Completions Optimization from Baseline to Closed-Loop.

Seismos provides the operational intelligence required to capture >$2MM in added NPV per well by identifying and correcting flow distribution issues — including plug leaks — while the stage is being pumped.
Scope a Pilot Project
>$2MM
Added NPV per well through real-time Uniformity Index optimization.
16,000 bbl
Average life-of-well recovery uplift per 10k ft lateral in the Permian Basin.
33%
Less Perforation Efficiency degradation on stages receiving intra-stage intervention.
A proven path to autonomous completions.
We don't just drop sensors on your pad. We guide your completions team through a structured, multi-pad optimization journey.
Phase 1
Establish Baseline & Quantify Potential
Deploy Seismos without changing your design to correlate baseline acoustic data with your current production performance.
Phase 3
Cost Optimization
Maintain optimal Perforation Efficiency and Uniformity Index while reducing overall design costs, eliminating unnecessary proppant and optimizing diverter drops.
Phase 2
Design Optimization
Safely push design extremes. Use stage-to-stage acoustic insights to tweak designs for maximum Perforation Efficiency and Uniformity Index.
Phase 4
Closed-Loop Real-Time Fine-Tuning
Connect Seismos data directly to the execution control system for real-time decisions and automated intra-stage adjustments.
Phase 1
Establish Baseline & Quantify Potential
Deploy Seismos without changing your design to correlate baseline acoustic data with your current production performance.
Phase 2
Design Optimization
Safely test extreme limits. Use stage-to-stage acoustic insights to tweak designs for maximum Perforation Efficiency and Uniformity Index.
Phase 3
Cost Optimization
Maintain optimal Perforation Efficiency and Uniformity Index while reducing overall design costs, eliminating unnecessary proppant and optimizing diverter drops.
Phase 4
Closed-Loop Real-Time Fine-Tuning
Connect Seismos data directly to the execution control system for real-time decisions and automated intra-stage adjustments.
What you can solve today.
Real-time adjustments based on acoustic insights drive
The Workflow: Perforations erode and clusters drop out mid-stage. Real-time acoustic adjustments drive consistent flow distribution, leading directly to production uplift.
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Reduce Design Cost Without Compromising Uplift
The Workflow: Real-time flow area and friction feedback allows you to safely strip out wasted proppant and reduce pump time while maintaining optimal fracture connectivity.
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Minimize Stage-to-Stage Variability
The Workflow: Standardized designs fail because rock changes every 150 feet. Enable real-time decisions to instantly respond to changes in the subsurface, ensuring consistent stimulation across the entire lateral.
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Powered by SAFA™ Technology.
These operational outcomes are driven by Seismos Acoustic Friction Analysis (SAFA™) — our proprietary, surface-mounted Physical AI platform. No downhole tools. Zero NPT.
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Scope Your First Pad.
Schedule a technical demo to map out Phase 1 of your optimization journey. Engineer-led. No pitch decks.
Fill out the form below to schedule a technical demo.
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