Understand the evidence
Physics‑Informed AI for Induced Seismicity
Assess seismicity linked to geothermal development, produced water injection, waste disposal, and carbon sequestration. LAPIS combines physical models, machine learning, and seismic and injection data to help you evaluate these risks.
Connect seismic and injection data
Review the observations together.SeisDB brings seismic and injection monitoring together across locations and time so you can examine how operational activity and seismicity are related.
Ground forecasts in physical processes
Use AI alongside geoscience.LAPIS combines physics-informed learning with site data to model how subsurface activities relate to seismicity.
See uncertainty and assumptions
Understand the basis of each result. Review uncertainty alongside model estimates and use that context when planning monitoring and operating responses.
Planning injection or geothermal development?
Discuss your site, available monitoring data, and operating questions with our team to explore how LAPIS can support your risk assessment.
Plan for Seismic Risk
Explore an early-adopter project
Examine how injection and reservoir conditions relate to seismic activity at your site. Work with our team to test LAPIS against your monitoring data and risk-assessment questions.
Our current
Cloud Dashboard
Check out the functionality of our evolving software and its capabilities. Your feedback is welcome.
Support your seismic risk review
Find evidence for induced seismicity decisions
Review regulatory guidance, state enforcement information, technical reports, and scientific studies to inform your seismic risk assessment.
Browse seismicity resourcesExplore EnviCloud
Explore related demos
Try interactive public demos that bring these ideas to life.
Related publications
- Deep-Embedded-Clustering of Microseismicity Identifies Multiple Failure Mechanisms at The Geysers Geothermal Field (2026) — P. Lara et al. — Geophysics (submitted)
Related presentations
- Machine Learning to Characterize the State of Stress and its Influence on Geothermal Production (2021) — V.V. Vesselinov, et al. — Geothermal Rising Conference