[Dec 21, 2025] Step by Step Guide to Prepare for ITIL-4-Practitioner-Deployment-Management Exam BrainDumps [Q10-Q30]

Dezember 21, 2025 admin 0 Kommentare

Diesen Beitrag bewerten

Dec 21, 2025 Step by Step Guide to Prepare for ITIL-4-Practitioner-Deployment-Management Exam BrainDumps

ITIL Practitioner Level ITIL-4-Practitioner-Deployment-Management Real Exam Questions and Answers FREE Updated on 2025

NEUE FRAGE 10
[Integrate Deployment Management with Other Practices]
A large organization wants to manage its IT services by analyzing and improving value streams. It is unsure how to combine value streams and management practices, such as change enablement and deployment management. What is the CORRECT approach for this organization to take?

Create a separate value stream for each management practice

Create one combined value stream for change enablement and deployment management

Create a single value stream that includes change enablement, deployment management, and other practices such as continual improvement

Create several value streams that include change enablement, deployment management, and other practices such as continual improvement

ITIL 4 emphasizes that value streams are designed to deliver specific outcomes by integrating relevant management practices tailored to the context of services or products. For a large organization, creating several value streams that incorporate practices like change enablement, deployment management, and continual improvement (Option D) is the most effective approach. This allows flexibility to address different services or workflows while ensuring practices are embedded where needed, aligning with ITIL 4’s value-driven and context-specific principles.
Option A (Create a separate value stream for each management practice): Incorrect, as this fragments processes and contradicts ITIL 4’s holistic approach, where practices work together within value streams to deliver outcomes, not in isolation.
Option B (Create one combined value stream for change enablement and deployment management): Incorrect, as limiting to a single value stream for only two practices may not account for other necessary practices or varying service needs, reducing flexibility.
Option C (Create a single value stream that includes change enablement, deployment management, and other practices such as continual improvement): Incorrect, as a single value stream for all practices may become overly complex and fail to address diverse service requirements in a large organization.
Option D (Create several value streams that include change enablement, deployment management, and other practices such as continual improvement): Correct, as it reflects ITIL 4’s guidance to design multiple value streams tailored to specific services or products, integrating relevant practices to optimize value delivery.

NEUE FRAGE 11
[Use Tools and Techniques for Deployment]
Which automation tools should be used to transport and install configuration items into a test environment?

Environment configuration and management tools

Deployment tools

Service configuration management tools

Work planning and prioritization tools

NEUE FRAGE 12
[Apply Deployment Management Processes]
What should the organization keep in mind when planning improvements to deployment models?

The impact of deployed software should not be considered when designing these models

User resistance to updates is not a relevant factor to consider when designing deployment models

The same deployment approach should be used for deployments of similar size

Deployment model updates should consider inefficient processes

ITIL 4 emphasizes continual improvement in deployment management, which includes identifying and addressing inefficiencies in deployment models to enhance performance, reliability, and value delivery. Option D directly aligns with this principle by focusing on streamlining inefficient processes during model updates.
Option A (The impact of deployed software should not be considered when designing these models): Incorrect, as ITIL 4 stresses that the impact of deployments on services, users, and the organization is a critical consideration to ensure value and minimize disruption.
Option B (User resistance to updates is not a relevant factor to consider when designing deployment models): Incorrect, as user experience and acceptance are key factors in ITIL 4’s value co-creation model, and resistance must be addressed to ensure successful deployments.
Option C (The same deployment approach should be used for deployments of similar size): Incorrect, as ITIL 4 advocates for context-specific deployment models tailored to the unique needs of each service or environment, not a one-size-fits-all approach.
Option D (Deployment model updates should consider inefficient processes): Correct, as improving deployment models involves analyzing current processes, identifying bottlenecks or waste, and optimizing workflows to deliver greater value.

NEUE FRAGE 13
[Apply Deployment Management Processes]
An organization is deploying new software and new servers to support a service that will be launched soon. Which TWO of these activities should the organization conduct as part of the ‘verification of the service components’ activity of the ‘deployment lifecycle management’ process?
Checking that the correct models of server have been supplied
Testing the software for defects
Creating a schedule for installing the new servers
Installing the new software to the newly installed servers

1 und 2

2 und 3

3 und 4

1 und 4

In ITIL 4, the ‘verification of service components’ activity within the deployment lifecycle management process ensures that delivered components meet specifications before deployment. The correct activities are:
Activity 1 (Checking that the correct models of server have been supplied): Part of verification, as it confirms that the hardware components match requirements.
Activity 2 (Testing the software for defects): Part of verification, as it ensures the software is functional and free of critical issues before deployment.
Activity 3 (Creating a schedule for installing the new servers): Incorrect, as scheduling is a planning activity, not verification.
Activity 4 (Installing the new software to the newly installed servers): Incorrect, as installation is part of the deployment execution, not verification.

NEUE FRAGE 14
[Use Tools and Techniques for Deployment]
An organization is facing errors and delays when deploying software. An investigation has shown that these are often caused by the need for unplanned manual configuration of the target environments. What is the BEST recommendation for the organization to improve the success rate of deployments?

Leverage Infrastructure as Code

Use incremental deployments

Integrate build, test, and deployment activities

Automate the CI/CD pipeline

The issue of errors and delays due to unplanned manual configuration of target environments points to inconsistent or poorly managed environments. ITIL 4 recommends leveraging Infrastructure as Code (IaC) (Option A) to address this, as IaC automates and standardizes environment provisioning, ensuring consistency and reducing manual errors.
Option A (Leverage Infrastructure as Code): Correct, as IaC (e.g., using tools like Terraform or Ansible) defines environments in code, enabling repeatable, error-free setups and directly addressing the problem of manual configuration errors.
Option B (Use incremental deployments): Incorrect, as incremental deployments focus on releasing smaller changes but do not address the root cause of environment configuration issues.
Option C (Integrate build, test, and deployment activities): Incorrect, as while integration improves pipeline flow, it does not specifically resolve manual configuration errors in target environments.
Option D (Automate the CI/CD pipeline): Incorrect, as automating the pipeline is a broader solution that may include IaC, but it is not specific enough to address the environment configuration issue directly.

