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Living theses

Living theses: a probability that moves with the evidence

Investment theses written from cited evidence, with pillars, kill facts that fire on new data, and a probability that updates as each new fact arrives.

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Living thesis· long · horizon 2027-10-0936%
Google Cloud AI Scaling to $60B+ ARR Run-Rate
Each step is one new piece of evidence judged against a pillar; the arithmetic is fixed, the evidence is cited.
Pillars
  • 72%Google Cloud maintains or grows its 80% AI product adoption rate and 90% Fortune 100 Gemini usage
  • 61%Daily token consumption continues to scale from 105T levels with accelerating paid enterprise workloads
  • 55%Low per-token pricing combined with volume and smart routing still delivers sufficient monetization to reach the target run-rate
Kill fact

Google Cloud AI product adoption stalls or declines

Written from evidence only

Ask a question, or let rejo's idea engine propose one when strong evidence piles up on a topic. The thesis is drafted only from numbered claims it was given; every mechanism step and risk cites them, and an independent audit checks the citations and the reasoning.

Pillars and kill facts

Each thesis splits into the pillars it depends on and the kill facts that would prove it wrong, with metrics and thresholds where they exist. When a new filing, print or claim crosses a kill fact, the thesis is flagged immediately.

A probability you can explain

Every new piece of evidence is judged against each pillar; the update itself is fixed arithmetic (log-odds with capped steps, weighted by source quality), so every move in the probability has a line in the ledger that says why.

A track record

Theses are resolved against what happened and scored, so you can see how calibrated the desk (and you) have been.