Operational, not rhetorical, definitions.
AGI, Singularity, and ASI each have a single operational definition. Every signal either contributes evidence toward it, or it does not.
A public-interest instrument tracking the arrival of AGI, the Singularity, and Superintelligence — derived from a versioned ensemble of capability, compute, economic, and alignment signals. Every movement sourced. Every methodology auditable.
Weighted blend of the capability-velocity proxy, arXiv flux ratio, and frontier-release flux ratio. Clamped to [0.25, 6.0]; flux inputs skipped when the classified sample is too small.
AGI, Singularity, and ASI each have a single operational definition. Every signal either contributes evidence toward it, or it does not.
Each clock is a weighted ensemble of trajectory models across capability, compute, economic, and safety signals. We publish the ensemble, the weights, and the residuals.
A signal promoting AGI cannot skip to ASI. Cascades are ordered and each promotion is logged as a changelog entry with the triggering print.
An opaque clock is an opinion in a lab coat. We publish every revision, every weight, every threshold, every formula on GitHub so you can argue with the data and the method, and reproduce any past reading from a git hash.
The changelog's Signal / Methodology split exists for the same reason: a methodology revision can shift a clock by years on the day it ships, while the world hasn't changed. Separating them makes the instrument's own motion legible.
These projections are a research instrument, not a forecast you should act on.
Do not use for investment, career, medical, legal, or life decisions.
Model code, signal ingest, changelog, RFCs, and this page are in a public repo. Every methodology change is a merged PR.
One-item feed that updates only when a clock actually moves.
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Changelog entries + daily synthesis; signal & methodology moves both included.
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AGI · Singularity ·
ASI · Alignment
(RSS; JSON variants at .json)
Current projections, confidence intervals, and per-signal rationale.
api.json
| Signal | Weight | Projected | Rationale |
|---|---|---|---|
| METR task horizon (→40hr) | 45% | APR 2027 | Exponential extrapolation from 11.4hr at 7-month doubling |
| SWE-bench Verified (→95%) | 10% | NOV 2026 | Sigmoid extrapolation from 88.2% at +4.1pp/Q (near saturation) |
| Humanity's Last Exam (→80%) | 10% | APR 2027 | Sigmoid extrapolation from 38.9% at +16pp/Q |
| FrontierMath (→75%) | 8% | APR 2027 | Sigmoid extrapolation at +12pp/Q |
| ARC-AGI-2 (→90%) | 7% | DEC 2026 | Sigmoid extrapolation at +18pp/Q |
| Signal | Weight | Projected | Rationale |
|---|---|---|---|
| AI-authored research share (→50%) | 35% | NOV 2032 | Linear extrapolation from 14.2% (lagging indicator; expected to accelerate post-AGI) |
| METR horizon (→1000hr) | 35% | DEC 2029 | Leading indicator: month-scale task horizon is a precondition for meaningful AI-on-AI research acceleration |
| Signal | Weight | Projected | Rationale |
|---|---|---|---|
| HLE (→95%) | 38% | AUG 2028 | Sigmoid extrapolation from 38.9% at +16pp/Q |
| FrontierMath (→95%) | 38% | MAR 2029 | Sigmoid extrapolation from 41.7% at +12pp/Q |
| Singularity + 2yr | 25% | DEC 2031 | Post-singularity compute + recursive improvement typically projects ~2y to ASI |
| Component | Weight | Ratio | What it captures |
|---|---|---|---|
| Structured composite | 60.0% | 1.98× | R&D capex YoY growth vs. composite safety velocity (headcount share growth + interpretability index growth). |
| arXiv flux | 20.0% | 1.77× | LLM-classified capability-vs-alignment papers (cs.AI/cs.LG/cs.CL, trailing 30d, n=3631). |
| Frontier-release flux | 20.0% | 0.94× | LLM-classified frontier-lab and safety-org posts (trailing 90d, n=462). |