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 operators, using one of those platforms plus instruments, PLCs, and telemetry. And below all of it, there is the smaller operator who looked at a SCADA quote once, saw six figures and a six-month install, 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 for a specific operator, and lightweight monitoring tools that replace some of what SCADA does without the overhead. The right choice depends on what you actually pump and who actually pulls the data.

This is an honest look at who plays in this space, what they do, and where lightweight alternatives make more sense.

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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 Rocky Mountain and Permian integrators. 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 in the Mid-Continent and Permian.
  • 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

Full-stack SCADA makes clear sense when:

  • You are running high-volume horizontal wells where a few hours of undetected downtime costs more than the SCADA itself.
  • You have gas compression, water handling, or pipeline operations where continuous monitoring is mandatory.
  • You are regulatorily required to have continuous measurement at each well or facility.
  • You have a large enough well count and pad density that the ROI on full automation is measurable.

For these operators, the question isn’t whether to buy SCADA. The question is which platform, which integrator, and how deep to build out.

Where Full SCADA Is Overkill

Where SCADA quotes go to die:

  • Stripper wells under 15 barrels per day. A $100,000 SCADA install to monitor a 3-barrel well isn’t economics.
  • Contract pumpers running 20 to 60 wells across several operators. The telemetry installs are expensive and the operators share the bill awkwardly.
  • Single-operator small independents with 10 to 100 low-rate wells. The ROI curve doesn’t bend until you hit higher rates or higher pad density.
  • Rural operations where cellular or satellite connectivity is the limiting factor, and the telemetry bill alone is more than what the operator saves.

In those situations, the honest answer is that SCADA is the wrong tool. What these operators 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 tools fit.

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

For contract pumpers and small operators, pumper-captured data in an app covers the visibility problem without the SCADA price tag.

See how TinyPumper replaces the overhead →

The Lightweight Monitoring Alternative

SCADA exists to give the operator visibility into the well and the tank without anyone physically being there. On a high-rate horizontal, that visibility has to be continuous because the downside is too big to miss. On a 3-barrel stripper or a contract pumper’s route of 40 wells, the visibility has to be daily and reliable: not continuous.

Daily pumper-captured data does the job for that second category. A pumper opens an app, gauges the tank, logs a run ticket, notes any downtime, and the operator sees it the same day. The cost structure looks nothing like a SCADA build, and neither does the install time.

This is the niche TinyPumper was built for. Contract pumpers use the app to track their entire route across multiple operators. Small producers use it to stay on top of stripper wells without paying for hardware they can’t justify. It is not SCADA and does not pretend to be. It is the right answer when SCADA is the wrong one.

How to Choose Between a SCADA Vendor and a Lightweight Tool

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 is the right tool.
  2. How many wells and what rate? High well count plus low rate pushes toward lightweight tools. Low well count plus high rate pushes toward full SCADA.
  3. Who actually pulls the data? If your pumper is on site every day anyway, the pumper is the cheapest telemetry you have.
  4. What is your connectivity reality? In rural Kansas or west Texas, cellular-only pumper apps often win by default because the SCADA install economics don’t work.

Answer those honestly, and the choice is usually clear. Mixing the two models also works: SCADA on the higher-rate pads, a pumper app on the long-tail stripper routes.

Wrong Fit for This Page

If you already run a Bakken or Permian horizontal program with a full SCADA build-out, this page isn’t for you. The vendor list is a refresher, but the recommendation to look at lightweight monitoring is not going to solve a problem you don’t have. This page is for the operator or contract pumper who has looked at a SCADA quote and wondered if there is a simpler answer.

FAQ

Why isn’t TinyPumper on this SCADA company list?

Because TinyPumper isn’t a SCADA system. It’s the honest alternative for operators who were told they needed SCADA but actually just needed to see what their pumpers saw. Different job, different price point, different install.

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 operator uses SCADA on pads and facilities. Small independents and contract pumpers often run without SCADA because the ROI doesn’t work at low well rates.

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 your 20-well lease doesn't need a six-figure integrator project, it doesn't need a SCADA vendor either.

TinyPumper puts the pumper's tank gauges, run tickets, and downtime notes on a dashboard without a single RTU. Because the vendors on this page price for majors: not for stripper operations.

See how TinyPumper replaces the SCADA shortlist →
**P.S.** The SCADA vendor market is bigger than most operators realize. But the short list of vendors who still do small-operator deployments well is narrow. If you are under 500 wells, start with the vendors that specialize in your size.