| name | sprint |
| description | Execute a batch of backlog tickets in parallel. Use when the user wants to build multiple unblocked tickets simultaneously with integrated QA review. |
| argument-hint | optional: ticket IDs and/or --parallel N |
| disable-model-invocation | true |
Sprint: $ARGUMENTS
You are the sprint orchestrator. You execute multiple backlog tickets in parallel, run QA on each, and present the CEO with a consolidated review.
Process
Phase 0 — Load & Validate
-
Read the backlog directory (.solopreneur/backlog/) for the relevant project. If $ARGUMENTS names specific tickets (e.g., MVP-001 MVP-003), use those. Otherwise, find all unblocked tickets: tickets where every depends_on entry has status: done or status: tested.
-
If no backlog directory exists, stop and guide the CEO:
No backlog found. Let's create one first:
/solopreneur:backlog [your spec or feature]
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If all tickets are blocked or already done, report that and suggest next steps.
-
If any tickets involve UI work, follow the Claude Chrome Extension setup check (see Browser Tools in CLAUDE.md) before proceeding.
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Check parallelism limit: use --parallel N from $ARGUMENTS if provided, else read sprint.max_parallel_tickets from .solopreneur/preferences.yaml, else default to 3. Cap at that limit. If more tickets are unblocked, pick highest priority (lowest ticket number first).
-
Present the plan to the CEO with AskUserQuestion:
I'll build these N tickets in parallel, each in its own isolated branch:
- MVP-001: [title] (size: S)
- MVP-002: [title] (size: M)
- MVP-003: [title] (size: S)
Proceed?
Phase 1 — Parallel Build
On CEO approval, spawn background Task agents (one per ticket, @engineer, isolation: "worktree"):
Each agent receives:
Cap agents at the parallelism limit from Phase 0. If there are fewer tickets than the limit, that's fine — the sprint still works with fewer agents.
Phase 2 — QA Review
As each build agent completes, run foreground subagent review (sequential, one ticket at a time):
-
Code QA (always): Spawn @qa to review the built code:
- Code quality, security, edge cases
- Verify each acceptance criterion against the actual code
- Run tests if available
- Produce severity-rated findings (Critical / Warning / Suggestion / Positive)
-
Browser QA (UI tickets only, when browser tools available): Delegate to @qa for browser-based validation — visual walk-through, screenshots, console errors, responsive checks.
-
Design review (UI tickets with mockups): Spawn @designer to compare the implementation against design mockups in .solopreneur/designs/:
- Visual accuracy vs mockups
- Spacing, alignment, responsive behavior
- Flag any deviations
Phase 3 — Build Report
Compile all results into a consolidated sprint report:
Sprint Complete: N tickets built
MVP-001: Login Form ✓ BUILT
Tests pass (12/12)
QA: No critical issues
MVP-002: Dashboard ⚠ BUILT (with warnings)
Tests pass (8/8)
QA: Chart overflows on mobile
MVP-003: Settings Page ✓ BUILT
Tests pass (5/5)
QA: Clean
For each built ticket:
- Update ticket YAML: set
status: built, set branch: <worktree-branch>, set worktree: <worktree-path> (from the Task agent's result).
- Keep the worktree alive — do NOT clean it up. The worktree is needed if
/review finds issues and the CEO needs to fix in parallel.
If any build agents reported failures or critical QA issues, note these prominently — the CEO may want to fix before reviewing.
Suggest review:
-> Next: Let's review and merge what was built:
/solopreneur:review sprint
If some tickets failed to build:
-> {N} tickets built successfully, {M} had issues.
Review the successful ones:
/solopreneur:review sprint
Fix the failed ones:
/solopreneur:build .solopreneur/backlog/{dir}/{ID}.md