650
points
6.0
difficulty
0
earned

Bug Tracking / Issue Tracking

Category Description

Bug tracking and issue tracking software gives software development teams a structured system for capturing, organizing, prioritizing, and resolving work items — including bugs, feature requests, and general tasks. The core value proposition is replacing ad-hoc communication (Slack threads, email, spreadsheets) with a shared, queryable record of what needs to be done, who owns it, and what state it is in. These tools typically organize work into a hierarchy — issues within projects within teams or workspaces — and provide workflow states that mirror a team's development process. They are distinct from general-purpose project management tools in their tight focus on software development workflows: developer-oriented metadata (severity, reproduction steps, environment) and agile planning primitives like sprints and backlogs.

Example Implementations

  • Linear
  • Shortcut
  • YouTrack

Target Audience

The primary users are software development teams ranging from small startups to mid-sized engineering organizations. Key roles include individual contributors (engineers, QA) who create and resolve issues, product managers who prioritize and plan work, and team leads or engineering managers who oversee project progress. The software is used within the context of iterative software delivery — teams running sprints or continuous flow — and requires coordination between people in multiple roles, often working asynchronously or remotely.

Core Requirements

  1. Issue creation: Users must be able to create an issue with at minimum: a title, a freeform description (with rich text formatting including inline code, code blocks, lists, and links), an assignee, a priority level, and one or more labels/tags.

  2. Issue types: The system must support distinguishing between at least two issue types (e.g., bug vs. feature request vs. task). Each type must be visually distinguishable in list views.

  3. Workflow states: Each issue must have a status representing its lifecycle stage (e.g., Backlog, In Progress, In Review, Done, Cancelled). Teams must be able to define their own workflow states per project or team. Status transitions must be manually controllable by authorized users.

  4. Priority levels: Issues must support a discrete priority field with at least four levels (e.g., Urgent, High, Medium, Low). Priority must be visible in list views and filterable.

  5. Issue hierarchy: The system must support at least two levels of work item hierarchy. At minimum: a grouping unit (e.g., Epic, Project, or Initiative) that contains individual issues. Users must be able to navigate from a grouping unit to its constituent issues and vice versa.

  6. Backlog and list views: Users must be able to view all issues for a team or project in a flat list, sortable and filterable by status, assignee, priority, and label. The list must support bulk selection and bulk status/assignee updates.

  7. Board view: The system must provide a Kanban-style board view that displays issues as cards grouped by workflow state. Users must be able to drag and drop cards between columns to change an issue's status.

  8. Sprint / iteration planning: Teams must be able to define time-boxed iterations (sprints). Users must be able to add issues to an active sprint, remove issues from a sprint, and view sprint progress. At the end of a sprint, unfinished issues must be surfaceable for carry-over to the next sprint.

  9. Backlog management: Issues not assigned to any sprint must be accessible in a dedicated backlog view. Users must be able to reorder issues in the backlog manually to indicate relative priority.

  10. Comments and discussion: Users must be able to add threaded comments to any issue. Comments must support rich text (inline code, links, mentions). Users must be able to @mention other workspace members in comments, triggering a notification to the mentioned user.

  11. Notifications: Users must receive in-app notifications when they are assigned to an issue, mentioned in a comment, or when an issue they are subscribed to changes status. Users must be able to mark notifications as read and configure basic notification preferences.

  12. Labels and tags: Users must be able to create custom labels at the team or project level and apply multiple labels to an issue. Labels must be filterable in all list and board views.

  13. Search: Users must be able to perform full-text search across issue titles and descriptions. Search must support filtering by at least: assignee, status, priority, label, and project. Search results must be returnable as a saved view.

  14. Saved views / filters: Users must be able to save a set of filter conditions as a named view that can be revisited and shared with other members of the same team or workspace.

  15. Related issues: Users must be able to link any issue to one or more other issues as "related." The relationship must be visible on the issue detail view, and each linked issue must be accessible via a direct link from that view. No dependency semantics (e.g., blocking, blocked-by) are required.

  16. Activity log: Every issue must maintain a chronological audit trail of all changes — status transitions, field edits, assignee changes, comments — attributed to the user who made the change with a timestamp.

  17. Due dates and deadlines: Users must be able to set a due date on any issue. Overdue issues (past due date with non-terminal status) must be visually flagged in list and board views.

