Microseismic monitoring
Detect and characterize induced seismicity during stimulation, injection, and production from dense fiber-optic and geophone arrays.
REAL-TIME E&P SENSOR AI
Turn massive subsurface sensor data into decisions—on site.
Lightscline’s on-site AI infrastructure transforms DAS, DFOS, seismic, and geophone data into near-real-time intelligence for microseismic monitoring, flow profiling, and production workflows.
MaritimeManufacturingEnergy
Multi-yearcommercial software license
Near real-timeon-site workflows
Up to 435×less model compute
WHERE LIGHTSCLINE FITS
One workflow from raw sensing to operational intelligence.
Built for domain experts who need to discover, validate, and deploy meaningful signatures without adding a matching amount of infrastructure.
Flow profiling
Extract wellbore and reservoir-flow intelligence from distributed sensing data without shipping terabytes off-site before a decision can be made.
Built for the DFOS data curve
Process dense, high-resolution fiber arrays with models designed for constrained on-site systems, edge environments, and existing E&P software portfolios.
FLOW MONITORING
See where energy enters and leaves the well.
Channel-level DAS signatures can be aligned with pressure and operational data to profile inflow and support production decisions.
PROOF POINT
In production with energy service providers
Lightscline sensor AI supports active commercial analysis of high-fidelity fiber-optic and geophone data under a multi-year software licensing agreement, with work presented at SPE DFOS, SEG IMAGE, and SEG CCUS.
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