Picture the vendor shortlist on your desk. Four platform logos, three integrator bids, and a contract cycle that pushes any real install past next quarter. The sales engineers are polite. The quotes are not. And the hardest page in the binder is still the one that asks which sites actually need this and which ones never did.

TL;DR: SCADA in oil and gas splits into three buckets of companies: full-stack platform vendors (Emerson, Inductive Automation, VTScada, AVEVA, Rockwell, Siemens), oil-and-gas-specific platforms and integrators (Kimray, AutoSol, zdSCADA, SCADAfarm, Zedi), and lightweight monitoring that covers the visibility problem without the capex. Producers with instrumented facilities and high-per-site-value pads should buy SCADA. Producers running conventional wells where the math never penciled (or aging SCADA that is breaking down) should skip the vendor shortlist and deploy drop-in remote monitoring instead. Works at 50 wells or 5,000.

SCADA in oil and gas is a crowded field. Emerson sells a complete stack. Inductive Automation’s Ignition is the platform a big chunk of the industry runs on. VTScada, AutoSol, and Kimray each own a slice of the market. Then there is the layer below that: integrators who build the actual systems for producers, using one of those platforms plus instruments, PLCs, and telemetry. And below all of it, there is the producer who looked at a SCADA quote once, saw six figures and a six-month install on conventional wells where the math never penciled, and went back to pumper gauges.

SCADA companies in oil and gas fall into three buckets: full-stack vendors who sell the platform plus services, integrator firms who build custom systems, and lightweight monitoring that replaces some of what SCADA does without the overhead. The right choice depends on facility complexity, per-site economics, and who keeps the data flowing.

This is an honest look at who plays in this space, what they do, and where lightweight monitoring fits instead.

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The Full-Stack SCADA Vendors

These companies sell oil and gas SCADA as a product category, with platforms, services, and support built for the sector.

  • Emerson: Ovation and DeltaV on the process automation side, plus acquired platforms for upstream. Emerson is the default name on major oil and gas operations, particularly for larger pads and midstream.
  • Inductive Automation (Ignition): a platform more than a full-stack vendor. Ignition runs on Java, is licensed per server rather than per tag, and has become the SCADA standard for a generation of integrators working across Texas, the Rockies, and every major U.S. basin. If you hear “Ignition SCADA,” this is the product.
  • VTScada (Trihedral): a Canadian-origin SCADA platform with strong adoption in Western Canada and the northern U.S. Known for reliability and a tight licensing model.
  • GE Vernova (Proficy / CIMPLICITY): long-running industrial SCADA line now owned by GE Vernova. More common in midstream and gas processing than in small upstream operations.
  • Rockwell Automation (FactoryTalk View): Rockwell’s SCADA line, paired with Allen-Bradley PLCs. Strong in manufacturing; present in oil and gas mostly through integrators.
  • Schneider Electric (AVEVA / ClearSCADA / Wonderware): the former Wonderware and ClearSCADA products now under AVEVA. Used across upstream, midstream, and pipeline applications.
  • Siemens (WinCC): heavy industrial SCADA, paired with Siemens PLCs. Less common in small-operator oil and gas, more common in gas processing and midstream.

The Oil-and-Gas-Specific Platforms and Integrators

Below the horizontal vendors, there is a layer of companies focused specifically on oil and gas:

  • Kimray: long-established oilfield equipment maker that has expanded into SCADA and automation. Strong on the wellhead and production equipment side.
  • AutoSol: specializes in SCADA for upstream and midstream, with a strong presence across Texas, Oklahoma, and the Mid-Continent.
  • zdSCADA: cloud-based SCADA aimed at upstream operators, emphasizing faster deployment than traditional platforms.
  • SCADAfarm: hosted SCADA offered as a managed service for producers who don’t want to run their own infrastructure.
  • Zedi (Emerson Zedi): hosted SCADA and measurement services, now part of Emerson.
  • FreeWave, SignalFire, and similar telemetry vendors: sell the radios and gateways that move data from the wellhead to the SCADA server.

Alongside the platforms, there are integrator firms: Energy Solutions International (ESI), Total SCADA, NFM Consulting, HPS Automation: who build actual systems for operators using one of the above platforms. In most cases, when an operator “buys SCADA,” they are buying a platform license plus an integrator’s build-out.

