Seisokits

Seisokits is a family of modular devices designed for seismic data collection and education. They are intended to be affordable, portable, and scalable, enabling classrooms, citizen science groups, and research teams to study seismic waves and ground motion with readily available components.

A typical Seisokit consists of a base data-logging unit and one or more sensor modules. Core sensors include tri-axial MEMS accelerometers for low-cost use, with optional geophone modules for laboratory-grade measurements. The units support wired and wireless data transfer, with rechargeable batteries or solar power in field models. Firmware and software are designed to be open and extensible, allowing users to modify sampling rates, trigger conditions, and analysis pipelines.

Data and analysis: Output is usually stored in common formats such as CSV and MiniSEED-compatible streams, with accompanying software for real-time plotting, event detection, and spectral analysis. Many kits provide APIs and software development kits to enable custom processing, calibration routines, and integration with classroom learning modules.

Applications: Seisokits are used in schools and universities to teach waveform analysis and earthquake engineering, in community science projects to monitor local seismicity, and in training exercises for emergency readiness. They are valued for their hands-on approach and ease of deployment, though they may not meet the sensitivity requirements of high-profile scientific research unless paired with higher-grade sensors.

History and reception: The concept emerged in the early 2010s as a response to the need for affordable, transferable seismology tools. Since then, several manufacturers and community groups have released modular kits that emphasize interoperability, open data formats, and user customization.