You can check earthquake activity around you with the free ShakeNet app or Raspberry Shake’s public web maps; you do not need to own a seismograph to view network data. To record ground motion at your own location, you need access to a physical Raspberry Shake instrument. Its readings and network event detections are for monitoring and analysis—not a guaranteed early-warning service.
What “detect earthquakes near you” can mean
There are two different things to look for: an earthquake detected by stations in the wider network and a seismic trace recorded by an instrument at your location. ShakeNet and Raspberry Shake’s web tools let you explore network events, stations, and ground-motion data without owning a device. A local trace requires a Raspberry Shake installed where you want to measure motion; public maps do not turn your phone into a seismograph.
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When a station owner enables data forwarding, the instrument sends a continuous seismic stream to the Raspberry Shake Data Center. Raspberry Shake’s network manual says automated systems search real-time streams for earthquakes and use a network-wide approach to locate events. Public seismic stations from the Global Seismic Network are also integrated. This describes network monitoring, not a quantified guarantee about detection radius, accuracy, or speed.
Check activity without owning a station
Use ShakeNet on a phone
The ShakeNet app provides access to earthquake events, local ground-motion activity, and stations currently online. You can follow a station and view its live waveform; the app listing also describes 24-hour helicorder and spectrogram views. App features and listing details may change.
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Use the web maps and analysis tools
Raspberry Shake’s mobile and web apps guide describes StationView for exploring stations, earthquake solutions, and station data on a global map. DataView provides browser-based access to seismic channels and live or historical records, including seismograms, spectrograms, filters, and frequency-domain analysis. These tools let you inspect data from available network stations, but they cannot show a reading from a sensor in your home unless you have access to a station there.
Choose between public data and a local instrument
| Option | What you get | What you need | Useful for |
|---|---|---|---|
| ShakeNet and public web tools | Earthquake events, station data, and local-area exploration | A phone or browser and internet access | Checking network activity without installing hardware |
| Raspberry Shake at your location | A live waveform from that instrument; optional contribution to network processing | A physical station, suitable placement, power, Ethernet, and configuration; data forwarding is optional | Recording local ground motion for education, hobby use, or research |
The official quick-start guide names RS1D, RS3D, and RS4D models; Raspberry Shake’s about page describes a device ecosystem with sensor types that vary by model, including geophones, MEMS accelerometers, and infrasound sensors. Choose based on the channels and measurements you need. The cited guides do not establish enough model-specific specifications or current prices to support a recommendation between them.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.Set up a Raspberry Shake for a useful local trace
- Connect and configure it. Follow the official Quick Start Guide: connect the instrument to your router with Ethernet, power it, then use a browser on another device on the same network to configure it.
- Enter the station location carefully. The guide says accurate station coordinates matter for earthquake locations. For privacy, the publicly displayed location is randomly offset by a couple hundred meters, so it is not the exact home position.
- Decide whether to forward data. Enable data forwarding if you want to share the station’s stream with the Raspberry Shake Community and use it in the associated web and mobile tools. Forwarding sends data to the Data Center for network processing; do not assume it is enabled automatically.
- Place the instrument to reduce noise. Raspberry Shake recommends a bare floor rather than carpet, not a desk or windowsill, and suggests the lowest floor on a concrete slab near a foundation wall. Keep the instrument away from furnaces, washing machines, air conditioners, airflow, and, where possible, Wi-Fi or other RF sources that can add noise.
- Align supported models and protect setup access. RS3D and RS4D require north alignment using a compass. The guide recommends changing the default device password after setup and hand-tightening screws to avoid stripping the plastic enclosure threads.
- Plan for power interruptions. Use the official power supply. Raspberry Shake suggests a small UPS to help with short-to-medium outages and protect the microSD card; this is a recommendation, not a guarantee of uninterrupted recording.
Interpret traces cautiously
A waveform is evidence of ground motion, not proof by itself that an earthquake occurred. Everyday activity and other local noise can appear in seismic data. Raspberry Shake’s curriculum notes that school-day activity can create spikes and discusses other non-earthquake signals. Check whether the network reports an event and compare station data before attributing a trace to an earthquake.
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One free scan finds every outdated or missing driver and matches the right update for your exact hardware.Free scan · exact hardware matchThe network manual says more stations can help improve the speed and accuracy of event location, but the cited material gives no performance figures, guaranteed detection thresholds, or coverage radius. Avoid treating an absent event listing as proof that no local shaking occurred.
Do not rely on Raspberry Shake as an emergency warning
The official materials describe event detection, data viewing, and the possibility of building custom alerts for advanced users. They do not establish that ShakeNet or a Raspberry Shake station provides guaranteed early-warning alerts, a particular lead time, or a replacement for official emergency alerts. Use the tools to monitor and study seismic activity, and rely on official local authorities for emergency instructions.
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