一键导入
scrape-company
Use when researching a Prague AI company to build its catalog entry. Defines what data to collect, where to look, and the exact JSON output schema.
用 Codex 或 Claude 帮你安装 复制这段 Prompt,粘贴到 Codex、Claude 或其他助手里,让它检查 Skill 页面并帮你完成安装。
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Use when researching a Prague AI company to build its catalog entry. Defines what data to collect, where to look, and the exact JSON output schema.
用 Codex 或 Claude 帮你安装 复制这段 Prompt,粘贴到 Codex、Claude 或其他助手里,让它检查 Skill 页面并帮你完成安装。
基于 SOC 职业分类
| name | scrape-company |
| description | Use when researching a Prague AI company to build its catalog entry. Defines what data to collect, where to look, and the exact JSON output schema. |
Collect structured data on a Prague AI/ML company for the job-seeker catalog. One company per invocation. Output is a single JSON file saved to data/companies/{id}.json.
The agent receives a company record from data/companies_index.json:
{"id": "rossum", "name": "Rossum", "category": "company", "cnaip_url": "https://www.cnaip.cz/cs/entity/rossum", "website_url": "https://rossum.ai"}
CNAIP pages are consistent and scrapable. Navigate to cnaip_url, take snapshot. Extract: description, tags, team members, links to company website.
Use website_url from index (do NOT waste time searching for it). Visit in order:
If the site blocks you (captcha, anti-bot, redirect): STOP. Do not retry. Move to Source 3.
Search for "{company_name}" Prague AI and extract from snippets. Good sources:
Search "{company_name}" funding raised series site:tech.eu OR site:therecursive.com OR site:ain.capital. Do NOT attempt Crunchbase or PitchBook (they block automated access).
Search "{company_name}" glassdoor rating reviews. Extract:
Do NOT navigate to glassdoor.com directly (login wall). Use search snippets only.
Search "{company_name}" revenue ARR. Accept whatever snippets return. Do NOT spend more than 2 searches on this — revenue data for private Czech companies is rarely public.
Copy-paste from this list. Do not improvise.
business_type: b2b_saas | b2c_saas | consulting | product | research | enterprise_vendor | other
company_type: startup | scaleup | enterprise | acquired | research_lab | nonprofit
ai_focus: nlp | cv | ml_ops | generative_ai | robotics | data_engineering | fraud_detection | recommendation | speech | automation | document_processing | other
employees_range: 1-10 | 11-50 | 51-200 | 201-500 | 501-1000 | 1001-5000 | 5000+
business_model: subscription_saas | usage_based | consulting_services | licensing | marketplace | freemium | other
hiring_signals: actively_hiring | few_roles | not_hiring | unknown
data_quality: high | medium | low
risk_level: high | medium | low | not_applicable
Rules:
employees_range — round to nearest bucket (e.g. 70 employees → "51-200", NOT "51-100")business_type — use "b2b_saas" not "B2B", "B2B SaaS", etc.data_quality — high = 3+ sources, medium = 1-2 sources, low = estimated/inferredSave to data/companies/{id}.json:
{
"id": "rossum",
"name": "Rossum",
"category": "company",
"scraped_at": "2026-03-28T12:00:00Z",
"overview": {
"description": "AI document processing for transactional workflows",
"description_long": "Rossum builds AI agents that read documents, capture and validate data, send emails, handle approvals, and write to ERPs. Proprietary transactional LLM supporting 276 languages.",
"tagline": "Offload paperwork to AI agents",
"website": "https://rossum.ai",
"cnaip_url": "https://www.cnaip.cz/cs/entity/rossum"
},
"classification": {
"business_type": "b2b_saas",
"ai_focus": ["document_processing", "nlp", "cv"],
"industries_served": ["finance", "logistics", "retail", "manufacturing"],
"company_type": "scaleup",
"is_ai_native": true
},
"history": {
"founded_year": 2017,
"founders": ["Tomáš Gogar", "Petr Baudiš", "Tomáš Tunys"],
"origin_story": "Founded by 3 Czech PhD students in AI",
"key_milestones": [
{"year": 2017, "event": "Founded in Prague"},
{"year": 2024, "event": "Named in Sifted B2B SaaS Rising 100"}
]
},
"size": {
"employees_range": "201-500",
"employees_exact": null,
