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Leopold X Serenity Investment Research Framework icon

Leopold X Serenity Investment Research Framework

Professional Updated 2026.08.30

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About this skill

Problem

AI infrastructure investing often gets stuck between macro trend calls and micro stock evidence. Watching hot tickers such as NVDA or SMH can mistake already priced-in demand for alpha, while scanning small-cap supply-chain names can miss real bottlenecks in power, memory, and packaging. This skill combines Leopold's physical-bottleneck trend discovery with Serenity's Chokepoint five-factor screening into a reusable research workflow.

How It Works

The framework runs a two-layer funnel: Layer 1 identifies the physical constraints required for AGI deployment, what the market has not priced in, and the t0 to t4 bet sequence; Layer 2 checks Confirmed Demand, Constrained Supply, Low Market Attention, Value Capture, and Catalysts, producing evidence grades and position caps. Built-in risk scoring covers liquidity, technology path, customer concentration, expansion certainty, and geopolitical exposure. The alert center first checks 13F data freshness, leverage, crowding, and reflexivity before deciding whether a conclusion is still usable.

Boundaries

It is intended for supply-chain research, risk checklists, and observation nodes, not for generating buy or sell instructions. Cited 13F holdings, prices, and market data carry cut-off dates; Leopold's Q1/Q2 13F filings do not represent current positions, and Serenity's past returns cannot be extrapolated. All external data should be independently verified, and position sizing or stop-loss decisions must remain subject to the user's own risk constraints.

Use Cases

  • Map CPO/InP substrate chains to identify controlling firms, substitutability, chokepoint scores, and evidence grades.
  • Use Leopold timing to classify AI power, neoclouds, and memory as t0-t4 and list observation nodes.
  • Translate U.S. optical-module bottlenecks into A-share mappings with localization progress, valuation tiers, and earnings checks.
  • Build a portfolio alert list covering 13F data staleness, leverage, liquidity, reflexivity, and report verification.

Best For

  • Buy-side researchers tracking AI compute chains who need to link power, memory, and optical bottlenecks into an evidence trail.
  • Sell-side analysts covering semiconductors and optical modules who need five-factor evidence grading and watchlists.
  • Quant analysts mapping U.S. bottlenecks to A-shares who need localization checks and earnings/crowding validation.
  • Portfolio risk managers who need a risk matrix and alert list for leverage, liquidity, and data staleness.