SCADA Monitoring in Midland
& the Permian Basin

Hosted SCADA Monitoring in Midland: How It Works

Hosted SCADA monitoring in Midland means your wells report to a cloud dashboard that Merobix runs for you — no SCADA server in your office, no historian to back up, and no software for your team to patch. Your existing PLCs, RTUs, and pump-off controllers connect through a small cellular gateway ($300–$800 one-time hardware per site), and a typical cloud deployment is live in 3–5 days.

The platform speaks to what is already in your field: 20 protocol drivers across 7 protocol families cover the Modbus, EtherNet/IP, and OPC UA equipment common on Permian leases, so monitoring rarely requires replacing controllers. Once data is flowing, every well, tank battery, and compressor appears on a single dashboard with live values, trend history, and alarm state — visible from the office on Wall Street in Midland, from a pumper's phone on the lease road, or from a corporate desk in Houston or Dallas.

When something goes wrong at 2 AM — a well goes down, a tank level climbs toward the top gauge, an injection pump trips — the platform pages the right person by SMS and email in under 30 seconds, with escalation to a supervisor if the alarm is not acknowledged. The service carries a 99.9% uptime SLA, and plans are flat and all-inclusive: no per-tag, per-client, or per-protocol fees, so adding wells to a route does not change the software cost. The full Starter / Professional / Enterprise feature matrix is on the plans page, and pricing is custom-quoted for your well count.

Prefer to keep everything on your own iron? Merobix also installs on-premise — on your servers or VMs, air-gapped compatible, with full data residency. Details on both architectures and the platform's security controls are on the security page.

What We Monitor Across the Permian

A Permian route is more than wellheads. The same dashboard covers every asset class on the lease, so a foreman sees the whole picture — from the rod pump to the disposal well taking its water.

Every point is historized with no retention limit, so decline curves, injection-pressure trends for regulatory filings, and month-over-month compressor runtime comparisons come out of the same system — no spreadsheet assembly. Scheduled reports can land in your inbox before the morning production meeting.

Wellhead Monitoring Software: What Should It Do?

Wellhead monitoring software should tell you a well is down before the pumper's next drive-by, not after a day of lost production. At minimum, that means live tubing and casing pressure, pump status and runtime, tank levels, and alarm callouts that reach the right phone in seconds — all from equipment connected over cellular, because most Permian leases have no wired network.

Use this checklist when evaluating wellhead SCADA systems for West Texas operations:

• Cellular-first architecture — the software must tolerate LTE latency and dropouts, with gateway store-and-forward so data gaps backfill after an outage.
• Works with existing controllers — pump-off controllers, VFDs, and RTUs already on the well should connect without replacement. Check protocol coverage before anything else.
• Sub-minute alarm delivery — a well-down alarm that arrives in an hourly email digest is a gauge run with extra steps. Merobix delivers SMS and email callouts in under 30 seconds.
• Escalation and routing by lease — the pumper who runs the route gets the page first; the foreman gets it if nobody acknowledges.
• Trend history for every point — decline analysis, pump-card context, and before/after comparisons for chemical programs all need history, not just live values.
• Mobile access without a VPN — pumpers and on-call engineers should see every well from a phone, with the same data as the office.
• Flat licensing — per-tag or per-well fees punish growth. A 40-well operator should not need a budget meeting to monitor well 41.

For a deeper dive into how operators structure alarm strategies across a full route, see our guide to oilfield alarm monitoring.

Oil Field Cloud SCADA vs On-Premise in West Texas

For most Permian operators, oil field cloud SCADA is the faster and cheaper architecture: no server hardware, no per-site IT maintenance, and new wells added for the cost of a gateway. On-premise SCADA still makes sense when corporate policy requires full data residency or air-gapped operation — and Merobix is one of the few platforms sold both ways, so the choice does not force a platform change later.

The architecture trade-offs are covered in depth in our cloud vs on-premise SCADA comparison. If you are running wells across multiple counties — Midland, Martin, Howard, Reeves — the multi-site angle matters even more; see the best SCADA for multi-site operations for how licensing models behave as site counts grow.

Replacing Gauge Runs With Remote Monitoring

SCADA monitoring replaces the routine portion of the gauge run: once tank levels and well status stream to the dashboard, pumpers stop driving to wells just to confirm they are running. Routes become exception-based — the truck goes to the well that is down, the tank that needs a haul, the injection pump that tripped — instead of burning windshield time on wells that were fine anyway.

On a spread-out Permian route, that shift is the single largest operational saving SCADA delivers. Wells at the far end of a route stop being the ones that sit down the longest, because a down well announces itself in seconds rather than waiting for tomorrow's drive-by. Tank hauls get scheduled off live level data instead of guesswork, and a high-level alarm at 2 AM becomes a phone page instead of a spill report. Site visits do not disappear — inspections, maintenance, and treatments still require boots on the ground — but the miles that remain are miles that produce value.

Local Field Service, From Midland to the Delaware Basin

Merobix is a Texas company, and the Permian is where our field crew works most. Commissioning is done on-site — we do not ship you a gateway with a PDF and wish you luck. The same team that installs your monitoring also handles Siemens and Allen-Bradley PLC programming and builds UL 508A control panels, including C1D2 construction for classified locations at wellsites and compressor stations, so wiring changes and control logic tweaks discovered during commissioning get fixed on the spot instead of spawning a second vendor's work order.

A typical Permian commissioning runs like this:

1. Site survey — confirm what your PLCs, RTUs, and pump-off controllers already report, and identify any points that need instrumentation.
2. Gateway install — mount, power, and antenna placement, verified for cellular signal at the actual site, not the county average.
3. Point mapping — every pressure, level, status, and runtime tagged and scaled correctly on the first pass.
4. Alarm setpoints with your foreman — thresholds set by the people who know the wells, so day one does not drown the route in nuisance alarms.
5. Pumper training — dashboard and mobile app, on the tailgate if that is where the crew is.

Our service radius covers the full basin — Midland, Odessa, Andrews, Big Spring, Monahans, Pecos, and out into the Delaware — and the platform serves operators across Houston, Dallas, and the rest of the US. Gulf Coast operations? See our SCADA monitoring page for Houston. And for the bigger picture of why operators pick a platform-plus-field-services company over a software vendor and an integrator separately, read why Merobix.

Frequently Asked Questions