SCADA Integration With Continuous Monitoring Systems

SCADA Monitoring and Integration for Upstream Oil and Gas connects remote wellsite intelligence directly into an operator’s existing control environment. With Zensory.ai™, validated fugitive-event alerts, equipment indicators, emissions data, and quantified methane records can flow through published API integration into SCADA, historian systems, dashboards, email, and text alerts for coordinated response.

Zensory.ai™ integrates with SCADA through published API connections that route validated alerts and emissions data into the operator’s central control system. This allows production teams to view Well Checked Systems events alongside existing well production and equipment telemetry, reducing separate alert silos and helping dispatch teams respond from a familiar single pane of glass.

The platform is built to alert on validated not-normal events, including fugitive methane emissions, abnormal site conditions, equipment malfunction indicators, and acoustic or video-based anomalies. Zentinal Core™ filters events first, while Zentinal IQ™ can quantify duration, volume, and rate for validated emissions events used in compliance and trend analysis.

Yes. Zensory.ai™ uses onsite edge computing, allowing monitoring and event processing to continue independently of communications availability. This is important for remote upstream wellsites where connectivity can be inconsistent. When communication is available, validated alerts and data can be delivered through the Well Checked Dashboard, email, text, API, and SCADA integration.

The AI Site Learning cycle typically takes about two days per site to establish a normal operating baseline. During this period, Zensory.ai™ learns the difference between routine process emissions and system-validated fugitive anomalies. This baseline helps reduce false alarms before alerts are routed to operators through SCADA, dashboard, email, or text workflows.

Well Checked Systems structures quantified emissions data to support EPA methane rule submissions where alternative-monitoring pathways are recognized by the applicable state SIP or FIP. Zentinal IQ™ can provide event duration, methane volume, compliance logs, and reconstruction packages that help operators move beyond periodic LDAR snapshots toward continuous, defensible monitoring records.

Well Checked Systems offers pilot and proof-of-value deployments for operators evaluating autonomous monitoring. A pilot typically includes a defined site count and duration, AI Site Learning, validated event logs, methane quantification, false-alarm comparison, and a business case against route-based visits, LDAR costs, emissions exposure, and field-personnel safety risk.

Pricing is available on request and depends on site count, monitoring scope, integration requirements, hardware configuration, and whether Zentinal Core™ detection or Zentinal IQ™ quantification is included. Pilot programs are available for defined site counts and durations, while larger multi-site rollouts may include volume considerations and SCADA workflow consulting.