Stay Ahead of the Wave with our Real-Time Data Analysis
Data analytics made easy: Turn large data sets into valuable insights with our advanced software solutions. Tailored to your needs.
Real-time seismic data analysis
SeismiQ's sensor technology is designed to analyze ground motion with high accuracy, providing real-time seismic data and insights to improve the safety of structures and communities. With advanced ground motion analysis embedded in the sensor, SeismiQ paves the way for responsive early warning systems, disaster risk reduction, and structural health monitoring.
Large amounts of seismic data can be processed and analyzed in real-time. For structural health monitoring, real-time analytics can mean the difference between detecting potential issues before they become major problems or missing critical warning signs. Real-time processing capabilities also facilitate earthquake early warning systems, providing vital seconds to minutes of advance warning. With SeismiQ's advanced scalable open-source sensor fleets and edge computing capabilities, you can stay ahead of the wave and ensure that your operations are running smoothly and efficiently.
Ground Motion Analysis
Basic ground-motion parameters are continuously processed by the sensor and provide reliable measurements of seismic events and site conditions.
Peak Accelerations and Velocity are important parameters for assessing the potential damage and hazards that can be caused by an earthquake.
Instrument Intensitiy such as modified mercalli scale, Shindo or spectral intensities give critical insight into local ground shaking.
RMS as a measure for average signal amplitudes and site conditions.
Real-Time Advanced Signal Analysis
By building tailored signal processing plugins on top of our open-source sensor firmware, you can significantly enhance your routine seismic data analysis capabilities. With our advanced tools and flexible framework for continuous data analysis, you will have the opportunity to customize your seismic data analysis process to better fit your needs and research goals. With our technology, you can unlock new insights and discoveries that were previously hidden within your data. Some examples from our real-time analysis include:
Probabilistic Power Spectral Densities - PPSD are a powerful tool for detecting changes in the noise environment and station quality indicator.
Horizontal over Vertical Spectra are important parameters for assessing the potential damage and hazards that can be caused by an earthquake.
Single Station Autocorrelation such as modified mercalli scale, Shindo or spectral intensities give critical insight into local ground shaking.
Remote Management
Remote management is a crucial feature of our seismic sensors, allowing you to access and monitor the status of your network from anywhere in the world. With our user-friendly interface, you can remotely configure and manage your sensors, securely update firmware, and monitor data acquisition in real-time. Access to waveform streams is guaranteed through local and central SeedLink servers as well as FDSN WebService interfaces. Without the need for VPNs.
This feature reduces the need for onsite visits, saving you time and resources while ensuring maximum uptime for your network. You can set up email alerts to notify you of any changes in sensor status or data quality, ensuring that you are always up-to-date with the latest information and data products. Our remote management capabilities provide you with unparalleled control and flexibility, enabling you to make informed decisions about your seismic network.
Ready to build your monitoring network?
Expert consulting services to help extend your seismic monitoring system. Our team of experienced engineers and scientists can work with you to design a customized monitoring solution that meets your specific needs, and provides reliable and accurate data for your seismic monitoring applications.
Talk to Our ExpertsFeatures
| Sensor Features | Status |
|---|---|
Sensor Remote Updates Safe and secure A/B updates of the sensor firmware. | |
SeedLink Version 3 Stream waveform data from single sensor via local SeedLink server. | |
FDSN WebService Waveform Access Download MiniSeed data through the sensor's FDSNWS server. | |
Automatic Meta Data Handling The sensors keep track of their meta data, delivered in StationXML. | |
| Real-Time Data Products | |
Real-Time RMS Monitoring of local noise conditions | |
Ground Motion Analysis Peak-Ground-Acceleration / Velocity (PGA/PGV) Peak-Horizontal-Acceleration (PHA) | |
Instrument Intensities Calculation of spectral intensity or Mercalli intensity scales, continuously. | |
Real-Time H/V Spectra Spectral ratios calculated in real-time for change monitoring. | |
Single-Station Autocorrelation Calculated in real-time for rapid change detection | |
Continuous calculation of PPSD Detect changes in the noise environment instantly | |
Real-time De-Noising using AI DeepDenoiser Seismic noise reduction in real-time and streamed via SeedLink | |
AI Earthquake Phase Detection and Annotation Continuous scanning of the waveform stream for P- or S-wave arrivals using PhaseNet and SeisBench | |
| Remote Management Console | |
Sensor Remote Configuration Remote configuration of acquisition parameters. | |
FDSN WebService Central network access to MiniSeed waveforms via FDSN WebService. | |
SeedLink version 3 Central SeedLink server to aggregate data from the network. No VPN needed. | |
Meta data handling Central access to FDSN WebService Metadata. |