Estimates
Implied estimates, above the floor
The reported floor (300.1 T/day) counts only disclosures. These estimates add the big names that don’t publish usable token numbers, bringing the estimated total to roughly 329.8 T/day (315.5–359.3). They are deliberately low-confidence and meant to be refined.
| Entity | Method | Low | Mid | High | Confidence | How it’s calculated | Source |
|---|---|---|---|---|---|---|---|
| Anthropic all (no token disclosure exists) | revenue-implied | 10.3 | 16.4 | 27.4 | low | ~$30B annualized run-rate (Apr 2026) / $3-8 per Mtok blended | source |
| OpenAI consumer ChatGPT only (API 21.6T already in reported floor) | usage-implied | 4 | 10 | 25 | low | 2.5B prompts/day (Feb 2026) x 1.5-10k tokens/round incl context/system/output | source · archive |
| xAI Grok (X consumer + API) | usage-implied | 0.1 | 0.3 | 0.8 | very low | ~7-10M DAU x 5-20 msgs x 1.5-3k tokens; revenue ~$0.5B mostly free so revenue-implied fails | source · archive |
| Meta Meta AI assistant across WhatsApp/IG/FB | usage-implied | 1 | 3 | 6 | very low | ~1B MAU low-intensity x 1-3 msgs x 1-2k tokens; excludes recommender/ranking inference | unpinned |
Why two different methods?
revenue-implied
For usage-billed providers
tokens = revenue ÷ blended $ per million tokens. Works when revenue is
mostly metered token usage (e.g. Anthropic). Fails for flat-rate or free products, where
heavy users consume far more than per-token revenue implies.
usage-implied
For free / consumer surfaces
tokens = users × messages/day × tokens/message. Used where the driver is
usage, not billing: consumer ChatGPT (anchored to ~2.5B prompts/day), Grok on X, Meta AI.
No double-counting. Estimates are additive to the floor; none duplicate a
floor row. The OpenAI estimate, for instance, is consumer only; OpenAI’s API tokens
are already counted in the reported floor.
Still a gap, not an estimate. Some names (e.g. Amazon Bedrock) disclose no
aggregate tokens and have no clean anchor, so they are omitted rather than guessed. Honesty
about what we can’t measure is part of the method.