LOCAL LAB ACTIVE NO LIVE SENSOR INPUT
FIND THE SIGNAL.
MAKE YOUR CALL.
Explore synthetic signals across time. Compare patterns, flag anomalies and keep an observation you can explain.
02 / COLLECTIVE CHOICE SIMULATOR
Same signals.
Different instincts.
Which pattern would you investigate? Your choice stays on this device. The cohort below is a fixed synthetic scenario, not a public poll.
100 SYNTHETIC PARTICIPANTS · FIXED EXAMPLE
YOUR LOCAL CHOICE / NOT SELECTED
03 / DEVICE STORAGE
Your observation log.
OPEN MODEL / NO MYSTERY METRICS
A signal you can
take apart.
Each trace combines two sine waves, seeded noise and one injected Gaussian pulse. The band changes frequency; time shifts phase and the pulse position. Identical inputs reproduce identical samples.
Similarity is a normalized root-mean-square difference between traces. It measures waveform resemblance—not agreement, intelligence or consciousness. The synthetic cohort is an illustrative 62/38 split and never incorporates outside votes.
View model parameters +
y = 0.48 sin(2πft + hour × 0.17)
+ 0.21 sin(2π × 2.3f × t)
+ seeded noise + Gaussian pulse
f = 3, 7 or 13 · 256 samplesPulse center = 60 + (hour × 7) mod 130. Noise amplitude ±0.08. Similarity = max(0, 100 × (1 − RMSE / 1.5)).