Monitoring US seismic zones in real time

Detect earthquakes in seconds, not minutes

Real-time seismic event detection delivered via API — before traditional reporting networks publish. Built for energy trading desks and quantitative funds.

M4.9 Earthquake — Indio, CA · Detection Timeline
T+0s
Earthquake occurs
T+22s
Cushing Seismic alert fires
Live
~T+5m
USGS publishes event
~T+8m
First newswire headline
Delayed

Real earthquakes. Real data.

Every detection below was validated against the USGS earthquake catalog. Traffic signatures show the unmistakable pattern of a felt seismic event.

M4.9
22s detection
Indio, California
t-20s23 req
t-10s23 req
t+0s2,012 req← 87× jump
t+10s223 req
M2.9
36s detection
Hays, Kansas
t-20s0 req
t-10s0 req
t+0s26 req← 602× spike
t+10s9 req
M4.3
22s detection
Snyder, Texas
t-20s8 req
t-10s9 req
t+0s156 req← 17× jump
t+10s132 req
M3.5
34s detection
Lehi, Utah
t-20s2 req
t-10s3 req
t+0s119 req← 77× spike
t+10s89 req

Behavioral detection, not seismographs

When people feel an earthquake, they immediately search for information. We detect that behavioral signal in real time across a continental-scale sensor network.

Ingest traffic streams

Millions of requests from a major earthquake information site are processed in real time, enriched with geographic data at the edge.

Detect geographic spikes

A nationwide grid monitors traffic density at 10-second resolution. When a cell spikes 10×+ above its rolling baseline, we flag it.

Cluster and validate

Adjacent spiking cells are clustered and analyzed for spike steepness — the signature that distinguishes earthquakes from news or bot traffic.

Seconds matter in energy markets

Energy & Commodity Trading

Seismic events near Cushing, the Permian Basin, Gulf Coast refineries, or California energy infrastructure move crude, natural gas, and power futures within minutes. Our alerts arrive before the first headline — giving your desk time to assess and act before the market reprices.

📐

Quantitative & Systematic Funds

Integrate earthquake detection as a signal in systematic strategies. Our structured JSON feed is designed for programmatic consumption — magnitude estimate, location, confidence score, and cluster geometry delivered via webhook or WebSocket with sub-30-second latency.

<30s
Typical detection latency
30+
Validated detections since launch (Jan '26)
M3+
Reliable detection in populated areas

One payload. All the data you need.

Webhook & WebSocket delivery

Receive structured alerts the moment a seismic event is detected. Each payload includes location, estimated magnitude, confidence score, cluster size, and detection metadata — ready for programmatic consumption.

Simple to integrate

Standard JSON over HTTPS. No SDK required. Point your endpoint at our webhook, or subscribe to the WebSocket stream for lowest-latency delivery. Most teams are ingesting alerts within an hour.

Supplementary by design

Cushing Seismic is built to complement your existing risk systems, not replace them. Use our early signal for situational awareness and pre-positioning, then confirm with official sources as they report.

alert_payload.json
{
  "event": "seismic_detection",
  "detected_at": "2026-01-06T02:51:22Z",
  "location": {
    "lat": 33.72,
    "lon": -116.18,
    "name": "Indio, CA",
    "radius_km": 85
  },
  "magnitude_est": 4.9,
  "confidence": 0.92,
  "cluster": {
    "zones": 33,
    "spike_jump": 87.4
  }
}

Get early access

We're onboarding a small group of trading desks and funds for early access to the Cushing Seismic data feed. Join the waitlist to be first in line.

No commitment. We'll reach out when your slot opens.