THE RESET OBSERVATORY

When will Gemini reset?

Check Gemini app usage rules and evidence for extra resets. Regular renewals, Gemini API, and Antigravity quotas are separate; no unsupported forecasts.

Latest collected snapshot · 2026-09-10 10:31 UTC
CodexHistory availableClaudeHistory availableGeminiUsage rulesGLMReset cardsKimiReset recordsAntigravitySeparate quota

Gemini reset watch

Public evidence review

Personal Google AI subscriptions in Gemini web and mobile apps. Gemini API and Antigravity are separate.

No verified date for an exceptional reset

The reviewed source describes regular usage windows. There are not enough exceptional-reset announcements to forecast another one.

Read the official guide ↗

Historical coverage is insufficient for a percentage forecast.

Evidence reviewed 2026-09-10Rule check pending or failed Sep 10, 2026, 10:31 AM UTC

Reviewed public records

0

Event days usable for forecasting

0

Official rule sources

0 / 1

Evidence review date

2026-09-10

THE RECORD

Public evidence and reset records

No exceptional-reset record was established in this review. See the official rules above.

FOLLOW THE SIGNAL

Public sources, clearly identified.

Collection interval: 15 minutes

Codex and Claude use third-party reset catalogs. Other platforms show reviewed public records and official rules. Periodic rule checks do not discover new announcements. Regular renewals, manual reset cards and policy changes are kept separate from automatic-reset forecasts.

Gemini usage rules

Stale

Official rules · Periodic checks, not announcement discovery

Last success Sep 10, 2026, 10:31 AM UTC

Open source ↗

HOW WE ESTIMATE

An estimate,
not a promise.

Platforms can change their policies at any time. These estimates do not mean your account will receive a reset.

01Start with history, then consider new signals

Over the past 90 days, automatic reset announcements on the same UTC date count as one event day. We need at least 30 days of observation and 5 event days to show a probability. The third-party historical record may be incomplete.

The Gamma–Poisson model uses α = 1 + event days and β = 7 + observed days. The baseline probability of at least one announcement in the next h days is 1 − (β / (β + h))^α.

02How public signals affect the estimate

Reset previews, model releases, usage incidents, and community signals have manually chosen weights of 2.0, 0.35, 0.25, and 0.10. Each is scaled by source weight and decays with age. Only the past 72 hours count, and only the strongest signal in each group is used.

These weights are experimental assumptions, not trained or calibrated values. Banked resets and ordinary client updates do not increase the automatic-reset estimate. Without valid new signals, the adjusted estimate equals the baseline. The 7-day result is a longer-range extrapolation.

03How we evaluate forecasts

No probability forecasts have been issued for this platform. Usage rules, manual reset cards and relayed reports do not create forecast samples or prospective scores.

Historical replay and prospective scoring are kept separate. We need timestamped forecasts and comparisons against the baseline using Brier score and Log Loss before claiming better accuracy.

04Open-source references and event definitions

tibo-reset-watch informed public-post monitoring; tibo-reset-lab provides an auditable forecasting experiment. This site is independently implemented.

Automatic resets, banked resets that must be redeemed, and regular account usage renewals are different events. Read OpenAI’s explanation ↗