alert-driven subsurface monitoring
Orogen deploys always-on AI agents that continuously ingest seismic survey streams and live well telemetry — flagging subsurface anomalies, optimal drilling zones, and reservoir-pressure shifts in real time, with auto-written prospect briefs, weekly reservoir reports, and drilling-risk alerts your geoscientists, completions engineers, and operations leads can act on.
Built by a seismic-services veteran. Tuned for analog-friendly subsurface data. Sits alongside Petrel and DecisionSpace — never replaces them.
Sample feeds — illustrative only. Live pilots connect to your seismic survey drops and well telemetry streams.
Why Orogen
Always-current subsurface truth for independents and supermajors alike. Always-on surveillance, ranked prospecting that's faster than the next interpretation cycle, and no new geoscientist headcount on the critical path.
Live agents watch every seismic survey drop and well telemetry stream your team already produces — flagging anomalies, optimal drilling zones, and reservoir-pressure shifts the moment they appear. Not a morning standup, not a quarterly review.
Drop a SEG-Y volume or point at the Petrel output. The agent overlays azimuthal AVAZ, brittleness proxies, and offset production, so acreage teams get a ranked shortlist with a brief per prospect — ready to share.
A flagged anomaly arrives with the inputs the agent used, a confidence range, and a screen-ready brief. Multi-week cycles compress to hours — without growing the team or replacing the tools your geoscientists already trust.
Orogen slots alongside Petrel and DecisionSpace, reading what your tools already produce. Your geoscientists keep working in the tools they already know — with a ranked, briefed queue waiting in the channel they already live in.
Always-current subsurface truth for independents and supermajors alike.
Capabilities
Orogen is not a single model. It is a fleet of small agents, each with one job, each writing one kind of brief — so the right alert lands in front of the right person without a triage meeting.
Always-on workers that ingest seismic survey streams and well telemetry, flagging anomalies, optimal drilling zones, and reservoir-pressure shifts the moment they appear.
Every flagged feature arrives with a short, geoscientist-readable brief: what changed, where, why it matters, with a confidence score attached.
Try the live demo →
Completions and operations teams get a one-page summary each week — pressure transients, drainage drift, recompletion candidates — without waiting on a quarterly review.
Pore-pressure excursions, lost-circulation precursors, and bit-vibration spikes get pushed the instant they cross threshold — not in the morning standup.
What gets flagged
Subsurface anomalies
Cross-correlation across 3D seismic volumes, time-lapse shifts, and 4D signal diffs. The agent flags each anomaly with the inputs it used and a confidence range — no opaque scores.
Detection recall
94.6%
against the operator’s curated reference set
Optimal drilling zones
The agent overlays azimuthal AVAZ, brittleness proxies, and offset production. Acreage teams get a ranked shortlist with a write-up per prospect, ready to share.
Time saved per candidate
~3 weeks
from survey load to screen-ready brief
Reservoir-pressure shifts
Pressure-rate convolution over the well telemetry stream — ESP load, SIBR, flowline rates — so completion engineers see fluid events without a manual decline-curve rebuild.
Mean lag from event → alert
< 8 min
across the last 90 days of operations
How it runs
Connect seismic survey drops, well telemetry streams (SLB TruLink, Stream), and existing Petrel/DecisionSpace volumes — the agent reads what your stack already produces.
A fleet of subsurface agents watches each stream: signal cohere, transient detection, AVAZ binning, decline-curve fitting. Each agent has a single job and a single threshold envelope.
Detections are ranked by operational impact, de-duplicated across agents, and routed to the right squad — exploration, completions, operations — with the inputs needed to act.
Each ranked item gets an auto-written brief in the channel the team already lives in (email, Slack, the operator’s well-management system), with the raw traces attached.
The pipeline runs against data already produced by tools your team uses — Petrel, DecisionSpace, SLB TruLink, Stream. No rip-and-replace. No new interpreters on the critical path.
Positioning
Orogen sits alongside your Petrel and DecisionSpace tools, reading their outputs and the high-speed telemetry streams your wells already produce. It’s the missing layer between instrument-grade raw data and the ranked, briefed queue geoscientists, completions engineers, and operations leads can act on.
Petrel
Seismic + geology
DecisionSpace
Earth modeling
SLB TruLink
Real-time well telemetry
SLB Stream
Live completion data
WITSML
Standard well data
SEG-Y
Seismic volumes
We take one of the workflows your team already runs — flagging anomalies, screening candidates, watching pressure transients — and stand up the agent that owns it, against your data, so you can see the brief next to the source.
Contact
orogen@polsia.appReplies typically same-day. Or — if you’d rather talk first — we’ll send a calendar link.
What you get in a pilot
One connector live
A seismic drop or a well telemetry stream — whichever is highest-value.
One agent configured
Threshold envelope tuned to your geology and operating profile.
Seven days of briefs
Auto-written, reviewed by your team, iterated until it matches.
Routing into your stack
Email, Slack, or your well-management system — whatever your team uses.