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We map where capital is forced to go — before markets price it.

A causal graph of physical dependencies, supply-chain chokepoints, and forced capital flows — across semiconductors, defense, energy, and critical minerals. When the world changes, it traces who’s exposed and what moves next. A portfolio can hold different companies, sectors, and geographies while depending on the same obscure supplier, processing facility, or critical material. Traditional portfolio systems see siloed companies and industries; Forced Alpha sees the physical dependency network underneath them. Not a screener, not a newsletter, not a black box — a sourced, inspectable dependency map you audit path by path.

5144 nodes and 25158 dependency edges, each traceable to a source document. Primary filings first — SEC, EDINET (Japan), DART (Korea), MOPS (Taiwan), and China customs data. Every edge is graded and cited, from Verified (A) to Structural hypothesis (D), with the source excerpt traveling with the edge. The graph refuses rather than guesses — if no edge is on file, it says so, rather than inventing a link.

Three workflows

The same graph does two symmetric jobs: de-risk the book you hold, and originate the trades you don't. Defense — surface the hidden exposure your holdings secretly share. Offense — surface the overlooked upstream names before the market does. And the connective tissue between them: trace how a physical shock actually moves from a material to a ticker.

01 — X-ray the book: find hidden common-mode exposure — the suppliers, materials, facilities, and processes shared by multiple holdings. My book is NVDA, AVGO, TSM, ASML — show me every hidden chokepoint two or more of them share, graded and sourced.

02 — Trace shocks: follow a shock to where it actually lands, multi-hop, material-level, ending at tickers, not sectors. If China restricts a material, which positions should be investigated first?

03 — Find what to investigate first: surface overlooked chokepoints — smaller public companies whose physical role is disproportionate to their market value, found by the graph, not by hand. Find me a sub-$2B company that sits under the AI buildout — one chokepoint, hard to substitute, that the market hasn’t repriced yet.

Run the whole book, not one shock. Paste a portfolio and the graph surfaces what the holdings secretly share, each dependency graded and sourced. AI-infrastructure book NVDA, AMD, TSM, ASML, AMAT, LRCX: imec, the R&D consortium ASML and TSMC both stand on — Verified (A). Ichor Holdings, fluid-delivery subsystems to ASML, Applied Materials and Lam — Sourced (B). VAT Group, high-vacuum valves to ASML, Applied Materials and Lam — Sourced (B).

Every dependency is typed, directional, and evidence-graded. EVIDENCE grades our proof of the dependency, not the stock: filing-verified means a verbatim quote confirmed in the company’s own SEC filing, sourced means a named source not yet word-for-word verified, asserted means the dependency is identified but not yet tied to a filing. Companies mapped: 5144 across 71 sectors. Supply-chain dependencies with typed relationships: 25158.

Every path is inspectable

Forced Alpha does not present every connection as fact. Each result carries the relationship, the source, the supporting excerpt, and a grade. Verified (A) is directly supported by primary-source evidence, the quote confirmed on the source page. Sourced (B) means a named primary source is on file for this edge, the quote not yet byte-verified against the live document. Reported (C) is supported by secondary or reported evidence — corroborate before acting. Structural hypothesis (D) is a possible transmission mechanism, an investigation lead, not a prediction. The graph refuses on no-edge rather than guessing: "Does Kanto Denka supply Tesla?" returns "No edge on file."

Get the week's hidden-dependency finds.

A weekly note on the common-mode exposures and overlooked chokepoints the graph surfaced — sourced, graded, and dated. No hype. Subscribe — free. Free weekly intelligence. Unsubscribe anytime.

One Material. Three companies.

A worked example: AXT, Lumentum, and Coherent look like three unrelated companies — a substrate maker, an optical-networking supplier, and a photonics-components maker. Trace each one's dependency map to its own SEC filing and all three end at low-purity gallium, which the U.S. Geological Survey reports China produced about 98% of in 2024. China imposed export controls on gallium in July 2023, banned exports to the U.S. in December 2024, and the current suspension of that ban is set to lapse November 27, 2026 — one policy lever reaching all three holdings.

Start with a focused portfolio pilot

Input: one public-equity portfolio, agreed sectors or themes, three disruption scenarios. Output: a hidden common-dependency map, holding-level shock pathways, evidence and grade on every path, overlooked upstream names, and identified graph gaps flagged for verification. Every relationship in the graph is inspectable back to its source document.

Get the week's hidden-dependency finds.

A weekly note on the common-mode exposures and overlooked chokepoints the graph surfaced — sourced, graded, and dated. No hype. Subscribe — free. Unsubscribe anytime.

PORTFOLIO SUPPLY-CHAIN INTELLIGENCE

We map where capital is forced to go — before markets price it.

A causal graph of physical dependencies, supply-chain chokepoints, and forced capital flows — across semiconductors, defense, energy, and critical minerals. When the world changes, it traces who’s exposed and what moves next.

The hidden dependencies the market hasn’t priced yet — weekly, free.

Using an LLM? Check out our MCP/API →

Diversification stops at the ticker.

A portfolio can hold different companies, sectors, and geographies while depending on the same obscure supplier, processing facility, or critical material. Traditional portfolio systems see siloed companies and industries. Forced Alpha sees the physical dependency network underneath them.

Not a screener, not a newsletter, not a black box. A sourced, inspectable dependency map you audit path by path.

THE KNOWLEDGE GRAPH

Three workflows.

The same graph does two symmetric jobs: de-risk the book you hold, and originate the trades you don't. Defense — surface the hidden exposure your holdings secretly share. Offense — surface the overlooked upstream names before the market does. And the connective tissue between them: trace how a physical shock actually moves from a material to a ticker.

