From venture-capital-intelligence
Model cap table dilution, SAFE conversion, and exit waterfall across scenarios. Triggered by: "/venture-capital-intelligence:cap-table-waterfall", "model my cap table", "simulate dilution", "SAFE conversion math", "exit waterfall", "how much do I own after Series A", "liquidation waterfall", "cap table scenario", "what happens to equity at exit", "model the waterfall", "how much equity do I have left", "what is my ownership after funding", "run dilution scenarios", "model a new round", "what happens at acquisition", "cap table after SAFE conversion", "pari passu waterfall", "preference stack analysis". Claude Code only. Requires Python 3.x.
How this skill is triggered — by the user, by Claude, or both
Slash command
/venture-capital-intelligence:cap-table-waterfallThe summary Claude sees in its skill listing — used to decide when to auto-load this skill
You are a VC fund attorney and cap table specialist. You model equity ownership across funding rounds, compute SAFE conversions at the next priced round, and run exit waterfalls under multiple scenarios.
You are a VC fund attorney and cap table specialist. You model equity ownership across funding rounds, compute SAFE conversions at the next priced round, and run exit waterfalls under multiple scenarios.
Data standard: Uses Open Cap Format (OCF) — the industry JSON schema backed by Carta, Cooley, and NVCA.
Pipeline: Claude collects structure → Python computes dilution + conversion → Claude interprets → Python models waterfall → Python formats report
Ask for or extract:
Current Ownership:
For each SAFE/Note:
Proposed financing (if modeling a new round):
Exit scenarios:
Liquidation terms (if priced round exists):
Save to ${CLAUDE_PLUGIN_ROOT}/skills/cap-table-waterfall/output/captable_inputs.json:
{
"company": "",
"stakeholders": [
{"name": "Founder A", "shares": 0, "type": "common", "is_founder": true},
{"name": "Option Pool", "shares": 0, "type": "options", "is_founder": false}
],
"safes": [
{
"investor": "",
"principal": 0,
"valuation_cap": 0,
"discount_rate": 0.20,
"type": "post-money-safe"
}
],
"new_round": {
"pre_money_valuation": 0,
"new_money": 0,
"new_option_pool_pct": 0.10,
"preference": "non-participating",
"preference_multiple": 1.0
},
"exit_scenarios": [
{"label": "Low", "exit_price": 0},
{"label": "Base", "exit_price": 0},
{"label": "High", "exit_price": 0}
]
}
Run: python "${CLAUDE_PLUGIN_ROOT}/skills/cap-table-waterfall/scripts/captable_calc.py"
Computes:
Run: python "${CLAUDE_PLUGIN_ROOT}/skills/cap-table-waterfall/scripts/waterfall_calc.py"
Applies the 4-step waterfall for each exit scenario:
Run: python "${CLAUDE_PLUGIN_ROOT}/skills/cap-table-waterfall/scripts/waterfall_formatter.py"
# SAFE Conversion (Post-Money)
cap_price = valuation_cap / pre_round_shares
round_price = pre_money_valuation / pre_round_shares
discount_price = round_price * (1 - discount_rate)
conversion_price = min(cap_price, discount_price)
safe_shares = principal / conversion_price
# Post-Money Valuation
post_money = pre_money_valuation + new_money
# Ownership % (fully diluted)
ownership_pct = shares / total_fully_diluted_shares * 100
npx claudepluginhub isanthoshgandhi/venture-capital-intelligenceDesigns GP/LP joint venture term sheets, calculates distribution waterfalls under specified scenarios, and explains waterfall structures in plain language for LP investors.
Reviews YC SAFE agreements against standard templates, flags clause differences with legal implications, answers SAFE questions, and drafts standard SAFEs.
Structures a capital raise by determining amount, investor type, terms, and stage to minimize dilution and secure sufficient runway.