Geophysics – Innoseis Sensor Technologies

Seismic image captured by Innoseis Sensor.

Geophysics & Seismic Imaging

In geophysical exploration, accurate data and low environmental impact are no longer negotiable, especially in industries like geothermal energy, carbon capture and storage (CCS), and mineral extraction, where sustainability and cost control are key to scaling.

Our breakthrough technology delivers on both. Innoseis ST MEMS accelerometers offer the highest sensitivity in their class (<10 μg bias stability) and consume less than 20 mW of power, all in a 9×9×3 mm form factor. That means more sensors in the field, better data, and smaller, lighter deployments.

More insights. Less infrastructure. Lower environmental impact.

The role of seismic imaging

Seismic imaging is essential for mapping the Earth’s subsurface — without invasive drilling. It works by generating controlled seismic waves (e.g., using vibrators) and recording their reflections as they pass through different underground layers. These reflections are captured by surface-mounted sensors and translated into high-resolution 3D images of subsurface structures such as fault lines, geothermal reservoirs, or carbon storage zones.

Innoseis MEMS sensors make this process more scalable and accurate, thanks to their low noise floor, compact footprint, and deployment-ready design.

Why Miniaturisation matters

The number of sensors in the field directly impacts data resolution, operational cost, and environmental footprint. Yet balancing precision, miniaturization, and cost-efficiency remains a challenge — especially in emerging clean energy sectors.

As the European Union prioritizes climate goals, overcoming these barriers is essential. Innoseis is doing exactly that: delivering scalable, field-proven sensors that meet the demand for compact, high-performance seismic networks.