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| Section | Objectives |
|---|---|
| Becoming a DevOps Organization | - Organizational transformation
|
| Unlearning Behaviors | - Psychological safety and cognitive bias
|
| Maintaining Energy and Momentum | - Sustaining DevOps transformation
|
| Target Operating Models and Organizational Design | - Designing DevOps organizations
|
| Measuring to Learn | - Metrics and feedback loops
|
| DevOps and Transformational Leadership | - Leadership principles for DevOps transformation
|
| Articulating and Socializing Vision | - Communicating transformation strategy
|
| Measuring to Improve | - Continuous improvement metrics
|
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NEW QUESTION # 13
You are looking at the end-to-end value stream for the way a retail organization delivers a small enhancement to their ecommerce website. You find that the development teams involved are working in two week sprints but that the release team has a quarterly schedule.
How BEST can you describe to the teams involved what it is they need to consider?
Answer: D
Explanation:
The correct answer is B because the scenario exposes a cadence mismatch across the value stream.
Development teams are producing increments every two weeks, but the release function operates quarterly.
This means the overall system cannot deliver value at the speed of the development sprint. Work accumulates, feedback is delayed, batch sizes grow, release risk increases, and the organization loses the benefit of fast iteration.
DevOps focuses on end-to-end flow, not isolated team efficiency. A team can appear agile locally while the total value stream remains constrained by downstream scheduling, governance, testing, release, or operational practices. Working to a compatible rhythm or cadence helps align planning, development, validation, deployment, feedback, and learning. It also supports smaller batches, faster customer feedback, and reduced release risk.
Option A is too narrow because reporting does not solve the structural flow problem. Option C may be useful in some contexts, but co-location is not the primary issue presented. Option D is also too absolute; automation can help, but it will not immediately resolve a misaligned operating cadence. Relevant study guide references:
Measuring to Improve, Measuring to Learn, Becoming a DevOps Organization, and Target Operating Models and Organizational Designs.
NEW QUESTION # 14
How is traditional IT organized?
Answer: A
Explanation:
The correct answer is C because traditional IT is typically organized by function. Common examples include separate departments for development, testing, infrastructure, security, service desk, operations, architecture, change management, and release management. Each function has its own management structure, priorities, metrics, queues, and operating rhythm. This design can create specialization, but it often introduces delays, fragmented ownership, and handoffs across the delivery lifecycle.
DevOps challenges this model by focusing on end-to-end value streams and cross-functional ownership.
Instead of optimizing individual departments, DevOps seeks to optimize the whole system of work. Cross- functional cells or squads are therefore more consistent with a DevOps operating model than a traditional IT structure. Similarly, being optimized for flow and having fewer handoffs are DevOps characteristics because they support faster feedback, smaller batches, clearer accountability, and improved reliability.
Functional organization is a central reason traditional IT often struggles with slow delivery and operational instability. Work must pass between teams, creating queues, misalignment, and limited shared accountability for outcomes. Relevant study guide references: Target Operating Models and Organizational Designs; Becoming a DevOps Organization; Measuring to Improve.
NEW QUESTION # 15
Other than mapping the flow of work, what does a value stream mapping exercise jump start?
Answer: A
Explanation:
The correct answer is A because value stream mapping is not only an analytical technique; it is also a powerful cultural intervention. By bringing stakeholders together to visualize the end-to-end flow of work, it creates a common understanding of how the system really operates. This matters because different teams often see only their own part of the process and may blame other groups for delays, defects, or friction.
A shared value stream map helps replace opinion, defensiveness, and silo thinking with evidence-based discussion. It allows development, operations, security, testing, business, product, release, and support stakeholders to see the same constraints, queues, dependencies, and waste. That shared visibility can jump start cultural change because teams begin to understand that the problem is usually in the system of work, not in individual effort.
Automated metrics collection may support later improvement, but it is not the cultural effect being tested.
Vendor selection is unrelated. Moving to a product-centric model may be an eventual outcome, but the immediate jump start is shared understanding and cultural alignment. Relevant study guide references:
Measuring to Learn; Measuring to Improve; Becoming a DevOps Organization; DevOps and Transformational Leadership.
NEW QUESTION # 16
Which of the following is a desired outcome for DevOps?
Answer: C
Explanation:
The correct answer is A because end-to-end lifecycle accountability is a core desired outcome of DevOps.
DevOps seeks to move away from fragmented ownership, where one group builds, another tests, another releases, and another operates. Instead, teams should share responsibility for the full lifecycle of a product or service, from idea and design through development, deployment, operation, feedback, and continual improvement.
This accountability improves flow because teams no longer optimize only their local function. It also improves quality and reliability because the people creating change are connected to operational outcomes and customer feedback. When teams own the lifecycle, they are more likely to build operable, secure, observable, and supportable services. This also reduces blame between departments and encourages learning from incidents and production behavior.
The other options describe traditional constraints that DevOps tries to reduce. Dependencies between teams slow delivery and create coordination burden. Significant upfront planning can delay learning and increase batch size. Handoffs between teams introduce queues, information loss, and weak accountability. Relevant study guide references: Becoming a DevOps Organization; Target Operating Models and Organizational Designs; Measuring to Improve; Measuring to Learn.
NEW QUESTION # 17
What does every successful DevOps transformation start with?
Answer: B
Explanation:
The correct answer is B because successful DevOps transformation begins by understanding the value stream.
DevOps is not primarily a tooling program, a developer-led takeover of operations, or an isolated grassroots movement. It is an organizational evolution focused on improving the flow of value from idea to customer outcome while increasing quality, reliability, feedback, and learning.
A value stream mapping exercise provides the shared visibility required to start that evolution intelligently. It shows how work actually moves through the organization, where delays occur, where handoffs exist, where rework is created, where approvals slow flow, and where constraints limit delivery. Without this view, organizations often automate the wrong process, reorganize around assumptions, or invest in tools that do not address the real bottleneck.
Tools may become important later, and grassroots energy can help sustain change, but neither replaces the need for a clear view of the end-to-end system. Value stream mapping creates the factual baseline for improvement and alignment. Relevant study guide references: Becoming a DevOps Organization; Measuring to Improve; Measuring to Learn; Target Operating Models and Organizational Designs.
NEW QUESTION # 18
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