See every fracture.
Optimize every stage.

Microseismic monitoring listens for the tiny seismic events created when hydraulic fracturing breaks rock. By detecting and locating thousands of these events in real time, we map where fractures are growing, how far they extend, and whether they interact with neighboring wells.

Every program ends with an event catalog, map and cross-section views of the event cloud, magnitude distribution, and a written interpretation with concrete recommendations for your next stages — not just raw data.

DAS (Distributed Acoustic Sensing) turns a fiber-optic cable into thousands of acoustic sensors along the wellbore — ideal for continuous monitoring of fluid movement and frac hits. VSP (Vertical Seismic Profiling) places geophone arrays downhole and records energy from surface seismic sources, producing high-resolution images of the geology around and below the well. DAS watches the well; VSP images the rock.

DAS needs a fiber-optic cable in or near the wellbore — installed behind casing, on tubing, or in an observation well. VSP uses conventional downhole geophone arrays instead, so no fiber is required. If you're planning a frac program, talk to us before completion so the deployment matches your monitoring goals.

Yes. We regularly provide second opinions and reprocessing of existing microseismic, DAS, or VSP datasets, including data acquired by other providers. Bring us the data and your questions.

Each technology answers different questions: microseismic shows where the rock is breaking, DAS shows how energy and fluid move along the wellbore, and VSP provides high-resolution images around the wellbore to calibrate depth and velocity. Combined on one program, they give the most complete stimulation diagnostic available.