The physics, the model, and the loop.

Because the bottom of the string goes into compression on the downstroke. Fluid drag and plunger friction resist the plunger’s fall and push the lowest rods instead of pulling them. Rods are built to pull, not to push: past a critical load they bow and wrap into a helix against the tubing wall, every stroke, thousands of feet down.

At the bottom, just above the pump. On the downstroke the upper string stays in tension under its own weight, while the lowest rods are pushed into compression. That compressed section is where the helix forms, where couplings wear through the tubing, and where rods fatigue and part.

Yes. Buckling bends the dynamometer card in a way a healthy pump never does: the downstroke load line sags where the string goes slack into compression. SRABS Brain’s classifier is trained on that shape, so it flags buckling from the surface card alone. No downhole sensor required.

It keeps the rod string in tension at every stroke, so the bottom of the string never goes into compression and has nothing to buckle. The SRABS Pump is a drop-in anti-buckling rod pump: it solves buckling at the source instead of adding weight to fight it. The approach is peer-reviewed in SPE Production & Operations (2021).

Both mean the barrel didn’t fill with liquid. In fluid pound the plunger falls through the empty space and hits the liquid on the downstroke, a shock load on the string. In gas interference the barrel holds gas, which cushions the fall and cuts what each stroke lifts. SRABS Echo sees the gas and the fluid level, and Brain adjusts speed and idle time before the pump starts to pound.

No. Buckling shows on the surface dynamometer card, and SRABS Brain flags it from the surface card alone. SRABS Echo, the fluid-level instrument, is an edge device: plug it in. No downhole sensor required, and no SCADA required for Echo.

No. There is no SCADA replatform. SRABS Brain reads your existing SCADA through a plug-and-play interoperable API and runs the well inside the guardrails you set: SPM range, fillage targets, kill conditions. It flags only the exceptions you need to act on, and the handle stays yours.

One well, thirty days, then you decide. You loan us a well; we install at no cost, baseline it, run autopilot and hand you the data, which you keep. No procurement RFP, no SCADA replatform. If you want out, we hand the well back instrumented, with the data and the optimized setpoints.