Stroke Guard reads the data your controllers already collect and tells you, in plain words, which wells are drifting toward trouble and what the likely cause is. No new hardware. No changes to your controllers.
Over the last 6 hours the pump card has collapsed to a fraction of its normal area, and motor current fell with it. This pattern usually means a rod has parted.
Suggested next step: confirm at the wellhead before booking a rig.
A pumpjack plots load against rod position on every stroke. The shape of that loop is how a good pumper reads the well. Stroke Guard watches that shape, plus motor current and pressures, on every well, every hour.
A CSV from your SCADA or historian for 10 to 20 wells, plus the dates of your past workovers. If your system makes that hard, we will sit down and sort it out together.
For 60 to 90 days Stroke Guard runs in shadow mode. It only reads. It never touches a controller, never changes a setpoint, and your crew keeps working exactly as they do today.
One page: what we flagged, what actually happened, and what we missed. You judge us on your own wells, with your own numbers, before paying anything.
Stroke Guard is early. So far it has been tested on simulated wells only, and we make no claim about accuracy on real wells until it has been tried on yours. That is what the pilot is for.
The pilot is free. After it, pricing is a simple per-well monthly fee, agreed with you up front and judged against what one avoided workover is worth to your operation.
Background: 8 years in field technical operations, keeping equipment running in the field.