Patented surface sensors feed closed-loop systems that autonomously optimize completions — no downhole tools, no fiber, no wireline. Physical AI that reduces OpEx stage by stage, with any pumping company on location.
Physical AI Starts Here
Physical AI requires real-world data. We provide the acoustic sensing and decision logic that feeds closed-loop systems — turning raw sound into autonomous actions at the wellsite.
We don't compete with closed-loop controllers. We feed them.
Integrations
Co-developed Machina — a unified design-to-execution well optimization platform. Supervised and unsupervised closed-loop fracturing deployed across all U.S. basins. Built on open architecture so acoustic data flows wherever your workflow needs it.
Learn more →Your completions intelligence shouldn't be locked to a single service provider. Seismos integrates with any automated frac spread — closed-loop fracturing on your terms, with your pumper. We provide the measurement layer; you pick the workflow.
Get in touch →Where Sound Travels
Real-time perforation efficiency, pipe friction, and cluster flow distribution — the acoustic measurements that directly reduce completions OpEx and improve well performance across every major U.S. basin.
Explore upstream →Continuous acoustic monitoring detects leaks, corrosion, and structural changes over long distances.
Explore midstream →Monitor fracture networks, optimize stimulation, and track long-term enhanced geothermal system (EGS) well performance.
Explore geothermal →The Science
High-frequency acoustic waves propagate through the fluid column inside tubular systems, carrying information that conventional treating pressure analysis cannot detect.
Proprietary algorithms separate overlapping acoustic signatures into distinct physical components — isolating each restriction point along the wellbore or pipeline.
Surface measurements match bottomhole gauges with 99% correlation — validated independently across the Permian, Eagle Ford, and Haynesville.
Every stage analyzed improves the acoustic model. With 100,000+ stages across dozens of basins, the dataset compounds into a proprietary advantage no competitor can match.
The Data Advantage
Pioneering closed-loop fracturing since 2017. While others require downhole fiber and proprietary frac fleets, Seismos delivers real-time cluster-level diagnostics from a surface sensor — with any pumping company on location.
Measured Results
Moving from baseline to optimized Uniformity Index generates over $2MM in additional NPV per well.
Read the analysis →A 3% PE improvement through CLF delivered $290K in incremental value within 9 months of production.
See the case study →Surface-based acoustic friction analysis matches bottomhole gauge measurements — validated across multiple basins.
Learn how →Latest from Seismos
CLF measures subsurface behavior in real time and adjusts automatically. This guide covers the four core components and what operators should expect.
Read on the blog →Operator in the Permian Basin used SAFA measurement and CLF execution to improve cluster uniformity from 0.42 to 0.74.
View case studies →Visit Seismos at URTeC 2026. See live CLF demonstration data and meet our engineering team.
View all events →Schedule a technical demo. Our engineering team will walk you through live data and show you how acoustic measurement applies to your operations.
Fill out the form below and a Seismos engineer will reach out within one business day.