From sensor signal to fixed valve.
Four integrated steps that turn raw methane concentration data into a dispatched crew and a closed work order, typically in under one hour.
Continuous Watch
Sensor nodes are deployed around the facility perimeter and near high-risk equipment clusters. Each node samples air concentration every 90 seconds and reports over a mesh network to the edge processor on-site. No data gaps. No quarterly blind windows.
Nodes measure methane (CH4), total volatile organic compounds, and CO2 simultaneously. Altitude staggering in the array accounts for terrain effects and prevailing wind patterns at each specific site.
AI Detection
Raw concentration readings are noisy. Background methane fluctuates with weather, natural seeps, and traffic near the pad. The AI detection layer computes a rolling site-specific baseline and flags readings that deviate by a statistically significant margin.
Wind speed, direction, temperature, and barometric pressure are factored in every 60 seconds. This keeps false-positive rates low even during weather events that inflate ambient readings elsewhere.
<2%
False-positive rate in early-access pilots
90 sec
Maximum sensor reporting interval
Source Pinning
Once an anomaly is confirmed, the attribution engine runs an inverse dispersion calculation. It takes concentration readings from every sensor in the array, the current wind vector, atmospheric stability class, and the facility equipment map loaded during installation.
The output is a probability map over every monitored component. A high-confidence match names a specific fitting, valve, or connector. Crews can request the attribution trace and confidence breakdown from the dashboard before departing the shop.
Field Dispatch
When attribution reaches the confidence threshold, a work order is generated automatically and routed to the nearest available crew based on location and certification. The work order includes: site, pad ID, component ID, alert time, attribution confidence, and any prior repair history for that component.
Crews close the work order in the field through the mobile app or via SMS confirmation. Closure data feeds directly into the OOOOb recordkeeping log, eliminating the after-action data entry step.
Numbers from early-access deployments
Performance metrics from the first operator pilot sites, sourced from internal measurement logs.
98.4%
Detection rate
Events confirmed by follow-up OGI survey across pilot sites
<2%
False-positive rate
Alerts that did not correspond to an actual emission event
6.2 min
Average attribution time
Detection to component-level identification
91%
First-visit fix rate
Crew arrived knowing the exact component to repair
All metrics sourced from internal early-access pilot deployment logs, 2025-2026.
Try it on your sites.
We will walk through how each step maps to your specific site layout and compliance reporting needs.
No commitment required. Pilot program available.