The shale revolution that swept through western North Dakota in the late 2000s was nothing short of extraordinary. Oil production in the state surged from under 100,000 barrels per day in 2007 to a pre-pandemic peak of 1.5 million barrels per day, vaulting North Dakota from an agricultural afterthought into the nation's second-largest oil-producing state. Tens of thousands of miles of gathering pipelines were hastily installed across the prairie to keep pace, creating a vast and complex network threading through some of the most remote terrain in the lower 48. By 2014, nearly 27,000 miles of gathering lines crisscrossed the state.

But the headlong rush to build came with consequences that no one could afford to ignore for long.

In September 2013, a farmer harvesting wheat near Tioga discovered crude oil bubbling six inches high from the ground beneath his combine. The Tesoro pipeline beneath his field had ruptured, spilling more than 20,600 barrels of crude oil across his land — one of the largest onshore spills in recent U.S. history at the time. Neither the pipeline company nor the state informed the public for 11 days. Then, in 2014, a Summit Midstream pipeline near Williston began leaking produced water and continued leaking, undetected, for 143 days. By the time the rupture was found, more than 700,000 barrels of toxic water had contaminated land, groundwater, and over 30 miles of Missouri River tributaries. Summit would eventually pay $35 million in criminal fines and civil penalties, on top of more than $50 million in cleanup costs, in what federal authorities called the largest inland produced water spill in U.S. history.

These were not isolated incidents. Between 1996 and 2016, North Dakota's pipelines spilled hazardous liquids at least 85 times (an average of four spills per year), causing more than $40 million in property damage. By 2017, a documentary and a wave of media coverage had branded North Dakota "The Spills State."

A Governor with a Technology Background

Doug Burgum was not a typical governor. He grew Great Plains Software from a tiny startup into a 2,000-employee enterprise, sold it to Microsoft in 2001 for $1.1 billion, and served as a senior vice president at Microsoft through 2007. He was an early investor in SuccessFactors (sold to SAP for $3.4 billion) and Atlassian. When Burgum entered the governor's office in 2016 and confronted North Dakota's pipeline crisis, he brought a conviction forged over decades: technology could solve seemingly intractable problems.

In May 2017, Governor Burgum called pipeline operators into a closed-door meeting in Bismarck. His message was direct: fix this problem, "so I don't have to." He told them he knew technology could solve this, and challenged the industry to do better or face regulatory consequences. Rather than waiting for new rules, several forward-thinking operators accepted the challenge and stepped forward with an audacious idea: build a real-world proving ground for emerging leak detection technologies on actual operating pipelines.

iPIPE: A Proving Ground for Innovation

The Intelligent Pipeline Integrity Program (iPIPE) was born from that challenge. Funded through a state grant matched by private industry, iPIPE brought together Hess Corporation, Equinor, Goodnight Midstream, Oasis Midstream Partners, MPLx, and ONEOK. Whiting Petroleum, DCP Midstream, Enbridge, TC Energy, and Energy Transfer joined in 2019.

In a format reminiscent of television's Shark Tank, technology vendors pitched innovations to consortium members, who then deployed the most promising solutions on live pipeline systems in western North Dakota. iPIPE advanced breakthrough technologies, including a golf ball-sized inline inspection tool (now used on 450+ pipelines for 125 customers worldwide), smart leak sensors, and satellite-based AI-powered geospatial analytics. In 2019, the Interstate Oil and Gas Compact Commission recognized iPIPE with its Chairman's Stewardship Award — and Governor Burgum himself presented it in his capacity as IOGCC Chairman.

From Testing to Basin-Wide Deployment

Among iPIPE's proven technologies, Satelytics' AI-powered geospatial analytics platform stood out for its transformative scalability. The platform uses multispectral satellite imagery, analyzed by 40+ custom AI algorithms, to simultaneously detect liquid leaks, produced water releases, methane emissions, vegetation stress, surface disturbances, and third-party encroachments — all from a single dataset.

One of the original iPIPE founding partners became the catalyst for full-scale adoption after a devastating 2022 pipeline leak that went undetected for 25 days, growing from an initial estimate of 200 barrels to a staggering 34,000 barrels of produced water contaminating farmland and groundwater. The lesson was expensive and clear: SCADA alarms, routine inspections, and pressure monitoring were not enough.

By October 2022, this oil & gas company contracted with Satelytics for weekly satellite monitoring across its entire North Dakota footprint — every pipeline, well pad, and compressor station. It was the first basin-wide deployment of geospatial analytics for continuous infrastructure monitoring by any oil and gas operator.

Proven Results at Scale

Over three-plus years of continuous monitoring, Satelytics has identified dozens of confirmed crude oil and produced water leaks at their earliest stages, often before field crews or SCADA systems detected anything, with several formally documented in North Dakota's HazConnect database citing Satelytics as the initial detection agent. In at least six cases, vegetation stress analysis revealed underlying gas releases invisible to conventional methods. The same weekly cadence that catches liquid leaks also provides early warning of methane migration, erosion, and right-of-way encroachment.

The program survived and expanded following the company's acquisition by an oil & gas supermajor, with the Bakken assets and satellite monitoring commitment transferred intact. Satelytics was named one of Fast Company's World's Most Innovative Companies for 2025, ranking seventh in Data Science.

The Staggering Cost of Inaction

Between 2010 and 2024, the U.S. recorded more than 9,300 pipeline incidents, causing nearly $9 billion in property damage, 183 fatalities, and over 51,000 evacuations. Summit Midstream's single 143-day leak cost $85 million in fines and cleanup. The 2022 Keystone rupture in Kansas carried a $480 million cleanup price tag. Even small spills impose disproportionate costs, with documented expenses reaching $5,000 per gallon once mobilization, equipment, and regulatory response are factored in.

If weekly satellite monitoring catches a leak at 30 barrels rather than 34,000, the remediation cost, regulatory exposure, and reputational damage are reduced by orders of magnitude. Every early detection documented in HazConnect represents a potential catastrophe averted.

Time for the Rest of the Industry to Act

What Doug Burgum (now the 55th Secretary of the U.S. Department of the Interior) set in motion was not merely an R&D initiative. It was a fundamental shift from reactive crisis management to proactive, technology-driven vigilance. His unique combination of deep technology expertise and understanding of energy operations made him the right leader at the right moment. The pipeline industry is better for his vision.

The evidence is overwhelming:

• The technology works — dozens of confirmed early detections over three-plus years.
• The economics work — weekly monitoring costs a fraction of a single major spill.
• The model works — one platform addresses liquid leaks, methane, vegetation stress, and ROW encroachment simultaneously.
• The program endures — surviving a $53 billion acquisition and expanding.

Every operator managing gathering systems in the Bakken, the Permian, the Eagle Ford, or anywhere else faces the same risk: the next undetected leak is not a question of if, but when. The tools to transform that risk into a managed discipline exist, have been proven, and are available today. The question is no longer whether geospatial analytics can protect your infrastructure and your reputation. The question is whether you can afford to operate without them.

Kudos to Secretary Burgum for the vision. Kudos to the industry leaders who proved the case. Now it is time for the rest of the industry to follow their lead.