Pain Point Finder — App Store Review Spike Detector
Pricing
$20.00 / 1,000 pain points
Pain Point Finder — App Store Review Spike Detector
Scans an app's public App Store customer reviews and finds which specific complaints just started spiking in a recent window versus your own reviews' baseline - a fresh pain-point signal, no LLM or API key required.
Pricing
$20.00 / 1,000 pain points
Rating
0.0
(0)
Developer
0xGollum
Maintained by CommunityActor stats
0
Bookmarked
2
Total users
1
Monthly active users
a month ago
Last modified
Categories
Share
Pain Point Finder — App Store Review Spike Detector 📉
Find out which specific complaint just started spiking in your app's recent reviews — no LLM, no API key, just your own reviews compared against their own baseline.
Searches this actor ranks for: App Store review analyzer, app review sentiment tracker, product feedback signal, customer complaint spike detector, no-LLM review analysis, App Store RSS feed API.
Why a spiking complaint is a signal, not just data
Every review-analysis tool on the market does the same thing: scrape reviews, run them through an LLM you bring your own API key for, get a summary. That's a data dump with an extra step. The signal that actually matters for a product team is narrower: which complaint just got worse recently, compared to how things normally are for this app — a genuinely new problem, not the usual background noise every app gets.
This actor pulls from Apple's own public, unauthenticated customer-review feed (no scraping, no login — Trustpilot, by contrast, sits behind an AWS WAF bot-check that blocks plain HTTP clients outright, confirmed live 2026-08-03), splits negative reviews into a recent window vs. everything older, and surfaces keywords whose mention rate just spiked — the same spike-vs-trailing-baseline shape used across the rest of this actor portfolio, applied to review text instead of trade volume or job postings.
Who uses this and for what
| Persona | Use it to... |
|---|---|
| Product managers | Catch a regression's real-world impact within days of a release, not weeks |
| App developers (indie or team) | Get an early warning before a 1-star pile-up tanks your rating |
| Support teams | Know what's about to flood the inbox before it does |
| Competitive research | Track a competitor's app for what's currently breaking for their users |
vs. the alternatives
| Pain Point Finder | LLM-based review analyzers | Manually reading reviews | |
|---|---|---|---|
| Cost | Pay-per-result, no extra setup | + your own OpenAI/Claude API bill | Free, but doesn't scale |
| Data source | Apple's public review feed | Usually the same feed, then an LLM call | Whatever you can read |
| What you get | A ranked list of newly spiking complaints | A general sentiment summary | Nothing structured |
| Setup | Run it | Bring your own LLM key, prompt-tune it | Bookmark the App Store page |
The honest tradeoffs
- No stemming. "crashes" and "crashing" are tracked as separate keywords — a real complaint can get undercounted if reviewers split their wording. A deliberate simplicity tradeoff, not an oversight (adding real NLP would mean an extra dependency for a marginal gain).
- Needs enough history on both sides. Tested live against real apps (2026-08-03): a very high-traffic app can have its entire visible review window (Apple caps the feed at ~500 reviews) fall inside the recent window, leaving nothing to compare against — the actor correctly returns nothing rather than a meaningless "everything is new" result. A very fast-shipping app can have too few recent reviews to trust a rate off of. Both cases are silently skipped rather than faked.
- App Store only, for now — not Google Play or Trustpilot (the latter is actively hostile to plain scraping, see above).
Input
| Field | Type | Default | Description |
|---|---|---|---|
| app_ids | array | (required) | Numeric Apple App Store IDs |
| country | string | "us" | App Store storefront country code |
| max_pages | integer | 10 | Review feed pages to fetch (Apple caps at 10, ~500 reviews) |
| max_rating | integer | 2 | Star rating at/below which a review counts as negative |
| min_mentions_current | integer | 3 | Min distinct recent negative reviews a keyword must appear in |
| recent_window_days | integer | 7 | Size of the "recent" window, anchored on the app's own latest review |
| min_spike_ratio | number | 2.0 | Min multiple of the baseline rate to flag a keyword |
| max_results | integer | 100 | Cap on rows returned, highest spike first |
| request_timeout_secs | integer | 30 | HTTP request timeout |
Output example
{"app_id": "1232780281","keyword": "broken","recent_version": "1.7.325","mentions_recent": 4,"negative_reviews_recent": 22,"mentions_prior": 4,"negative_reviews_prior": 177,"spike_ratio": 8.05,"example_review": "Change the recents section back on Mobile!! What an overstimulating nightmare!"}
FAQ
Do I need an OpenAI/Claude API key? No — this actor uses plain keyword frequency, not an LLM. That's a real cost and setup advantage over every competitor found in a pre-build market scan of this niche.
Why don't I see any results for a very popular app? If the app's most recent ~500 reviews are all inside your recent_window_days, there's no baseline to compare against and the actor correctly reports nothing rather than a meaningless spike.
What's recent_version? The most common app version among the recent-window reviews — informational only, the actual recent/baseline split is by review date, not version string (a fast-shipping app's version number changes too often to use as a reliable bucket).
Part of the 0xGollum signal suite
Stacks with Funding Intent and Hiring Intent — each actor turns one public, noisy, or hard-to-monitor data source into a single actionable signal instead of a data dump.