NEUE FRAGE 15
[Understand the Key Concepts of Deployment Management]
Which of the following BEST describes the scope of deployment management practice?

The practice includes deploying network hubs to and removing applications from staging environments

The practice includes updating service documentation and transferring it to the live environment

The practice includes removing configuration documentation but not physical servers from the live environment

The practice includes deploying network hubs but not additional software licenses to the live environment

ITIL 4’s deployment management practice encompasses moving hardware, software, and associated components into or out of environments (e.g., staging, testing, or production) to support service delivery. Option A, which includes deploying network hubs (hardware) and removing applications from staging environments (software), accurately reflects this broad scope across the service lifecycle.
Option A (The practice includes deploying network hubs to and removing applications from staging environments): Correct, as it covers both hardware and software movements across environments, aligning with ITIL 4’s definition of deployment management.
Option B (The practice includes updating service documentation and transferring it to the live environment): Incorrect, as updating and transferring documentation is part of knowledge management, not deployment management.
Option C (The practice includes removing configuration documentation but not physical servers from the live environment): Incorrect, as deployment management includes moving physical servers, and configuration documentation is managed elsewhere.
Option D (The practice includes deploying network hubs but not additional software licenses to the live environment): Incorrect, as software licenses may be part of deployment if required, and the option arbitrarily limits the scope.

NEUE FRAGE 16
[Measure and Improve Deployment Management]
An organization is aiming to achieve capability level 3 for the deployment management practice. What is an indication of the achievement of capability level 3?

The deployment management team regularly suggests and implements improvement opportunities

Employees from other practices understand how deployment activities are integrated into relevant workflows

The deployment manager is able to report on the effectiveness of the deployment management practice

Deployment models are developed and implemented

ITIL 4 defines capability level 3 for a practice as achieving integration across the organization, where the practice is embedded into broader workflows and understood by related practices. For deployment management, an indication of reaching capability level 3 is when employees from other practices understand how deployment activities are integrated into relevant workflows (Option B). This demonstrates cross-functional alignment and maturity, showing that deployment management is not siloed but part of the organization’s value streams.
Option A (The deployment management team regularly suggests and implements improvement opportunities): Incorrect, as continual improvement is characteristic of higher capability levels (e.g., level 4), not the defining feature of level 3.
Option B (Employees from other practices understand how deployment activities are integrated into relevant workflows): Correct, as level 3 focuses on integration and collaboration across practices, per ITIL 4’s capability framework.
Option C (The deployment manager is able to report on the effectiveness of the deployment management practice): Incorrect, as reporting effectiveness is a general management task, not specific to level 3 maturity.
Option D (Deployment models are developed and implemented): Incorrect, as model development occurs at lower capability levels (e.g., level 1 or 2), not a hallmark of level 3.

NEUE FRAGE 17
[Use Tools and Techniques for Deployment]
Which automation tools should be used to transport and install configuration items into a test environment?

Deployment tools

Environment configuration and management tools

Work planning and prioritization tools

Service configuration management tools

In ITIL 4, deployment tools are specifically designed to automate the transportation and installation of configuration items (CIs) into various environments, including test environments. These tools ensure consistency, repeatability, and efficiency in deployment processes, which are critical for managing CIs during testing phases.
Option A (Deployment tools): Correct, as deployment tools (e.g., Jenkins, Ansible, or Terraform for certain use cases) are tailored for automating the movement and installation of CIs, ensuring they are correctly placed in test environments with minimal manual intervention.
Option B (Environment configuration and management tools): While these tools (e.g., Puppet, Chef) manage environment settings, their primary focus is on configuring and maintaining environments, not transporting or installing CIs, making them less relevant here.
Option C (Work planning and prioritization tools): Tools like Jira or Trello focus on task management and prioritization, not on automating CI deployment, so this option is incorrect.
Option D (Service configuration management tools): These tools manage relationships and data about CIs in a configuration management database (CMDB), not the physical transport or installation of CIs, ruling out this option.

NEUE FRAGE 18
[Understand the Key Concepts of Deployment Management]
Which is a key feature of continuous deployment which is not found in other CI/CD stages?

It automatically tests software code

It enables users to benefit immediately from changes

It predominantly uses staging environments

It allows individual decisions about software releases

Continuous deployment (CD) in ITIL 4 is the most advanced stage of the CI/CD pipeline, where every validated change is automatically deployed to production without manual intervention. The key feature unique to continuous deployment, not found in continuous integration or continuous delivery, is that it enables users to benefit immediately from changes (Option B), as changes reach production instantly after passing automated tests.
Option A (It automatically tests software code): Incorrect, as automated testing is a feature of continuous integration and continuous delivery, not unique to continuous deployment.
Option B (It enables users to benefit immediately from changes): Correct, as continuous deployment automatically pushes validated changes to production, delivering value to users without delay, unlike other CI/CD stages.
Option C (It predominantly uses staging environments): Incorrect, as continuous deployment minimizes reliance on staging environments, deploying directly to production.
Option D (It allows individual decisions about software releases): Incorrect, as continuous deployment eliminates manual release decisions, relying on automation for consistency.

Laden …