Operators using SAFA’s real-time friction measurements reduced friction reducer consumption by 10-15% per stage without compromising perforation efficiency. Real-time acoustic data separates perforation friction from formation response, eliminating chemical over-treatment.

Parent-child well optimization and near-wellbore diagnostics. Focus on fracture hit mitigation and infill development.

Permian, Eagle Ford, Haynesville, and Appalachia basin coverage.

Real-world Permian operations. Essential for checking if office models match field reality.

Canadian unconventional resource development. Montney and Duvernay formation focus.

ProFrac (NASDAQ: ACDC) and Seismos announced a strategic partnership for CLF, now available across all major U.S. basins. First large-scale deployment of an operator-validated, real-time QC system enabling fully automated closed-loop fracturing.

Strategic partnership with FastPack to address challenges in Chile's mining and industrial pipelines including corrosion, buildup, and leaks using PPHM acoustic sensing.

Multi-year collaboration to distribute SAFA globally through NOV's Max Completions data platform. Integrates Seismos' real-time friction analysis with NOV's digital and hardware solutions.

Funding round to accelerate development and international growth. Total funding to date: $32.1M. Investors include Quantum Energy Partners, Javelin Venture Partners, and Edison Partners.

Liberty Energy adopted Seismos Wellbore Integrity as a completions quality control tool alongside its fracturing services, providing per-stage production benchmarking.

A recap of the Hydraulic Fracturing Technology Conference including our supervised closed-loop fracturing presentation and industry trends.

A comprehensive guide to closed-loop fracturing — what it is, how it works, and why it represents the next evolution in completions optimization.

How Uniformity Index quantifies cluster flow distribution, the R²=0.92 correlation with production, and why it matters for well economics.

The limitations of treating pressure as a diagnostic tool and how SAFA measurement separates perforation friction from formation response.

Every shale operator has strong completion designs. Yet even the best designs produce inconsistent results. Stage-to-stage and well-to-well variability remain an unavoidable reality. Seismos measures subsurface performance in real time and applies clear, operator-approved logic to guide execution decisions during the job.

Hydraulic fracturing optimization has historically been segmented across disconnected workflows including pre-stage design, field execution, post-stage diagnostics, and historical analysis. Machina is an integrated well optimization suite that unifies treatment design, earth model enablement, real-time subsurface measurement, intra-stage intervention, frac hit detection and mitigation, live pad-level operational tracking, historical performance analytics, supply chain and cost optimization, and real-time water quality analysis.

Historically, real-time changes during fracturing treatments have primarily been limited to avoiding or controlling screenouts using only the guidance of surface treating pressure. This paper introduces a workflow that utilizes live surface-based measurements of perforation friction, perforation efficiency, and Uniformity Index to support intelligent decision-making based on subsurface data during a fracture stage.