Where SCADA Is Worth It

Across the SCADA landscape, full-stack SCADA makes clear sense when:

  • You are running high-rate horizontals, enhanced recovery, or any pad where a few hours of undetected downtime costs more than the SCADA itself.
  • You have gas compression, water handling, saltwater disposal, or pipeline operations where continuous monitoring is mandatory.
  • You are regulatorily required to have continuous measurement at each well or facility.
  • Your per-site economics can absorb the capex, telemetry, and ongoing controls support.

For these producers, the question isn’t whether to buy SCADA. The question is which platform, which integrator, and how deep to build out. This is as true for a producer running 50 horizontal pads as for one running 500. Scale doesn’t change the math; facility complexity and per-site value do.

Where Full SCADA Is Overkill

Where SCADA quotes go to die:

  • Conventional wells where the per-site capex never penciled. A $100,000 SCADA install to monitor a lightly instrumented conventional well isn’t economics (whether the producer runs 50 wells or 5,000).
  • Producers with aging SCADA that is breaking down and whose ongoing maintenance cost no longer justifies the upside.
  • Rural operations where cellular or satellite connectivity is the limiting factor, and the telemetry bill alone is more than what continuous data is worth.
  • Operations that already get a reliable daily pumper visit, where “see it the same day” is all the decisions require.

In those situations, the honest answer is that SCADA is the wrong tool. What these producers need is a way to see every well, every tank, every day, without laying in fiber or hiring an integrator. That is where lightweight monitoring fits.

If your SCADA quote was six figures and six months, ask the other question first.

On conventional wells where SCADA never penciled, pumper-captured data in an app plus drop-in remote monitoring covers the visibility problem without the SCADA price tag. Works at 50 wells or 5,000.

See how TinyPumper replaces the overhead →

The Lightweight Monitoring Alternative

SCADA exists to give the producer visibility into the well and the tank without anyone physically being there. On a high-rate horizontal or an instrumented central facility, that visibility has to be continuous because the downside is too big to miss. On a conventional well where SCADA never penciled, or a tank battery where the legacy SCADA is breaking down, the visibility can come from a different stack.

TinyPumper is the drop-in answer in that second scenario. Solar-powered gateway, radar on top of the tank, pressure sensor at the wellhead, installs in 10 minutes. No trenching, no integrator. Paired with daily pumper-captured data (tank gauge, run ticket, downtime, comments), the producer sees the same “what’s happening at my wells today” picture without the SCADA capex and maintenance drag.

This is what TinyPumper was built for. It delivers roughly 99% of the upside of SCADA without the cost or complexity, and that value prop is true for a 50-well producer and a 5,000-well producer. Scale does not change the math. It is not SCADA and does not pretend to be. It is the right answer when SCADA is the wrong one.

The pro producer does not pick a vendor for the whole portfolio. The pro producer maps sites by facility complexity and per-site economics, buys full SCADA where the math carries it, and runs drop-in monitoring where it doesn’t. That is how we do it in the oil patch: the right tool on the right site, every time.

Amateur vs Pro: How Producers Shop Vendors

The amateur… The pro…
Lets the vendor shortlist drive the decision Lets the site map drive the decision, then picks vendors
Asks “which SCADA is best” before asking “do I need SCADA here” Asks which sites need SCADA at all, then asks which vendor
Signs the integrator contract before the connectivity survey Confirms cellular and satellite coverage before a single quote goes in
Buys for the largest, most instrumented pad and rolls it out everywhere Runs SCADA on the instrumented pads, drop-in monitoring on the conventional wells
Leaves aging SCADA on life support for “someday we’ll replace it” Retires the dying install and moves those sites to a simpler stack

How to Choose Between a SCADA Vendor and Lightweight Monitoring

The decision comes down to four honest questions:

  1. What is the downside of 24 hours of undetected downtime on a typical well? If it is six figures, you need SCADA. If it is $200, a daily pumper app plus drop-in remote monitoring is the right tool.
  2. How complex is the facility? Central compression, gas plants, saltwater disposal, and instrumented pads push toward full SCADA. Conventional wells with a tank battery push toward TinyPumper.
  3. What does the per-site math look like? If the capex plus ongoing controls support is a small fraction of per-site revenue, SCADA pays back. If not, it doesn’t (at 50 wells or 5,000).
  4. What is your connectivity reality? In rural Kansas or west Texas, cellular plus satellite auto-switching often wins by default because the traditional SCADA install economics don’t work.

