute Calm Runbooks within blueprints
• Recognize the syntax of a macro References
• Built-in Macros
• Adding and Configuring an Application Profile
• Pre-Create Tasks
• Runtime Variables Overview
• Configuring Nutanix and Existing Machine VM, Package, and Service
• Blueprints Usage
Objective 2.5 – Describe the features and requirements of Calm Knowledge:
• Describe Calm requirements
• Define Calm use cases
• Define Calm
• Describe plugin use cases
• Demonstrate an understanding of how to execute deployment of MySQL, SQL, MariaDB, Oracle, PostgreSQL, and single/clustered databases
• Illustrate zero-byte clones and obfuscation for dev test scenarios References
• Calm Marketplace Overview
• Macros Overview
• Enabling Nutanix Calm
• Providers Overview
• Prerequisites for Enabling Nutanix Calm
• Runbook Usage
• Enabling Policy Engine
• Getting Started with Nutanix Calm
Section 3 – Validate Blueprints, Playbooks, and Automation Settings
Objective 3.1 – Understand the typical causes of a blueprint deployment failure Knowledge:
• Demonstrate an understanding of audit trails
• Given an error message, explain the cause of the issue References
• Calm – Authentication failure during task execution
• Multi-VM Blueprints
• Calm – App deployment/deletion fails when deployed VM has no IP address
• Calm Project Environments
Objective 3.2 – Describe where to find information to assist in validation Knowledge:
• Given an issue with Calm, locate troubleshooting data and collect the logs
• Given an issue with Playbooks, locate troubleshooting data and collect the logs References
• Plays
• Downloading an Application Log Archive
• Calm – Azure Troubleshooting
• Calm Administration – Audit Tab
• Approving and Publishing a Blueprint or Runbook
Objective 3.3 – Validate typical Playbook configurations Knowledge:
• Interpret data/logs to determine the cause for a given issue
• Given a Playbook and symptom, explain a given issue References
• Playbook Actions
• Creating Playbooks Using a Predefined Alert
• Prerequisites for VM Actions in Playbooks
• Task Automation
Objective 3.4 – Understand the typical causes of issues associated with automation Knowledge:
• Given a scenario, interpret a given issue
• Given a log, infer what type of issue may be present
• Explain how to optimize a workflow to align with best practices
• Given a scenario, explain how to triage and narrow down the possible root causes of an issue References
• Calm showback is not able to reach beam service
• Onboarding Nutanix Account
• Calm – Category OSType errors during Blueprint launch
• Calm – Blueprint Save validation errors for VMware blueprints
• Calm – Logon session errors when importing scripts that map network drives
• Integrated Linux Based Powershell Gateway Errors
• Calm – Windows Blueprint process creation failure errors
• Removing a Database Server VM or Database Server Cluster
4. NCP-MCA 5 Training Recommendations
QUESTION 1
In order to give Consumers the ability to modify attributes, what should the Blueprint creator implement in the design?
A. Custom actions
B. eScript task with custom macros
C. Runtime variables
D. https: task with built-in macros
Answer: C
QUESTION 2
Which action should an administrator use to request a static IP address from an IPAM solution?
A. Profile
B. Pre-create
C. Guest Customization
D. Create
Answer: D
QUESTION 3
An administrator wants to be alerted when production VMs become idle. The VMs will be determined to be idle
when CPU usage is lower than 5% for more than 5 minutes. All affected VMs are categorized as
Environment:Production, since they have Flow microsegmentation rules.
What should the administrator do to satisfy this requirement?
A. Create an alert for all VMs, create a Playbook with this alert as the trigger and send an email as the action.
B. Create an alert for VMs in the correct category, create a Playbook with this alert as the trigger > take a snapshot > send an email as the action.
C. Create an alert for all VMs, create a Playbook with this alert as the trigger > reduce 1 CPU > send an email as the action.
D. Create an alert for VMs in the correct category, create a Playbook with this alert as the trigger and send an email as the action.
Answer: A
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