Select Two (Multi-Select) Questions

The personal preference of the stakeholders.

Why it fails: Personal preferences do not equate to business value. Prioritization must be based on data, economic models like WSJF, and strategic alignment. Relying on personal opinions introduces bias and often leads to suboptimal decision-making, which can waste resources and fail to deliver the most significant value to the business and customers.

The number of hours the team has available.

Why it fails: While capacity is important for execution, it is not a direct factor in feature prioritization. Prioritization should be about value and urgency, regardless of capacity. Once the priorities are set, the team uses their capacity to determine how much of the top-priority work can be delivered in the upcoming cycle.

The tenure of the developers on the team.

Why it fails: Developer tenure is irrelevant to feature prioritization. Decisions should be based on the business value of the features, not on the composition of the team. Using irrelevant factors like tenure can lead to poor decision-making and misaligned priorities that do not support the overall strategic goals of the organization.

Managing the daily stand-up meetings for the ART.

Why it fails: Daily stand-up meetings are facilitated by the Scrum Master or team facilitators. Product Management provides vision and direction, but they do not facilitate daily team rituals. This distinction ensures that the team remains autonomous in their day-to-day operations while adhering to the priorities set by the Product Management team.

Writing user stories for the team backlog.

Why it fails: Writing user stories is primarily the responsibility of the Product Owner, who works closely with the team. Product Management deals with higher-level features and requirements. Expecting Product Management to write individual user stories would create a bottleneck and prevent them from focusing on their strategic responsibilities at the program level.

Approving technical designs for all features.

Why it fails: Technical design approval is the responsibility of the System Architect and the development teams. Product Management focuses on business value and customer needs rather than technical implementation details. Involving Product Management in technical design approval would create unnecessary delays and potentially lead to poor architectural decisions due to lack of expertise.

Extend the PI duration to accommodate all work.

Why it fails: Changing the PI duration is a major disruption to the organization's cadence and synchronization. It prevents regular synchronization, hampers the feedback loop, and creates confusion. The focus should always be on prioritizing work within the existing timebox, not on attempting to extend the timebox to avoid making difficult prioritization choices.

Ask teams to work overtime to finish everything.

Why it fails: Mandating overtime is unsustainable and violates core Agile values regarding sustainable pace. It leads to decreased quality, employee burnout, and lower morale. A successful PM should manage the scope through prioritization and negotiation, not by overworking the teams to compensate for poor planning or unrealistic expectations.

Creating and maintaining the program backlog of features for the Agile Release Train.

Why it fails: Creating and maintaining the program backlog is a Product Manager responsibility. The Product Owner works with the team backlog, not the program backlog. While the Product Owner provides input to the program backlog based on team capacity and feedback, they do not own it. This distinction is fundamental in SAFe.

Approving the PI objectives and publishing them for the Agile Release Train.

Why it fails: PI objectives are typically drafted by teams during PI planning and approved by Business Owners. The Product Manager may facilitate the process, but the Product Owner does not approve PI objectives for the entire ART. This activity is outside the Product Owner's scope and involves program-level governance.

Defining and communicating the program vision and roadmap to the Agile Release Train.

Why it fails: Defining and communicating the program vision and roadmap is a primary responsibility of the Product Manager, not the Product Owner. While the Product Owner must understand and align with the vision, they do not own its definition or communication to the entire ART. This activity is explicitly part of the Product Management role in SAFe.

Reassign story points to completed stories to reflect actual effort.

Why it fails: This is incorrect because story points are estimated before work begins and are not revised after completion to match actual effort. SAFe uses story points for relative sizing and velocity, not for time tracking. Reassigning points after the fact would corrupt velocity data and mislead future planning. The PO should instead focus on clarifying work and removing impediments through appropriate channels.

Approve all team members' time-off requests to maintain iteration predictability.

Why it fails: This is incorrect because time-off approval is typically a people-management responsibility, not a Product Owner duty. The PO focuses on value delivery and backlog prioritization. Interfering in HR-related matters can blur roles and distract from the PO's core responsibilities. The team and their manager should handle time-off, while the PO helps adjust commitments if capacity changes.

Directly assign daily tasks to individual team members to ensure even workload.

Why it fails: This is incorrect because SAFe teams are self-organizing; the PO should not assign tasks or manage individual workloads. The PO focuses on what is built and why, while the team decides how to organize the work. Directing tasks undermines team ownership and can reduce motivation and flow. The PO should instead support the team by clarifying priorities and removing impediments when needed.

