Find warm leads by searching LinkedIn for pain-language posts — the frustrations, complaints, and operational struggles your ICP talks about publicly. Asks clarifying questions to understand your product, ICP, and their pain points, then generates pain-language search keywords, scrapes LinkedIn for posts and engagers, enriches profiles, and ICP-filters the results. Use when someone wants to "find leads who are complaining about X" or "find people discussing problems we solve" or "LinkedIn pain-based prospecting."
npx gooseworks install --all # then, in Claude Code, Cursor, or Codex: /gooseworks use the pain-language-engagers skill
Find warm leads by scraping LinkedIn for pain-language posts and their engagers. People who write about, react to, or comment on posts expressing operational frustrations are signaling they live with a problem your product solves. This skill turns those signals into a qualified lead list.
Core principle: Search for pain-language, not solution-language. Solution keywords ("AI automation", "workflow optimization") attract builders and VCs. Pain keywords ("can't find drivers", "check calls are killing us") attract operators living with the problem.
Before generating keywords or running anything, ask the user these questions. Present them as a numbered list and tell the user to answer what's relevant and skip what's not.
Based on the intake answers, generate ~15-25 pain-language keywords in LinkedIn boolean search syntax. Organize into categories:
Key principle: Every keyword should be something a frustrated operator would actually type or say, not marketing language or solution framing.
Also generate:
Present the full keyword list to the user for approval/refinement before running. This is the most critical step — bad keywords = bad leads.
Once approved, save the complete config as JSON:
# Save config
skills/pain-language-engagers/configs/{client-name}.jsonConfig JSON structure:
{
"client_name": "example-client",
"pain_keywords": ["\"can't find X\"", "\"hiring Y\" problems"],
"pain_patterns": ["can.t find X", "hiring Y", "manual.*process"],
"icp_keywords": ["industry-term-1", "industry-term-2"],
"tech_vendor_keywords": ["software engineer", "competitor-name"],
"hardcoded_companies": ["https://www.linkedin.com/company/example/"],
"industry_pages": ["https://www.linkedin.com/company/example/"],
"broad_topic_patterns": ["industry", "sector", "niche-term"],
"country_filter": "United States",
"days_back": 60,
"max_posts_per_keyword": 50,
"max_posts_per_company": 100
}Execute the pipeline script with the saved config:
python3 skills/pain-language-engagers/scripts/pain_language_engagers.py \
--config skills/pain-language-engagers/configs/{client-name}.json \
[--test] [--companies "url1,url2"]Flags:
--config (required) — path to the client config JSON--test — limit to 3 keywords, 5 posts per company (for validation)--skip-discovery — skip keyword search, only scrape hardcoded/extra companies--companies "url1,url2" — add extra company URLs to scrapeWhat the script does:
apimaestro/linkedin-posts-search-scraper-no-cookies for each pain keywordharvestapi/linkedin-company-posts for each company page, pain-filteredharvestapi/linkedin-profile-scraper for all profiles (gets headline + location)Cost estimate:
Always run with --test first to validate the config produces relevant results before a full run.
After the script completes, present results to the user:
If the user wants adjustments:
Common adjustments:
tech_vendor_keywordsicp_keywordspain_patterns to be more specificdays_back constraintCSV exported to the current working directory as {client-name}-{date}.csv with columns:
| Column | Description |
|---|---|
| Name | Full name |
| LinkedIn Profile URL | Profile link |
| Role | Parsed from headline |
| Company Name | Parsed from headline |
| Location | From profile enrichment |
| Source Page | Which company page(s) they engaged on |
| Post URL(s) | Links to the post(s) they engaged with |
| Engagement Type | Post Author, Comment, or Reaction |
| Comment Text | Their comment (if applicable — personalization gold) |
| ICP Tier | Likely ICP, Possible ICP, Unknown, or Tech Vendor |
| Niche Keyword | Which pain keyword matched |
APIFY_API_TOKEN in .envapimaestro/linkedin-posts-search-scraper-no-cookies (keyword search)harvestapi/linkedin-company-posts (company page scraping)harvestapi/linkedin-profile-scraper (profile enrichment)Trigger phrases:
With existing config:
python3 skills/pain-language-engagers/scripts/pain_language_engagers.py \
--config skills/pain-language-engagers/configs/happy-robot.jsonTest mode:
python3 skills/pain-language-engagers/scripts/pain_language_engagers.py \
--config skills/pain-language-engagers/configs/happy-robot.json --testAssemble an expert/educator motion-graphic LISTICLE video ad from a config — a spoken authoritative voiceover carries a numbered listicle while N web-animated hyperframe beats (HTML plus the Web Animations API, one branded design system of alternating tiles, big hero numerals, and glass-pill callouts) are rendered frame-by-frame via Playwright and anchored to the VO's word-level timestamps, periodic color-graded B-roll windows give visual breath, and captions burn ONLY inside those B-roll windows (2-word chunks, ASS Format header carrying a Name field so none drop) with the VO mixed under a low music bed. This is the FREE deterministic assembly stage (Playwright beat render plus ffmpeg concat plus window-masked caption burn plus VO-and-music mix plus final composite) — the VO, the music bed, and the stock B-roll come from create-vo-elevenlabs, create-music-elevenlabs, and media-proxy. Use for the vo-anchored-motion-listicle format.
Assemble a stop-motion hand-swatch-cycle product-demo ad from a config — a sequence of still PLATES (one hand swiping a single-barrel cosmetic across a cream skin-patch, the barrel + swatch changing per plate while the hand, background, crop, and lighting stay locked) is PNG→mp4 loop-encoded at each plate's own stop-motion hold (fast motion frames 150–250ms, per-shade ~380ms, hero beats 1100–1800ms), concat-demuxed with HARD cuts into a silent master, closed on a Playwright HTML-rendered branded end card (serif tagline + sans subtitle + real logo SVG over a hero BG, never AI-rendered text), and muxed with a pre-sourced music track playing under the end card with a fade tail (no VO). This is the FREE deterministic assembly stage (loop-encode + concat-demux + end-card render + music mux); the master-anchor plate, shade plates, and end-card BG come from create-image-gpt-image-fal and the track from create-music-elevenlabs. Use for the stopmotion-hand-swatch-cycle format.
Assemble a split-screen creator ad from a config — a two-zone vertical composite where a supplied AI-creator lip-sync take fills the BOTTOM ~48% while real 16:9 product/demo clips run uncropped in the TOP ~52%, each top clip contain-fit with a darkened blurred cover-scale fill of the same clip (never black bars), a 3px brand-color divider between the zones, the creator slice cover-fit per the per-scene VO timing, scenes hard-concatenated with the body audio being the concatenated creator VO slices, an end card held on the last sharp frame ~3s, then the ASSEMBLED cut transcribed with local Whisper (not the raw VO — concat drops inter-scene silence) and word-level captions burned in the chosen style. This is the FREE deterministic assembly + caption stage (two-zone composite + blurred fill + divider + hard-concat + end card + captions); the VO comes from create-vo-elevenlabs, the anchor from create-image-gpt-image-fal, and the whole-VO lip-sync from a paid VEED Fabric 1.0 take (a no-atom upstream input). Use for the split-screen-creator format.