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The global LNG market is in the middle of an extraordinary expansion cycle. Triggered by the energy-security shock of Russia's 2022 invasion of Ukraine and sustained by structural demand growth in Asia, LNG infrastructure investment has reached levels not seen in a generation. As of mid-2026 that cycle is no longer a forecast — it is shipping cargoes. This is not just a story about liquefaction terminals and tanker fleets; it is generating a significant and sustained increase

WillCo Digital Drilling Intelligence Report | Edition #3 Week of Jun 08 – Jun 14, 2026 | willcodrilling.com This Edition at a Glance • Pre-conference announcement quiet reveals cybersecurity as the underacknowledged attack surface in distributed offshore computer vision deployments. • A published Bayesian network case study quantifies how probabilistic fault modeling cuts stuck-pipe NPT prediction error by a measurable margin over deterministic methods. • Freeze late-stage ve

This edition at a glance Agentic AI (TADI framework) validated on Volve dataset — multi-source optimization static ML structurally cannot replicate Baker Hughes Kantori™ with Equinor: quantified ROP & NPT gains under live North Sea field conditions Standardize rig automation API against H&P FlexRobotics spec before contract award — not after mobilization Why this edition matters Drilling AI is bifurcating. One branch is maturing into task-specific automation — GenAI reporting

The oil and gas drilling industry has spent decades mastering deep, high-temperature, high-pressure wells — and those same skills are now unlocking geothermal energy at commercial scale. We explore the technology transfer opportunity, the drilling challenges, the environmental questions that need honest answers, and where digital intelligence fits in.

--- WillCo Digital Drilling Intelligence Report | Edition #1 May 24, 2026 | willcodrilling.com --- This Edition at a Glance - Halliburton, ExxonMobil, Sekal, and Noble executed the world's first fully closed-loop automated geological well placement in offshore Guyana, integrating rig automation, real-time subsurface interpretation, and automated hydraulics into a single commercial deployment. - The SPE/IADC community is formally flagging that LLM-based AI systems produce non-

Over the past year, I have had conversations with drilling managers, rig superintendents, and VP-level operations leaders across multiple basins. A concern that surfaces in nearly every discussion — sometimes explicitly, sometimes indirectly — is the state of technical talent in drilling operations. The industry is facing a structural workforce challenge that decades of boom-bust cycles, two major downturns (2015–2016 and 2020), and sustained pressure on upstream capital spen

A decade ago, Guyana was not on the radar of most international drilling consultants. Today, the Stabroek Block has become one of the most consequential offshore petroleum provinces in the world, and its neighbor Suriname is rapidly emerging as the next chapter in what geologists are calling the Atlantic Basin supercycle. As someone who closely tracks frontier drilling activity, I want to provide an honest assessment of what is happening in this region, why it matters to the

Artificial intelligence has been one of the most discussed topics in the energy industry over the past several years. From autonomous drilling systems to predictive maintenance platforms, the promises have been ambitious. As someone who has worked at the intersection of drilling engineering and digital solutions for years, I have watched this technology cycle with both excitement and professional skepticism. In 2026, we are at a point where the industry needs to move beyond t

In the energy sector, optimizing drilling operations is critical to maintaining profitability and operational safety. The complexity of modern drilling projects demands precise planning, real-time monitoring, and expert analysis. I have observed that integrating advanced methodologies and leveraging expert guidance can significantly enhance drilling outcomes. This article explores key drilling efficiency strategies and provides expert insights into how drilling advisory servi

The drilling industry faces increasing pressure to improve efficiency, reduce costs, and enhance safety. Smart drilling technology offers a transformative approach to meet these demands. By integrating advanced data analytics, automation, and real-time monitoring, operators can optimize drilling operations and make informed decisions. This article explores how intelligent drilling solutions revolutionize operations, providing practical insights and actionable recommendations

Most operators treat data governance as a compliance exercise. Here's what it actually looks like when it works — and five signs you've got it right.

Most drilling teams inherit spreadsheet workflows that made sense at the time. Here's a practical path for migrating to integrated data systems—without disrupting operations.

The drilling industry has spent the last decade pushing data to the cloud. We've built impressive operations centers, hired data scientists, and invested in dashboards that surface real-time insights to engineers sitting hundreds of miles from the wellbore. The vision was sound: centralize intelligence, improve decision-making, optimize performance. But there's a fundamental problem with this model — and it lives in the data pipeline itself. Every modern drilling rig generate

Your pre-plan torque and drag model was already outdated the moment you spudded. Learn why dynamic, real-time T&D calculations are the standard for modern well operations — and how they change every critical decision downhole.

When oil prices spike, the instinct across the industry is simple: drill more, drill fast. Rigs get reactivated, crews get called back, and capital budgets expand overnight. But the operators who actually win during high-price cycles aren't just the ones drilling the most wells — they're the ones drilling the smartest ones. With Brent crude projected to peak near $115/bbl in Q2 2026 before moderating later in the year (IEA, March 2026), the upstream sector is entering exactly

In drilling operations, data is only as useful as the standards it is built upon. Two of the most consequential — yet frequently overlooked — factors in drilling data quality are the use of proper data formats and the selection of appropriate data recording frequencies. WITSML (Well Information Transfer Markup Language) provides the industry-standard framework for structuring and exchanging drilling data, while data frequency determines how granular and actionable that data t

The drilling industry has no shortage of digital solutions. Automation platforms, real-time dashboards, AI-driven analytics, remote monitoring tools — vendors are everywhere, and the sales pitches are compelling. But operators consistently report the same frustration: they invested in a solution that looked great in a demo and underdelivered in the field. The problem is not the technology. The problem is how decisions get made. Why Most Evaluations Miss the Point Most evaluat

In modern drilling operations, data flows from a wide range of sources simultaneously — surface sensors, MWD/LWD tools, mud logging units, lab analysis, and third-party systems. Each of these sources generates critical information, but their true value can only be unlocked when they are properly synchronized and integrated into a coherent picture of what is happening in the wel The Challenge: Data Lives in Silos One of the most common data integrity problems in drilling is no

When operators consider adopting digital drilling tools, the conversation almost always centers on the cost of the new solution. Licensing fees, implementation, training, integration — these numbers land on a spreadsheet and face scrutiny. What rarely appears on that same spreadsheet is the cost of not adopting. Yet for most operations, that cost is real, measurable, and growing every quarter. The Status Quo Is Not Free Maintaining current operations without improvement is no

The offshore drilling industry is undergoing one of its most significant transformations in decades. Driven by a combination of technological innovation, evolving energy policy, and renewed demand for deepwater resources, the sector is adapting rapidly to new realities. For drilling professionals and consultancies, staying ahead of these shifts is not optional — it is essential. Deepwater and Ultra-Deepwater Expansion Demand for deepwater exploration continues to grow as onsh