  18. Roadmap view: Users must be able to view projects or epics on a timeline (Gantt-style or similar) showing planned start and end dates. The timeline view must be navigable by date range.

  19. Basic reporting: The system must provide at minimum: a burndown or cumulative flow chart for active sprints, and a summary of issue counts by status and assignee for a given project or time range. Reports must be viewable in-app without requiring data export.

  20. Issue templates: Users must be able to define reusable issue templates (e.g., a bug report template that pre-populates description fields for reproduction steps, expected behavior, and actual behavior). Templates must be selectable at issue creation time.

Cross-Cutting Requirements

  1. Multi-tenancy: The application must support multiple independent organizations (tenants), each with isolated data.
  2. Authentication: Users must authenticate with email/password at minimum. SSO and OAuth are not required.
  3. Role-based authorization: The application must support at least three roles with the following capabilities. Administrator: full access to workspace settings, user management (invite, remove, change roles), and all issues across all projects. Manager: can create, edit, and delete any issue within their team or project, manage workflow states and labels, and run reports; cannot manage users or workspace-level settings. Standard user: can create issues, edit and delete any issue within their team, and comment on any issue; cannot modify workflow states, labels, team settings, or any other workspace-level configuration.
  4. Data persistence: All user data must be persisted across sessions in a database.
  5. Web application: The application must be accessible via a web browser. Native desktop or mobile applications are not required.
  6. Concurrent users: The application must support multiple users within the same tenant using the application simultaneously without data corruption or loss.
  7. Responsive design: The web application must be usable on both desktop and mobile browsers. A native mobile app is not required.

Scope Boundaries

  • Version control integration is not required. Linking issues to pull requests or commits in GitHub, GitLab, or other external version control systems is not required, nor is automated status transitions triggered by PR merges.
  • Custom fields are not required. Defining user-created fields beyond the built-in issue attributes (title, description, assignee, priority, labels, status, due date) is not required.
  • Issue import is not required. Migrating issues from external trackers (e.g., via CSV or API from Jira or GitHub Issues) is not required.
  • AI-assisted issue creation is not required. Generating issue content, auto-labeling, or suggesting duplicates using an LLM is not required.
  • AI coding agent integration is not required. Launching external coding agents (e.g., Cursor, Codex) directly from an issue is not required.
  • SLA tracking is not required. Setting response or resolution time targets and tracking compliance against them is not required.
  • Helpdesk / customer support inbox is not required. A dedicated queue for inbound customer support requests is not required; this is a distinct category from team-internal issue tracking.
  • Knowledge base / wiki is not required. An embedded documentation or article system is not required.
  • Time tracking is not required. Logging hours against individual issues, or generating timesheet reports, is not required.
  • Git branch automation is not required. Automatically creating feature branches from issues, or generating branch names, is not required.
  • Self-hosted / on-premises deployment is not required. A cloud-hosted deployment is sufficient to satisfy the spec.
  • Native mobile apps are not required. A responsive web application is sufficient.
  • Gantt chart dependencies are not required. Modeling hard task dependencies (finish-to-start, etc.) on the roadmap timeline is not required; a basic date-range visualization is sufficient.
  • Portfolio / multi-project roadmaps are not required. Cross-workspace or cross-team aggregated roadmap views spanning the entire organization are not required.
  • Release management is not required. Formal release versioning, release notes generation, or deployment tracking tied to issues is not required.
  • Dependency tracking between issues is not required. Blocking/blocked-by relationships between individual issues are not required (though if implemented, they must not break other requirements).
  • Public issue boards are not required. Making an issue tracker publicly accessible to external stakeholders or open-source contributors is not required.
  • Incoming webhook / email-to-issue creation is not required. Creating issues by sending an email or triggering an inbound webhook is not required.
  • OAuth app creation / developer platform is not required. Allowing third-party developers to build and publish integrations via an OAuth app marketplace is not required.
  • Invoicing or billing is not required. This is a separate SaaS category.
  • Customer-facing changelog or status pages are not required.
  • SSO / SAML / SCIM provisioning is not required for satisfying this spec, even though these are present in enterprise tiers of the example products.
  • Granular project-level permissions beyond three roles are not required. Fine-grained access controls at the individual project level (e.g., making a project visible only to a subset of users within a team) are not required.

Spec Metadata

  • Version: 1.0
  • Created: 2026-03-17
  • Last Updated: 2026-03-17 (v1.1)
  • Status: Draft
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