Answer those honestly, and the choice is usually clear. Mixing the two models also works: SCADA on the facilities and instrumented pads, TinyPumper on the conventional wells and the routes where SCADA doesn’t pencil.

What To Avoid When Shopping SCADA Companies

  • Don’t buy the logo. Buy the fit. The SCADA Silo starts the day a producer signs a platform for every site because that is what the flagship brand pitched. Facility complexity decides the tool, not the vendor’s logo on the binder.
  • Don’t skip the site survey. Cellular coverage, satellite fallback, and power budgets are not the integrator’s problem after the contract is signed. They are the producer’s problem before it is.
  • Don’t ignore The Paper Lag while shopping telemetry. If the pumper’s gauge sheet is still arriving three weeks late, a $100K SCADA quote fixes the wrong layer. Fix the capture layer first.
  • Don’t let aging SCADA drift. A legacy install with no automation engineer on staff is a liability, not an asset. Retire it or hand it to an integrator on a real contract.
  • Don’t buy SCADA as an identity purchase. Producers running conventional wells where SCADA doesn’t pencil are not behind the times. The math just doesn’t work on those sites, and that is the whole story.

Wrong Fit for This Page

If you already run a large horizontal program with a full SCADA build-out across Texas, North Dakota, Oklahoma, Pennsylvania, or anywhere else in the U.S., the vendor list above is a refresher. You have already made the SCADA call, and this page is not trying to talk you out of it. The lightweight monitoring section is aimed at the producer who has looked at a SCADA quote for conventional wells (or looked at the bill to keep aging SCADA alive) and wondered if there is a simpler answer for some or all of their sites. Plenty of horizontal shops also plug GreaseBook in as the centralized production layer on top of SCADA, because the pumper-captured data (run tickets, tank gauges, downtime codes) is the piece SCADA still can’t see.

FAQ

Why isn’t TinyPumper on this SCADA company list?

Because TinyPumper isn’t a SCADA system. It’s the honest alternative for producers running conventional wells where the SCADA math never penciled, or aging SCADA that has turned into a maintenance drag. Different job, different price point, different install. Works at 50 wells or 5,000.

Which company of SCADA is best for oil and gas?

There is no single best. Emerson and Inductive Automation (Ignition) dominate the large-operator segment. VTScada, AutoSol, and Kimray own specific niches. The best choice depends on well count, rate, and whether you are paying for integration services or running an in-house automation team.

Who are the top oil and gas SCADA vendors?

The most commonly deployed platforms in oil and gas are Ignition (Inductive Automation), Emerson’s automation stack, VTScada, AVEVA, Rockwell Automation, Siemens WinCC, and oil-and-gas-specific platforms like AutoSol, Kimray, zdSCADA, and SCADAfarm.

What companies use SCADA in oil and gas?

Virtually every major and mid-size producer uses SCADA on instrumented pads and central facilities. Many producers running conventional wells skip SCADA (or swap aging SCADA for lighter remote monitoring) because the per-site ROI doesn’t work on those sites.

Is there free SCADA software?

There are free open-source SCADA options (like Rapid SCADA or Ignition’s Maker Edition for personal use), but oil and gas operators typically license commercial platforms because the support, security, and oilfield-specific features matter.

About the author: Greg Archbald is the founder of GreaseBook. He built the product from inside the oil patch and has spent 15+ years on the operator side of oil and gas technology.

If the SCADA math on your conventional wells never penciled, you don't need a SCADA vendor. You need a drop-in.

TinyPumper puts tank gauges, run tickets, pressures, and downtime notes on a dashboard without a single RTU. 10-minute install. Flat rate per site. Works at 50 wells or 5,000.

See how TinyPumper replaces the SCADA shortlist →
**P.S.** The SCADA vendor market is bigger than most producers realize. Some of those vendors do great work on instrumented facilities and high-rate pads. None of them solve the conventional-well problem, which is what most of the SCADA quotes that don't pencil are actually about.