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/store-signals

Close the post-launch loop — turn a live app's App Store signals (reviews, analytics, sales, crashes, listing conversion) into a metric-tagged backlog for the next version, AND verify whether last cycle's changes moved the metric they promised to move. Read-only on App Store

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rshankras-apple-skills
848181 skills

Claude Code

$ npx -y skills add rshankras/claude-code-apple-skills --skill store-signals --agent claude-code

SKILL.md

store-signals.SKILL.md
name: store-signals
description: Close the post-launch loop — turn a live app's App Store signals (reviews, analytics, sales, crashes, listing conversion) into a metric-tagged backlog for the next version, AND verify whether last cycle's changes moved the metric they promised to move. Read-only on App Store Connect; every change is surfaced and routed to another command, never auto-applied. Use before planning the next version, on a monthly cadence, or ~1-2 weeks after shipping to check if a change worked.
allowed-tools: [Read, Write, Glob, Grep, AskUserQuestion, mcp__asc-metadata__list_apps, mcp__asc-metadata__list_reviews, mcp__asc-metadata__get_review, mcp__asc-metadata__get_analytics_report, mcp__asc-metadata__setup_analytics_reports, mcp__asc-metadata__get_sales_report, mcp__asc-metadata__get_diagnostics, mcp__asc-metadata__get_perf_metrics, mcp__asc-metadata__list_beta_feedback_crashes, mcp__asc-metadata__get_metadata]
last_verified: 2026-07-16
review_by: 2027-06-22

Store Signals

Pull what the *shipped* app is actually telling you and convert it into the next backlog — then verify whether last cycle's bets paid off.

> This is the missing arc that turns build → ship into a **loop**: > `ship → MEASURE → DIAGNOSE → next PLAN → build → ship → measure again…` > The ledger (`SIGNALS.md`) is what makes it a loop and not a monthly report.

Where it fits (read the seams)

  • **Not `analytics-interpretation`.** That *interprets* a metric you hand it (is 14% D7 good?). This

is the end-to-end operate loop: gather every signal → cluster → diagnose → **write a metric-tagged backlog** → **close last cycle's hypotheses**. It *uses* analytics-interpretation's benchmarks.

  • **Read-only on ASC.** Never responds to reviews, never mutates metadata/pricing. It surfaces, gates

on explicit OK, and routes the change to the right command (`next-version`, `bugfix`, `metadata`).

  • **Feeds planning.** Output is a dated backlog appended to `ROADMAP.md` + rows in `SIGNALS.md`,

consumed by `/apple:next-version` / `/apple:release`.

Prerequisites

  • A live (or TestFlight) app; resolve its `appId` from `.planning/STATE.md`, else `list_apps` + confirm.
  • `.planning/` context: `STATE.md`, `APP.md`, `POSITIONING.md` (job-to-be-done + guardrails).
  • `.planning/SIGNALS.md` if present — the OPEN hypotheses from prior runs (each with a target metric,

recorded baseline, and "check-after" date). See **signals-ledger.md** for the ledger + backlog formats.

Flow

1. **Load prior hypotheses.** Read `SIGNALS.md` → the OPEN rows to verify in step 5. 2. **Pull the signals (read-only), this period vs trailing:**

  • **Reviews / ratings** — `list_reviews` (recent, lowest-star first; flag unanswered), `get_review` for detail.
  • **Analytics** — `get_analytics_report`: retention, funnel/conversion, acquisition, impression→download.

No report configured yet → `setup_analytics_reports` and note "retention/funnel lands next cycle."

  • **Sales** — `get_sales_report`: proceeds/units vs trailing 7/30-day.
  • **Stability / perf** — `get_diagnostics` (crash/hang signatures) + `get_perf_metrics` (launch, memory, energy).
  • **Beta** — `list_beta_feedback_crashes` if in TestFlight.
  • **Listing** — `get_metadata` to spot ASO conversion problems against current copy.

3. **Normalize & cluster.** Dedupe reviews into recurring themes (requests / complaints / praise) with frequency; attach magnitude (users / revenue / retention implicated). Weight by **frequency × revenue impact**, not by how loud one reviewer is. 4. **Diagnose, filter, prioritize.** Map each cluster to the core metric it moves (rating · D7 · Pro conversion · crash-free rate · ASO conversion · proceeds); score **impact × confidence ÷ effort**. **Strategy filter:** cross-check `POSITIONING.md` — on-strategy → backlog; off-strategy → list under **"Declined (why)"** (never silently drop, never silently build). Carry the app's guardrails forward. Small-N (new app): say so, lean on qualitative reviews, flag low confidence. 5. **Close the prior loop.** For each OPEN hypothesis whose change shipped and whose "check-after" date passed: compare the target metric now vs its baseline → **WIN / REGRESSION / NEUTRAL**. WIN → resolve; REGRESSION → open a revert/rethink task; NEUTRAL → keep watching or retire. 6. **Write the backlog.** Append a dated, metric-tagged section to `ROADMAP.md` and update `SIGNALS.md` (one row per hypothesis; formats in **signals-ledger.md**). Then output a ranked digest (top 3-5 "what's hurting most, why, the proposed move"), the loop-closure results, and a suggested next command (`/apple:next-version`, `/apple:bugfix` for a hot crash, `/apple:metadata` for an ASO fix).

Portfolio mode

With no single app (or `--portfolio`): run steps 2-4 across every app in `list_apps`, then rank which app to invest in next — biggest fixable revenue/retention/rating gap first (pairs with `portfolio-health-monitor`). Output one line per app + the single highest-ROI move overall.

Done

  • A ranked cited digest, the WIN/REGRESSION/NEUTRAL loop-closure for last cycle, and a metric-tagged

backlog written to `ROADMAP.md` + `SIGNALS.md`, with a routed next command.

Caveats

  • **Read-only on ASC** — never auto-apply pricing, metadata, or review responses; surface → gate → route.
  • **Evidence over vibes** — every backlog item cites its signal + magnitude; the loudest reviewer is

not the roadmap.

  • **Always verify last cycle (step 5) before planning the next** — that closure is the whole point.
  • Apple delivers analytics on its own schedule; a freshly configured report is empty until next cycle.
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@rshankras
Ships withrshankras-apple-skills

A collection of Claude Code skills for iOS, macOS, watchOS, visionOS, and Apple platform development. These skills help you plan and build apps, maintain code quality, ensure HIG compliance, and guide you from idea to App Store.

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Questions about store-signals.

Which coding agents can use store-signals?
store-signals installs in Claude Code, Codex, Cursor, Gemini CLI, GitHub Copilot, OpenCode and Windsurf with the skills CLI, using each agent's flag shown on this page. Flowy's auto-invocation, which fires a skill when your prompt matches, runs in Claude Code only.