Sensors
SeismiQ offers three complementary sensor platforms to match deployment scenarios ranging from high-precision research installations to large-N urban and structural monitoring networks.
SeismiQ HiDRA
The 6-component High Dynamic Range (HiDRA) sensor combines highly sensitive short-period coil transducers with a high-resolution strong-motion MEMS accelerometer in a single DIN-certified, IP67-rated instrument. Purpose-built for professional monitoring where data quality and regulatory compliance are non-negotiable.
Best for: Geothermal operations, induced seismicity monitoring, national seismic networks, structural health monitoring, research deployments.
Figure: SeismiQ HiDRA 3-component short-period seismic sensor with optional 3-component strong-motion accelerometer in IP67/69 enclosure.
SeismiQ MEMS
A cost-effective 3-axis MEMS accelerometer designed for mass deployment of connected seismic sensor networks. High noise performance and broad frequency bandwidth make it an ideal choice for urban seismic monitoring, aftershock campaigns, and structural health monitoring at scale.
Best for: Dense urban networks, large-N research campaigns, infrastructure monitoring, early warning systems.
Figure: SeismiQ MEMS accelerometer for strong-motion seismic monitoring.
SeismiQ MEMS-SH
The MEMS-SH combines the 3-axis, 20-bit MEMS sensing platform with an IP68 structural enclosure and PoE or direct DC power. It is designed for permanent vibration and strong-motion monitoring where sensors are mounted on structures or installed in exposed positions.
Best for: Structural health monitoring, continuous vibration monitoring, strong-motion recording, and exposed PoE-connected installations.
Figure: SeismiQ MEMS-SH accelerometer for structural vibration and strong-motion monitoring.