User Story Generator
Generate well-structured user stories with acceptance criteria, story points estimation, and edge cases — in Agile, Scrum, SAFe, or Kanban format.
Your User Story Generator results will appear here
How to Use User Story Generator
- Describe the feature in plain language — include what the user wants to accomplish, why it matters, and any constraints or edge cases you have identified.
- Select your team's methodology (Scrum adds sprint context, SAFe adds capability hierarchy, Kanban adds flow considerations).
- Choose a story format: 'As a...' for traditional Agile, 'Given-When-Then' for BDD/testing-oriented teams, 'Jobs to Be Done' for outcome-focused development.
- Enable acceptance criteria for development-ready stories with testable requirements and edge cases.
Use Cases
Break down a product manager's feature request into sprint-sized user stories
Generate BDD-style stories with Given-When-Then acceptance criteria for automated testing
Create SAFe-formatted stories with capability and feature hierarchy for enterprise teams
Produce user stories with story point estimates for sprint planning sessions
Write user stories for technical debt items that communicate value to non-technical stakeholders
Tips for Best Results
- Describe the feature from the user's perspective, not the developer's — focus on the outcome they want, not the implementation you are planning.
- Include known edge cases in your description — the generator will turn them into specific acceptance criteria that prevent bugs.
- For large features, the generator automatically breaks them into multiple independent stories that can be prioritized and developed separately.
- Use 'Given-When-Then' format if your team practices BDD — the acceptance criteria can be directly converted into automated test scenarios.
Frequently Asked Questions
What is the INVEST criteria?
INVEST is a quality checklist for user stories: Independent (no dependencies on other stories), Negotiable (details can be discussed), Valuable (delivers user or business value), Estimable (team can estimate effort), Small (fits in one sprint), Testable (has clear pass/fail criteria). The generator follows all six principles.
How are story points estimated?
Story points use the Fibonacci sequence (1, 2, 3, 5, 8, 13) to estimate relative complexity. The generator considers scope, technical complexity, uncertainty, and dependencies. 1-2 points: straightforward changes. 3-5 points: moderate complexity. 8-13 points: complex features that may need splitting.
What is the difference between As a... and Given-When-Then?
'As a [role], I want [action], so that [value]' captures the user need and business justification. 'Given [context], When [action], Then [outcome]' describes specific testable scenarios. Many teams use 'As a...' for the story and 'Given-When-Then' for acceptance criteria.
Can it break one feature into multiple stories?
Yes. If the feature is too large for a single sprint, the generator breaks it into multiple independent stories, each delivering incremental value. Stories are ordered by dependency and priority so you can plan your sprint backlog effectively.
What is Jobs to Be Done (JTBD)?
JTBD focuses on the outcome the user is trying to achieve: 'When I [situation], I want to [motivation], so I can [expected outcome]'. It is more outcome-oriented than the traditional 'As a...' format and helps teams focus on solving real user problems rather than building features.
Does it work for non-functional requirements?
Yes. Describe performance, security, scalability, or accessibility requirements in your feature description. The generator creates stories with specific, measurable acceptance criteria — e.g., 'Given a page with 1000 items, when the user scrolls, then the frame rate stays above 60fps'.
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✍️ Prompt Library
Ready-to-use prompts — click "Use This" to auto-fill the tool
Write a Python function that [describe what it does]. Include type hints and a docstring.
Explain this code and suggest improvements: [paste code]
Generate unit tests for the following function: [paste function]
Write a SQL query to [describe what you need] from a table with columns [list columns].
Create a README.md for a [project type] project with installation, usage, and contributing sections.