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Museum of Cats Behavioural Studies Unit

Global Zoomies Forecast

Jumping cat illustration

Frenetic random activity periods (FRAPs), also known as zoomies or midnight crazies, are random bursts of energy occurring in cats. The Museum of Cats maintains reference households in cities across the world where domestic zoomies activity is monitored. Based on local observations, regional zoomies forecasts are produced by interpretation and application of the Feline Relativistic Agitation Propagation Theorem.

Submit a Zoomies Event

The Museum is advancing zoomies science through global data collection. Submit zoomies events to support the research.

Current Situation

Routine domestic calm persists across most monitored households, with isolated dusk-side agitation under review.

Global Index: 0 Vigilant Cities: 0 Zoomies Hotspots: 0
Live Feed from Monitoring Centres (GMT+1) Last updated 00:00 GMT+1

Planetary Monitoring Surface

World Overview

Select a monitored city to inspect local zoomies event probability.

Status

Calm Vigilant Zoomies Risk Active Zoomies
Calm Vigilant Zoomies Risk Active Zoomies

Global zoomies conditions are currently calm.

Global Index: 0 Vigilant Cities: 0 Zoomies Hotspots: 0
Live Feed from Monitoring Centres (GMT+1) Last updated 00:00 GMT+1

Regional Detail

Formal guidance updates when a monitoring zone is selected.

Global Overview

Rest interval

Current State: Stable Domestic Conditions

Current zoomies state illustration

Monitoring city: pending

Zoomies probability

0%

Local time

00:00

Next peak window

19:00-22:00

6-Hour Outlook

Primary drivers

    Advisory for human households

    6-Hour Outlook

    Global Conditions

    Dashboard

    Global Zoomies Index

    0

    Composite domestic turbulence measure

    Current Risk Level

    Calm cat indicating low risk

    Low

    Escalation threshold for corridor surge conditions

    Next Peak Window by Region

    19:00-22:00 local

    Observed convergence of evening activity cycles

    Institutional Advisory

    Increased corridor activity expected after 19:00 local time.

    Technical Documentation

    Methodology

     Expand

    The Museum of Cats has issued global zoomies forecasts since 1974, following the publication of the Feline Relativistic Agitation Propagation Theorem, which first formalised the relationship between household light conditions, corridor geometry, and spontaneous domestic acceleration across monitored urban subject populations.

    In practical terms, the model combines local time, seasonal dawn and dusk timing, recent behavioural intensity, and short-range recovery patterns to estimate when monitored subjects are most likely to enter loaf, pursuit, corridor, or active zoomies states.

    Forecasts are then moderated against corridor exposure, human sleep probability, post-litter-tray propulsion behaviour, furnishing compliance, and other recognised domestic turbulence factors, after which the Museum considers the resulting guidance fully adequate for routine preparedness and object protection.

    Confidence note: Near-term directional confidence is moderate; household-level outcomes remain probabilistic, especially around dusk transitions and post-litter administrative anomalies.