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What is chokepoint-atlas?

qiuqiubuchongle-cloud/chokepoint-atlas — explained in plain English

Analysis updated 2026-05-18

593PythonAudience · researcherComplexity · 3/5Setup · moderate

In one sentence

A research tool that maps supply chains in AI-related industries to find which part will run out of capacity first.

Mindmap

mindmap
  root((Chokepoint Atlas))
    What it does
      Maps supply chain layers
      Finds capacity bottlenecks
    Tech stack
      Python
    Use cases
      Single research focus
      Compare directions
      Organize raw notes
    Audience
      Researchers
      Investors
    Setup
      Run research scripts
      Needs data sources

Code map

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What do people build with it?

USE CASE 1

Pick a real-world system, like an AI data center, and break its supply chain into layers to find bottlenecks.

USE CASE 2

Generate a structured research packet including a scoring card and catalyst watch list for one research focus.

USE CASE 3

Compare several possible research directions side by side to decide where to look first.

What is it built with?

Python

How does it compare?

qiuqiubuchongle-cloud/chokepoint-atlaslillian039/elftencent-hunyuan/unirl
Stars593590584
LanguagePythonPythonPython
Setup difficultymoderatehard
Complexity3/55/5
Audienceresearcherresearcherresearcher

Figures from each repo's GitHub metadata at analysis time.

How do you get it running?

Difficulty · moderate Time to first run · 1h+

Needs API access for pulling data such as earnings reports, investor calls, and news.

So what is it?

This is a research tool for studying US stocks in the AI industry, with a focus on supply chain bottlenecks. The idea behind it is different from typical stock screeners or AI chat tools. Instead of asking which stock is worth buying right now, it asks: if demand in a sector keeps growing, which part of the supply chain will run out of capacity first? That bottleneck is where the most constrained companies tend to sit, and constrained companies in high-demand industries often have pricing power. The workflow starts by picking a specific real-world system to study, such as an AI data center, a robot actuator chain, or advanced chip packaging infrastructure. The tool then breaks that system into layers, from end-customer demand down through system integration, core components, materials, and upstream tooling. It identifies where the system is most likely to get stuck, then pulls evidence from earnings reports, investor calls, company websites, news, and analyst research to back up the analysis. There are three main ways to use it. The first is for a single research focus you have already chosen: you run a script that produces a set of structured output files including a quick scan, an evidence memo, a scoring card, and a catalyst watch list. The second is for comparing multiple research directions side by side so you can prioritize where to look first. The third is for feeding in raw materials you have already collected, such as clippings or notes, and having the tool organize them into the same structured format. The README is written in Chinese, with an English product description available in a separate file. The tool is positioned as a structured research process aid rather than a recommendation engine. It does not tell you what to buy but helps you build a traceable, reusable evidence base before drawing conclusions. The README is sparse on technical setup details, pointing instead to a product manual and skill reference for deeper guidance.

Copy-paste prompts

Prompt 1
Use chokepoint-atlas to analyze the supply chain for advanced chip packaging and find the bottleneck layer.
Prompt 2
Run a comparison of three research directions in the AI supply chain and rank them by constraint.
Prompt 3
Feed these notes and clippings into chokepoint-atlas and organize them into a research memo.
Prompt 4
Generate an evidence memo and scoring card for this specific supply chain layer.

Frequently asked questions

What is chokepoint-atlas?

A research tool that maps supply chains in AI-related industries to find which part will run out of capacity first.

What language is chokepoint-atlas written in?

Mainly Python. The stack also includes Python.

How hard is chokepoint-atlas to set up?

Setup difficulty is rated moderate, with roughly 1h+ to a first successful run.

Who is chokepoint-atlas for?

Mainly researcher.

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