Takes pasted LinkedIn job posts or hiring descriptions and converts them into a structured buyer pain map with inferred pains, capability gaps, buy-vs-build signal, account priority scores, and suggested outreach angles. Use when asked to analyze hiring posts, decode job descriptions for buyer intent, build a pain map from job listings, extract GTM signals from hiring activity, or prioritize accounts based on hiring data. Trigger when a user says "analyze these job posts", "what pain does this hiring signal", "build a pain map from these listings", "decode this job description", or "score these accounts from their hiring".
Installation
Installer avec Codex ou Claude Copiez ce prompt, collez-le dans Codex, Claude ou un autre assistant, puis laissez-le vérifier la page du skill et l'installer pour vous.
Takes pasted LinkedIn job posts or hiring descriptions and converts them into a structured buyer pain map with inferred pains, capability gaps, buy-vs-build signal, account priority scores, and suggested outreach angles. Use when asked to analyze hiring posts, decode job descriptions for buyer intent, build a pain map from job listings, extract GTM signals from hiring activity, or prioritize accounts based on hiring data. Trigger when a user says "analyze these job posts", "what pain does this hiring signal", "build a pain map from these listings", "decode this job description", or "score these accounts from their hiring".
author
ajaycodesitbetter
version
1.0.0
LinkedIn Job Post to Buyer Pain Map
Take LinkedIn job posts. Decode them into a structured buyer pain map with scores, pains, and outreach angles.
Critical rule: Every inferred pain must cite specific language from the job description that supports it. Never hallucinate pains that are not grounded in the text. If a post is too generic to infer pain, say so explicitly and assign a low signal strength score.
Ethical rule: Do not infer personal attributes or protected characteristics about candidates. Focus strictly on company-level operational pain and organizational needs.
Step 1: Setup Check
Confirm required env vars:
echo"GEMINI_API_KEY: ${GEMINI_API_KEY:+set}"
If GEMINI_API_KEY is missing:
Stop. Tell the user: "GEMINI_API_KEY is required. Get it at aistudio.google.com. Add it to your .env file."
Step 2: Collect Inputs
The skill needs 3 required inputs. Collect them before proceeding.
2a: Product Brief
Ask: "Describe your product in 2-5 sentences. What do you do, what is your core value prop, and who do you target?"
If the user already included this in their prompt: Extract it. Confirm: "Product brief captured: [summary]."
2b: ICP Description
Ask: "Describe your ideal customer profile in 2-6 bullets: industries, company sizes, roles you sell to, tech stack hints."
If the user already included this in their prompt: Extract it. Confirm: "ICP captured: [summary]."
2c: Hiring Posts
Ask: "Paste the job descriptions you want analyzed. For each post, include the company name, job title, and the full description text. You can paste 1-15 posts."
Accepted formats:
Raw pasted text with company name and job title clearly labeled
Multiple posts separated by clear delimiters (--- or numbered)
If any field is missing: Infer what you can from the description text. If company_name or job_description_text is missing, ask for it before proceeding.
2d: Optional Inputs
If the user provides any of these, capture them:
account_notes: additional context per company (funding, tech stack, known tools, contacts)
focus_dimension: "pipeline" (bias toward scoring and prioritization), "positioning" (bias toward messaging angles), or "both" (default)
Step 3: Extract Signals
For each job post, parse and extract:
Team / function: Which team is this role on? (GTM, Product, Infra, Data, RevOps, CS, Engineering, etc.)
Requirement language: Note keywords that signal intent: "first X hire", "critical role", "immediate", "must have"
Tool / stack hints: Any references to specific tools, platforms, or technology categories that overlap with the user's product area
Group by company. If multiple posts come from the same company, group their signals together.
State: "Extracted signals from X posts across Y companies."
Step 4: Score with the LLM
Read references/scoring-rubric.md for the full scoring model.
Build the LLM request:
cat > /tmp/pain-map-score-request.json << 'ENDJSON'
{
"system_instruction": {
"parts": [{
"text": "You are a GTM analyst who specializes in decoding hiring signals into buyer intent. For each account provided, you will score three dimensions and infer company context. Rules: (1) Every score must include a one-sentence plain-text explanation. (2) signal_strength measures how many and how specific the hiring signals are relative to the user's product area. (3) urgency measures how time-sensitive the hiring need appears. (4) icp_fit measures how closely the company matches the user's ICP description. (5) Each score is 1-10. (6) overall_score = round((0.4 * signal_strength + 0.3 * urgency + 0.3 * icp_fit) * 10). (7) Infer buy_vs_build from job language. Use EXACTLY one of these labels: 'Leaning build', 'Leaning buy', 'Hybrid (buy-and-build)', 'Unknown'. (8) Infer stage_guess from company clues: funding stage, employee count, company type. (9) Output valid JSON only."