"employee_source": "company_website",
"office_count": 5
},
"offices": [
{"city": "Prague", "country": "CZ", "is_hq": true},
{"city": "London", "country": "GB", "is_hq": false}
],
"financials": {
"publicly_traded": false,
"stock_ticker": null,
"stock_exchange": null,
"parent_company": null,
"funding_total_usd": null,
"funding_rounds": [
{"date": "2021-06", "type": "Series A", "amount_usd": 10000000, "lead_investor": "Some VC"}
],
"investors": ["Investor A", "Investor B"],
"revenue_estimate_usd": null,
"revenue_source": null,
"business_model": "subscription_saas"
},
"team": {
"leadership": [
{"name": "Tomáš Gogar", "role": "CEO", "source": "company_website"}
],
"notable_people": []
},
"careers": {
"careers_url": "https://rossum.ai/careers/",
"open_roles_count": null,
"open_roles": [
{"title": "ML Engineer", "department": "engineering", "location": "Prague"}
],
"tech_stack": ["python", "typescript", "aws"],
"hiring_signals": "actively_hiring"
},
"glassdoor": {
"rating": 4.2,
"review_count": 35,
"recommend_pct": 85,
"glassdoor_url": "https://www.glassdoor.com/Overview/Working-at-Rossum-EI_IE..."
},
"recognition": {
"awards": ["IDC Leader 2023", "G2 Leader Fall 2024"],
"notable_clients": ["Siemens", "Bosch", "Wolt", "Adyen"],
"customer_count": 450,
"partnerships": []
},
"risk_assessment": {
"agi_displacement": "low",
"agi_displacement_rationale": "Proprietary transactional LLM trained on domain-specific document data across 276 languages. Deep vertical moat in document processing with enterprise integrations that foundation models cannot easily replicate.",
"market_risk": "medium",
"market_risk_rationale": "IDP market is growing but increasingly competitive with Microsoft, Google, and AWS offering native document AI. Rossum differentiates on workflow automation beyond pure extraction.",
"funding_risk": "low",
"funding_risk_rationale": "Well-funded scaleup with 450+ paying enterprise customers and strong revenue signals (Sifted Rising 100).",
"overall_risk": "low",
"overall_risk_rationale": "Strong proprietary tech moat, established enterprise customer base, and vertical focus in regulated industries provide resilience against AGI commoditization."
},
"metadata": {
"data_quality": "high",
"sources_used": ["company_website", "cnaip", "tech.eu"],
"fields_missing": ["funding_total_usd", "revenue_estimate_usd"],
"needs_review": false,
"notes": ""
}
}
Every company MUST have a risk_assessment section. Assess based on what you learned during scraping. Use risk_level enum: high | medium | low | not_applicable.
How likely foundation models (GPT, Claude, Gemini) will commoditize this company's core value proposition.
Is the market real, sustainable, and big enough?
Can the company survive long enough to reach sustainability?
Weighted judgment across all factors. A company with high AGI displacement risk but low market and funding risk might be medium overall.
Rationale is required for every risk rating — 1-2 sentences explaining why, referencing specific facts from your research (product type, funding, customer base, tech moat).
Use null for unknown fields. Never invent data. If estimated, note source in metadata.sources_used and set data_quality accordingly.
For category: "research_group":
classification.business_type = "research"classification.company_type = "research_lab"financials — focus on grants, not funding roundscareers — PhD positions, postdocs, research assistantsteam.leadership — PI / group leadrecognition — top publications, h-index of PITo scrape multiple companies, dispatch parallel agents (max 5-10 at a time):
for each batch of companies from companies_index.json where status == "pending":
dispatch agents, each with:
- company record from index
- this skill loaded
on completion:
- save {id}.json to data/companies/
- run validate_company.py on the output
- update companies_index.json status to "done"
After writing JSON, the orchestrator MUST run python3 scripts/validate_company.py data/companies/{id}.json to catch enum mismatches and missing required fields. If validation fails, fix the file before marking the company as done.