Facilitate the daily stand-up meetings for each team to remove impediments

Why it fails: Daily stand-ups are team events facilitated by the team or Scrum Master, not the Product Manager. Impediment removal at the team level is handled by the Scrum Master and the team. The Product Manager focuses on program-level value and backlog, so attending every stand-up would be an inappropriate use of the role.

Write and refine all user stories for every team on the train to ensure consistency

Why it fails: Writing all stories for every team is the Product Owner's responsibility, not the Product Manager's. Attempting to do so would create a bottleneck, reduce team ownership, and prevent Product Owners from applying their local knowledge. The Product Manager should provide context and let Product Owners handle story-level detail.

Approve all team capacity allocations and assign individual tasks to team members

Why it fails: Teams are self-organizing and determine their own capacity and task assignments. The Product Manager does not assign tasks or approve capacity at the individual level. Doing so would undermine self-management and violate core Lean-Agile principles, and it is outside the Product Manager's defined responsibilities in SAFe.

Defer all non-functional requirements to the IP Iteration

Why it fails: Deferring non-functional requirements like performance or security until the Innovation and Planning iteration is a dangerous anti-pattern. This practice creates a 'technical debt bomb' that often leads to massive failure during the final integration phases, directly contradicting the core SAFe principle of building quality into the solution incrementally.

Eliminate the System Demo to focus on manual testing

Why it fails: Eliminating the System Demo removes the primary mechanism for objective feedback and integrated testing across the ART. Relying on manual testing instead of integrated demos delays the discovery of integration issues, making it much harder to maintain quality and meet PI Objectives as the PI progresses toward completion.

Assign a dedicated Quality Assurance team to every ART

Why it fails: In SAFe, quality is the responsibility of the whole team rather than a separate siloed department. Assigning a dedicated QA team outside the Agile teams creates handoffs and delays, which inhibits the rapid feedback loops required for effective PI Execution and violates the principles of cross-functional Agile team structure.

Selecting the specific technical tasks for every team.

Why it fails: Technical tasks are the responsibility of the Agile teams themselves, not the Product Manager. Micromanaging tasks at the team level undermines the principle of decentralized decision-making. Teams must maintain autonomy to determine the best technical approach to deliver the features defined by the Product Manager during planning.

Assigning story points to every feature in the backlog.

Why it fails: Feature estimation is typically done through collaborative estimation sessions like WSJF or relative sizing, not assigned by the Product Manager. Assigning points unilaterally ignores the collective knowledge of the team and leads to inaccurate estimates. Teams must participate in sizing to ensure shared understanding and accountability for delivery.

Conducting all team-level sprint demos.

Why it fails: Sprint demos are held at the team level to showcase progress to stakeholders and get feedback. While the PM may attend, conducting them is not a preparation step for PI Planning. This activity is part of the ongoing execution cycle rather than a specific prerequisite for the planning event.

Automating the deployment of code to production

Why it fails: Automating deployment is a core part of Continuous Deployment, not Continuous Exploration. While essential for the overall pipeline, deployment focuses on moving validated code into the production environment, whereas exploration is concerned with discovering and defining what should be built to satisfy the customer's needs and business goals.

Executing unit tests and code quality scans

Why it fails: Unit testing and code quality scans are part of Continuous Integration. These technical activities ensure that the code is high quality and functions as intended, but they do not help in exploring new business opportunities or defining the product vision, which are the main goals of the exploration phase.

Configuring the staging environment for the System Demo

Why it fails: Environment configuration is a DevOps and infrastructure task related to Continuous Integration or Continuous Deployment. While it supports the demo, it is not a 'Continuous Exploration' activity, as it deals with the logistics of showing existing work rather than the discovery of new value and features.

Facilitating the Daily Stand-up for the Agile teams.

Why it fails: Facilitating the Daily Stand-up is typically the responsibility of the Scrum Master or Team Coach. Product Management focuses on strategic alignment, vision, and program-level backlog management rather than the daily tactical execution of team rituals. Their involvement at this level would distract from their primary duty of long-term value planning.

Managing individual team velocity and capacity planning.

Why it fails: Managing team velocity and capacity is the responsibility of the Product Owner and the Scrum Master. Product Management operates at the program level, dealing with ART-wide roadmaps and features. They do not intervene in the granular capacity planning of individual teams, as this would violate the principle of decentralized decision-making.

Writing User Stories and managing team-level acceptance criteria.