}]
},
"contents": [{
"parts": [{
"text": "SCORING_CONTEXT_HERE"
}]
}],
"generationConfig": {
"temperature": 0.2,
"maxOutputTokens": 4096
}
}
ENDJSON
curl -s -X POST \
"https://generativelanguage.googleapis.com/v1beta/models/gemini-2.0-flash:generateContent?key=$GEMINI_API_KEY" \
-H "Content-Type: application/json" \
-d @/tmp/pain-map-score-request.json \
| python3 -c "import sys,json; d=json.load(sys.stdin); print(d['candidates'][0]['content']['parts'][0]['text'])"
Replace SCORING_CONTEXT_HERE with:
The product brief and ICP description from Step 2
The extracted signals per company from Step 3
The scoring rubric rules from references/scoring-rubric.md
Instructions to output JSON with: company_name, headline, overall_score, score_breakdown (signal_strength, urgency, icp_fit — each with score and explanation), stage_guess, buy_vs_build_guess
Step 5: Build Pain Map
For each account, use the extracted signals and LLM scoring context to build the buyer pain map.
cat > /tmp/pain-map-analysis-request.json << 'ENDJSON'
{
"system_instruction": {
"parts": [{
"text": "You are a B2B pain analyst who reads job descriptions and identifies the operational pains a company is experiencing. Rules: (1) Every pain must have a short label, a 1-3 sentence description, and specific phrases quoted from the job post as supporting evidence. (2) Classify pains as primary (directly relevant to the user's product) or secondary (real pain but tangential to the product). (3) If a post is too generic to infer specific pain, state that explicitly — do not hallucinate. (4) For each account, also generate 1-3 recommended outreach angles. Each angle has: angle_name (short), narrative (1-2 sentences on how to lead), and talk_track_bullets (2-4 concrete talking points). (5) Outreach angles must reference specific pains and evidence, not generic value props. No banned words: synergy, leverage, innovative, cutting-edge, best-in-class, world-class, game-changing, disruptive, seamless, robust, comprehensive, revolutionize, transform, streamline. (6) Output valid JSON only."
}]
},
"contents": [{
"parts": [{
"text": "ANALYSIS_CONTEXT_HERE"
}]
}],
"generationConfig": {
"temperature": 0.4,
"maxOutputTokens": 8192
}
}
ENDJSON
curl -s -X POST \
"https://generativelanguage.googleapis.com/v1beta/models/gemini-2.0-flash:generateContent?key=$GEMINI_API_KEY" \
-H "Content-Type: application/json" \
-d @/tmp/pain-map-analysis-request.json \
| python3 -c "import sys,json; d=json.load(sys.stdin); print(d['candidates'][0]['content']['parts'][0]['text'])"
Replace ANALYSIS_CONTEXT_HERE with:
The product brief and ICP description
Each company's job posts (full text)
The scores and context from Step 4
Account notes if provided
The focus_dimension preference (pipeline / positioning / both)
Instructions to output per-account: buyer_pain_map (primary_pains, secondary_pains) and recommended_outreach_angles
Read references/examples.md to calibrate the expected output quality and depth.
Step 6: Build Handoff Object
For each account, generate a structured handoff block that outreach-sequence-builder can consume directly:
handoff:
for_outreach_sequence_builder:
account_summary: 2-3 sentence recap of the company's situation and hiring context
key_pain: The single most actionable pain in one sentence
suggested_personas: 2-4 job titles of the people most likely to own this pain
tone: One sentence describing the recommended outreach tone
The handoff must be concrete enough that someone could paste it into outreach-sequence-builder's prompt and get a usable sequence without re-researching the account.
Step 7: Self-QA
Run every check and fix violations before presenting:
Every inferred pain cites at least one specific phrase from the job description
No pains hallucinated for generic/low-signal posts (check posts with signal_strength ≤ 3)
All three scores (signal_strength, urgency, icp_fit) have a one-sentence explanation
Overall score matches the formula: round((0.4 × signal + 0.3 × urgency + 0.3 × icp_fit) × 10)
Buy-vs-build label is one of: "Leaning build", "Leaning buy", "Hybrid (buy-and-build)", "Unknown"
No banned words in outreach angles: synergy, leverage, innovative, cutting-edge, best-in-class, world-class, game-changing, disruptive, seamless, robust, comprehensive, revolutionize, transform, streamline
Each outreach angle has 2-4 talk track bullets, not generic value statements
Out-of-ICP accounts are flagged with a clear recommendation to deprioritize
Handoff objects are complete with all 4 fields (account_summary, key_pain, suggested_personas, tone)
No personal attributes or protected characteristics inferred about candidates
Posts grouped by company when multiple posts are from the same company
If multiple companies are analyzed, also save individual files using slugified company names (lowercase, replace spaces and special characters with hyphens, strip trailing hyphens):
