Captures particle motion in all three orthogonal directions — X, Y, and Z — enabling precise microseismic hypocentral location and wave-type discrimination, which DAS alone cannot achieve.

Passive optical sensors using Fiber Bragg Gratings (FBGs) and modulated laser interrogation. Immune to EMI, corrosion, and temperature degradation — suitable for wells exceeding 300°C.

TDM + WDM architecture supports up to 20 × 3C sensors per fiber strand, with auxiliary fibers for simultaneous DAS, DTS, and optical PT gauge integration.

High-sensitivity 3C sensors detect weak microseismic events that surface arrays would miss — including early caprock breach indicators and pressure-front signals as well as geothermal fracture networks.

The MASS-9C (3C velocity + 3C MEMS accelerometer + 3C magnetometer) self-orients on installation. The 6C geophone uses four stacked vertical elements to minimize incoherent noise, resolving events from −1.5 M_w upward.

Ultra-low noise ADC with proprietary on-chip compression streams via 4G or satellite. Priority alerts by email, SMS or automated voice — with full event logs.

The same data logger accepts gas detectors (CO₂, methane), wellhead pressure, groundwater samplers, and weather stations — providing a single portal for all site sensors.

Station S8.MB01 was donated to the State of Texas and is co-sited with Texnet TX.MB12 traditional seismometer — both accessible via the IRIS earthquake catalog for independent comparison.

Unlike surface-coupled vibrators like Vibroseis, the SLV anchor is locked in below the attenuating near-surface low-velocity zone — critical for 4D repeatability. Anchors can be installed in marshland, swamp, challenging terrain and shallow waters.

An off-grid solar-charged power station converts DC to 480V three-phase AC. The SLV runs unattended on a customizable sweep schedule or by remote internet control from any connected device.

Multiple SLVs can be combined in-phase for higher force output, or configured out-of-phase as a phased source array.

Proprietary source controller maintains synchronized motors across the full sweep, ensuring consistent output and repeatability for time-lapse comparison — field-tested against Vibroseis with comaprable data down to 10,000ft.