Why it fails: Writing User Stories and defining acceptance criteria are the primary responsibilities of the Product Owner. While Product Management defines the features, they rely on the POs to decompose those features into executable stories. This division of labor ensures that Product Management stays focused on strategy while POs handle tactical execution.

The PO should wait until the very end of the PI to accept stories.

Why it fails: Delayed acceptance is a major anti-pattern. Acceptance should happen incrementally as stories reach the Definition of Done. This ensures the team gets fast feedback and that progress is accurately tracked throughout the entire iteration cycle, preventing a massive 'end-of-PI' rush that leads to poor outcomes.

The PO must consult the RTE before accepting any completed story.

Why it fails: Story acceptance is a PO responsibility. Involving the RTE would create an unnecessary bottleneck and a hierarchy that doesn't exist in the agile model. The PO is empowered to make decisions regarding the team's backlog and the acceptance of the features they have requested for their stakeholders.

Once a story is accepted, it can never be changed or refined again.

Why it fails: Agile is iterative. Even after a story is accepted, feedback may require further refinement or additional features. The PO must be prepared to adjust and update the product based on new information, ensuring the product evolves to meet the actual market needs rather than being locked into initial requirements.

Rewrite all user stories for the next PI during the current sprint.

Why it fails: Rewriting all stories for the next PI during active execution distracts the PO from the current sprint's goals. While backlog grooming is ongoing, the focus should remain on current PI delivery. Massive rewrites are better handled during the specific preparation phases leading up to the next Planning event for that PI.

Directly manage the daily stand-up and assign tasks to developers.

Why it fails: Assigning tasks is a command-and-control behavior that undermines the self-organizing nature of Agile teams. The team decides how to execute the work, while the PO focuses on the what and why. This distinction is critical for high-performing teams, as it empowers developers to take ownership of their development processes.

Decide the architectural runway for the entire Program Increment.

Why it fails: Architectural runway is primarily the responsibility of the System Architect and the Agile Release Train leadership. While the PO considers technical enablers, they do not dictate the architectural strategy for the entire train. This requires coordination with the architect and product management to ensure technical stability alongside business-focused feature delivery.

Individual team member task lists.

Why it fails: Individual team member task lists are too granular for the program backlog. The program backlog should focus on features and enablers, not individual tasks. Including these would clutter the backlog and make it difficult for the Product Manager to manage the high-level priorities of the entire Agile Release Train.

Personal development plans for all engineers.

Why it fails: Personal development plans are a matter for the individual and their manager, not the program backlog. Including these in the backlog would confuse the focus of the ART and is outside the scope of PI planning, which is dedicated to delivering value to the enterprise and its customers.

The detailed task list for every iteration.

Why it fails: Detailed tasks are a tactical implementation detail defined by teams during planning, not a component of the high-level Vision. Including these in the Vision statement adds unnecessary noise and distracts from the strategic focus, which is meant to provide direction, not prescribe execution methods for every individual iteration.

Individual developer salary budgets.

Why it fails: Salary budgets are internal HR and financial matters that have no impact on the Product Vision. Including administrative financial data in planning discussions diverts focus from customer value and technical feasibility, which are the only domains relevant to the Product Manager's role in creating a compelling, actionable Vision.

Instruct the affected teams to work independently and resolve their integration conflicts retroactively during the execution phase.

Why it fails: Leaving critical cross-team dependencies unresolved until execution guarantees integration failures and missed PI commitments. SAFe emphasizes identifying and addressing risks and dependencies upfront during PI planning to ensure architectural integrity. Waiting until the iteration phase to discover blocking issues severely undermines predictability and team trust.

Advise the Agile Teams to drop all cross-functional features that rely on external suppliers to simplify their immediate planning scope.

Why it fails: Dropping features arbitrarily because of dependencies sacrifices strategic business value and ignores real market needs. Instead of avoiding complex integration work, leaders should help facilitate supplier engagement and interface agreements. Strategic features often require multi-team collaboration, making dependency management a core capability rather than something to bypass.

Escalate the dependency issues directly to the enterprise executive board and pause PI Planning until a new architecture is designed.

Why it fails: Escalating routine planning dependencies to executive boards halts momentum and undermines team autonomy within the Agile Release Train. PI planning provides the exact forum needed to resolve these operational adjustments locally. Executives should support problem-solving sessions rather than disrupting the entire planning cadence for standard integration challenges.

Presenting a slide deck showing the team's planned velocity.

