The Intelligence Layer for Closed-Loop Fracturing.
Acoustic waves captured at the wellhead provide intelligence isolating pipe friction, perforation friction, and cluster uniformity in real time. No downhole tools. Zero NPT.
~$1M
added NPV per well from measured Uniformity Index improvement
$150K+
saved per well catching plug leaks intra-stage
SAFA expands the measurement space, transforming high-frequency acoustic signals into real-time insight on stage efficiency, flow distribution, and completion performance.
Core Capabilities
SAFA's physics-based AI isolates and quantifies five subsurface parameters continuously — without downhole hardware.
Pipe Friction
The industry estimates pipe friction from fluid correlations, causing errors that affect engineering calculations. SAFA measures acoustic attenuation to quantify it directly.
Flow Area
Plug leaks and excessive erosion are invisible to treating pressure. SAFA detects abnormal flow area changes in real time — catching $150K+ problems intra-stage.
Perforation Friction
Perforation friction changes as perfs erode and lose flow. Measuring it once means designing the next stage on stale data. SAFA measures it continuously.
Perforation Efficiency
When clusters drop out intra-stage, stimulation volume concentrates in dominant fractures. SAFA quantifies efficiency continuously, allowing intervention before the stage ends.
Uniformity Index (UI)
A 0-to-1 metric describing how evenly fluid distributes across all clusters. Every 0.1-point UI increase adds approximately ~$300K in NPV per well.
Install & Sense
High-frequency pressure transducers mount directly on the surface injection lines in minutes. No wireline, zero NPT.
Compute & Analyze
During each stage, the SAFA AI engine continuously analyzes acoustic reflections to isolate friction components and flag flow distribution issues. Results delivered in seconds.
Decide & Act
Seismos passes recommendations directly to the frac company's control system. Preconfigured decision trees translate downhole responses into automated execution commands — such as adjusting pump rates or adjusting chemicals — while the stage is active.
High-Confidence Measurement vs. Assumed Variables.
Downhole Accuracy. Zero Downhole Risk.
SAFA’s real-time perforation efficiency measurements mapped flawlessly against downhole fiber flow profiles—accurately capturing the step-down shift as fluid volume became highly concentrated in dominant fractures.
Built on 100,000+ Stages of Real-World Data.
Seismos owns the industry's only continuously growing repository of in-well acoustic measurement at 1,000 Hz.
Scope Your First Pad.
Schedule a technical demo to see how SAFA applies directly to your completions program. Engineer-led. No pitch decks.
Fill out the form below to schedule a technical demo.
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