University of Wisconsin–Madison
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OUR RESEARCH

STOP GUESSING, START KNOWING

Explore STRIDE’s five revolutionary projects exposing the hidden mechanical, seismic, and fractured reality deep beneath your assets—then, translate their results into proprietary, field-ready tools that secure your competitive edge for the next decade. 

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PROJECT 1

Decoding Rock Properties: Quantitative Mechanical & Poroelastic Prediction via Fiber Optic Sensing

PROJECT 2

Revealing the Network: Mapping Fracture Geometry Evolution Through Remote Sensing

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PROJECT 3

Seismic Network Theory: Predicting Field Attributes by Mapping Micro-Seismic Graphic Connections

PROJECT 4

The Stress Memory: How Load Path Dependence Governs Mechanical Properties and Damage

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PROJECT 5

Unleashing Big Data: A Deep Learning Framework for High-Fidelity Signal Processing in DAS

PROJECT 6

Effect of Non-Linear Rheology on Stress Measurements from Borehole Breakouts

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PROJECT 7

Long-term Triaxial Test: Constraining Creep and Mechanical/Chemical Healing

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SHARED COST,
EXPONENTIAL GAIN

Turn our revolutionary research into proprietary, field-ready tools that secure your competitive edge for the next decade.

STRIDE a UW–Madison Consortium