Why it fails: The Iteration Review is a showcase of product increments, not a status meeting about team metrics. Slides are an ineffective substitute for working software. Stakeholders need to see and interact with the actual features to understand the progress, rather than looking at charts that do not demonstrate value.

Discussing how to improve the team's internal development processes.

Why it fails: Process improvement is the domain of the Iteration Retrospective, not the Iteration Review. The Review is for the product and the stakeholder interaction; the Retrospective is for the team to reflect on their own working methods, tools, and team dynamics to improve their efficiency in future iterations.

Writing detailed acceptance criteria for every user story in the Team Backlog.

Why it fails: Acceptance criteria are typically developed collaboratively by the team and the Product Owner during backlog refinement, not dictated by Product Management. While Product Management may define feature-level acceptance criteria, the story-level detail belongs to the team-PO collaboration. This keeps the solution space open for the team to determine the best implementation.

Prioritizing the Team Backlog and accepting user stories at the end of each Iteration.

Why it fails: Prioritizing the Team Backlog and accepting stories are core Product Owner responsibilities at the team level. While Product Management provides input through features, the day-to-day ordering and acceptance decisions rest with the Product Owner. Confusing these two levels leads to over-centralization and reduces the team's ability to respond quickly to emerging detail.

Facilitating the Iteration Retrospective and tracking team improvement actions.

Why it fails: The Iteration Retrospective is facilitated by the Scrum Master or team coach, and improvement actions are owned by the team itself. Product Owners may participate and provide context, but they do not own the retrospective process. Assigning this to Product Management would blur accountability and undermine the team's self-management.

Managing the Team Backlog and defining iteration goals.

Why it fails: Managing the Team Backlog and defining iteration goals are responsibilities of the Product Owner, not Product Management. The Product Owner works with the team daily to prioritize stories and ensure iteration goals align with team capacity and PI objectives. Product Management focuses on the Program Backlog and Features.

Conducting the Inspect & Adapt workshop and tracking ART metrics.

Why it fails: The Inspect & Adapt workshop is facilitated by the Release Train Engineer, and ART metrics are often tracked by the RTE or the ART itself. Product Management may participate and provide input, but facilitating the workshop and tracking metrics are not primary functions of the role.

Facilitating the Daily Stand-up and removing team impediments.

Why it fails: Facilitating the Daily Stand-up and removing impediments are typically the Scrum Master's or team's responsibilities. Product Management does not manage daily team activities; they focus on strategic direction, customer engagement, and backlog prioritization at the program level.

Instruct the Release Train Engineer to rewrite the objectives to ensure consistency and alignment.

Why it fails: The Release Train Engineer should facilitate, not rewrite objectives. Rewriting undermines team ownership and self-organization. Teams are responsible for defining their own objectives, and leadership should coach rather than dictate. This action would reduce engagement and accountability.

Ask the System Architect to define the objectives based on technical dependencies and architectural runway.

Why it fails: The System Architect provides technical guidance but should not define PI Objectives. Objectives are business-focused and should be created by the teams with Product Owner input. Involving the architect in defining objectives may skew them toward technical concerns rather than business value.

Postpone the final plan review until all objectives are perfectly written and approved by management.

Why it fails: Postponing the final plan review disrupts the PI Planning cadence and may not be necessary. The event has a defined agenda, and objectives can be refined after planning. Delaying the review can cause schedule overruns and reduce the event's effectiveness. Leadership should instead provide guidance during the event.

Escalate the issue to the Release Train Engineer immediately and let them handle it.

Why it fails: While escalation may eventually be necessary, immediately handing off the issue to the RTE without attempting to document and assign ownership abdicates the team's responsibility. SAFe encourages teams to first make dependencies visible and assign owners. The RTE can then help facilitate resolution, but the team should remain engaged. Immediate escalation without documentation loses valuable context.

Instruct the team to remove the dependencies from their plan and proceed without them.

Why it fails: Removing dependencies without addressing them creates hidden risks and likely delays. The team may not be able to deliver their objectives, and the other ART may remain unaware of the needed work. SAFe encourages making dependencies visible and resolving them collaboratively, not ignoring them. Simply deleting them from the plan is a recipe for failure.

Ask the team to adjust their plan to deliver the dependent features later in the PI, after the other ART has completed its work.

Why it fails: Unilaterally pushing dependent features later without coordinating with the other ART may not align with their plans and could cause further delays. It also assumes the other ART will deliver on time, which is not guaranteed. SAFe recommends collaborative planning and dependency management, not unilateral schedule changes that can create new misalignments.