01 — X-RAY THE BOOK
Find hidden common-mode exposure.

The suppliers, materials, facilities, and processes shared by multiple holdings.

“My book is NVDA, AVGO, TSM, ASML — show me every hidden chokepoint two or more of them share, graded and sourced.”

02 — TRACE SHOCKS
Follow the shock to where it actually lands.

Multi-hop, material-level, ending at tickers — not sectors.

“China has further restricted rare earth exports, my portfolio is AMZN, NOK, COIN, GEV. Tell me the impact and who benefits.”

03 — FIND WHAT TO INVESTIGATE FIRST
Surface overlooked chokepoints.

Smaller public companies whose physical role is disproportionate to their market value — found by the graph, not by hand.

“Find me a sub-$2B company that sits under the AI buildout — one chokepoint, hard to substitute, that the market hasn’t repriced yet.”

RUN THE WHOLE BOOK

Not one shock — a whole portfolio. Paste your tickers and the graph surfaces what your holdings secretly share, each dependency graded and sourced.

NVDA · AMD · TSM · ASML · AMAT · LRCX
imec ASML + TSMC — the R&D consortium both stand on Verified (A)
Ichor Holdings ASML + Applied Materials + Lam — fluid-delivery subsystems Sourced (B)
VAT Group ASML + Applied Materials + Lam — high-vacuum valves Sourced (B)
X-ray your book →
THE WORLD IS A NETWORK, NOT A LIST

It’s already happening.

This isn’t a forecast. Japan’s own customs data already shows China’s tungsten and germanium shipments to Japan collapsed to zero — tungsten metal (HS 8101) and tungsten APT (HS 2841.80) since February 2026, germanium unwrought (HS 8112) since March 2026, still zero through the latest data (May 2026). The graph caught it in the trade record. China is where that supply originates, so the same dependency runs through every fab that leans on Chinese-origin tungsten and germanium.

LIVE SHOCK China → Japan · tungsten + germanium exports = ZERO Japan customs (e-Stat), HS 8101 / 2841.80 / 8112 · Feb–May 2026
Hop Who is exposed Why Evidence
DIRECT Stella Chemifa · Kanto Denka · Central Glass · Resonac Japan’s WF6 makers — recorded direct imports from China under the covered tungsten codes fell to zero A
SECOND Kioxia · Samsung · SK Hynix · TSMC · Intel The fabs that buy that WF6 for tungsten metallization A
THIRD NVIDIA · Apple · AMD · Amazon · Broadcom Inferred from the graph — who depends on those fabs inferred
A zeroed shipment to Japan traces, hop by hop, to the mega-caps. Every relationship carries an inspectable source or is labeled inferred.

Every path is inspectable.

Forced Alpha does not present every connection as fact. Each result carries the relationship, the source, the supporting excerpt, and a grade.

GradeTierWhat it means
AVerifiedDirectly supported by primary-source evidence; the quote is confirmed on the source page.
BSourcedA named primary source is on file for this edge; the quote is not yet byte-verified against the live document.
CReportedSupported by secondary or reported evidence; corroborate before acting.
DStructural hypothesisA possible transmission mechanism. An investigation lead, not a prediction.

The graph refuses on no-edge rather than guessing. “Does Kanto Denka supply Tesla?”“No edge on file.”

WE FOLLOW THE ENTIRE CHAIN

One Material. Three companies.

A worked example — several holdings that look diversified, traced to one input, with the dates the map recorded.

Three holdings. Three industries. One input.

A substrate maker. An optical-networking supplier. A photonics-components company. By any sector screen these look unrelated — no shared customers, no overlapping SIC codes. Trace each one’s dependency map to its own filing and they end at the same place.

AXT Inc. (AXTI)A · filing-verified

“a second consolidated company converts raw gallium to purified gallium. We use purified gallium in producing our GaAs substrates.”

Second layer: AXT makes its substrates inside China through its 85.5%-owned Tongmei subsidiary — so China’s own export licensing reaches AXT’s supply directly.

Lumentum (LITE)A · filing-verified

“the restrictions in China on the export of gallium and germanium and other rare earth metals and critical minerals”

From Lumentum’s 10-K, filed August 2025.

Coherent (COHR)A · filing-verified

“we use rare earth minerals and produce and use high-purity and relatively uncommon materials and compounds to manufacture our products, including, but not limited to, ZnS, GaAs”

Coherent’s 10-K names GaAs among its materials and separately discloses China export-control exposure on rare-earth minerals; the gallium-to-China link is the reader’s to draw.

They all end at one input — where one country controls almost all supply.

All three paths trace to low-purity gallium — each sourced to the company’s own filings. Per the U.S. Geological Survey, China produced about 98% of the world’s low-purity gallium in 2024. A ticker screen shows three unrelated companies. The dependency layer shows one input, concentrated in one country, under all of them.

This isn’t a scenario. It has dates.

July 2023 — China imposed export controls on gallium and germanium. December 2024 — exports to the U.S. were banned. The current suspension of that ban is set to lapse November 27, 2026. A ticker-level view shows three unrelated companies; the dependency layer shows one policy lever reaching all of them.

Run your own book →

FOR DESKS

Start with a focused portfolio pilot.

Input

One public-equity portfolio · agreed sectors or themes · three disruption scenarios.

Output
  • Hidden common-dependency map
  • Holding-level shock pathways
  • Evidence and grade on every path
  • Overlooked upstream names
  • Identified graph gaps flagged for verification

Every relationship in the graph is inspectable back to its source document.

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