Satellites Become the Energy Industry's New Eyes in the Sky

NVIDIA just announced it's taking artificial intelligence to orbit, and the energy sector is paying close attention.

The California-based chip giant unveiled its Space-1 Vera Rubin Module on March 16 at its annual GTC conference in San Jose, a computing system designed to bring more powerful AI processing to satellites and other space platforms . The new module delivers up to 25 times more AI compute for space-based inferencing compared to the H100 GPU , according to the company. Aetherflux, Axiom Space, Kepler Communications, Planet Labs, Sophia Space and Starcloud are using NVIDIA accelerated computing platforms to power next-generation space missions .

The move signals something bigger: space-based computing and Earth observation are becoming critical infrastructure for industries that need real-time data from remote locations—and energy companies are leading the charge.

Watching the World's Methane Leaks From Space

While NVIDIA builds the brains for orbital data centers, a parallel revolution is unfolding in environmental monitoring. Satellites are becoming the energy industry's most effective tool for tracking methane emissions, a potent greenhouse gas that's proven notoriously difficult to measure from the ground.

The UN Environment Programme announced on May 4 a major expansion of its global methane detection system, enabling satellites to track emissions from coal mines and waste facilities for the first time, following UNEP analysis of the world's top 50 methane sources . The announcement came at a high-level methane event hosted by France under its G7 Presidency.

In 2025, the Carbon Mapper constellation was successfully launched, and international regulatory frameworks approved the use of data from Carbon Mapper in regulatory settings, establishing a legal precedent when violations and municipal fines were imposed on a large energy company for undisclosed methane leaks confirmed by satellite data . News agencies reported a 40% rise in demand for independent "environmental auditing" satellite services, as companies sought to identify leaks early and avoid hefty fines from regulators .

The financial stakes are real. In the United States, a methane emissions fee introduced under the Inflation Reduction Act came into effect in 2024, with operators exceeding permitted methane thresholds now subject to a $900 per metric ton fee, increasing to $1,200 in 2025 and $1,500 by 2026 .

Energy Intelligence Gets a Satellite Upgrade

The growing importance of satellite data for energy markets became clear in March when a major acquisition reshaped the landscape of energy intelligence.

On March 12, UK-based market data and intelligence provider Energy Aspects agreed to acquire Kayrros, the Paris-based energy analytics and satellite data company . Founded in 2016, Kayrros uses AI, advanced machine learning and geoanalytics to turn raw data from more than 20 satellite constellations into actionable insights on energy, supply chains, physical risks, nature and the environment, working with businesses and governments to make energy systems more efficient and improve supply security .

Antoine Halff, co-founder and chief analyst at Kayrros, said traders and analysts are increasingly turning to geospatial intelligence after Iran effectively shut down much of shipping through the Strait of Hormuz following U.S. and Israeli strikes on February 28, noting that satellite-based analysis can turn physical observations into actionable market signals on a daily basis .

Earth observation capabilities have proven particularly valuable during periods of heightened geopolitical uncertainty, including recent events in the Middle East, where rapid and unbiased geospatial data is critical for accurate market analysis , according to Energy Aspects.

The Constellation Boom Reshaping Earth Observation

The satellite industry itself is undergoing a transformation that's making all this possible. The global satellite earth observation market size was USD 9.41 billion in 2024 and is projected to grow from USD 10.07 billion in 2025 to USD 17.20 billion by 2033 , according to Straits Research.

NVIDIA announced dedicated space computing hardware for onboard satellite processing, orbital data centres, and ground-based imagery analysis in March 2026, making it the first major chip company to build a full product line specifically for the space and Earth observation market, with the rest of the supply chain expected to follow , according to TerraWatch Space.

New constellations are launching with capabilities specifically designed for energy applications. Satellogic announced in March its Merlin constellation designed to enable daily remapping of the entire planet at one-meter resolution, with the first Merlin satellite scheduled to launch in October 2026 and full operational capability expected in the first half of 2027, combining daily global coverage with one-meter spatial resolution .

Pixxel's Firefly constellation, featuring six satellites designed for high-resolution, high-frequency hyperspectral imaging on a global scale, were all successfully launched in 2025 and are now operating in orbit, capturing high-fidelity spectral data across diverse environmental indicators .

InSAR: The Technology Watching Oil Fields Move

Beyond optical imaging, one technology is proving particularly valuable for energy infrastructure monitoring: Interferometric Synthetic Aperture Radar, or InSAR.

InSAR uses repeat radar satellite images to estimate how the Earth's surface and built objects move over time, turning complex radar measurements into time-series displacement estimates that can reveal slow-motion deformation patterns , according to SkyGeo, a company specializing in the technology.

InSAR is used to monitor ground deformation linked to extraction, injection, or storage activities in oil and gas operations, ensuring pipeline stability and supporting compliance with health, safety and environmental requirements . The technology offers millimetric precision of up to 1 mm per year and 2-3 millimeters precision on single measurement points .

A recent study investigated ground displacement in Underground Gas Storage areas in Lower Saxony, Germany using InSAR techniques applied to Sentinel-1 data, finding that in pore storage reservoirs such as those at Uelsen and Rehden, UGS operations cause pressure changes propagating to the surface and resulting in observable seasonal uplift and subsidence .

What It Means for Energy Operations

The convergence of cheaper satellite launches, more powerful onboard processing, and AI-driven analytics is fundamentally changing how energy companies operate.

Investor expectations for 2026 focus on sovereign satellite programs, missile defense systems, and AI integration into space hardware and data analytics, improving satellite autonomy and data processing , according to investment firm Seraphim Space. The global space economy was valued at an estimated $626 billion in 2025, with $236 billion in direct space activities and $329 billion from space-enabled applications like navigation, communications, and Earth observation .

For energy companies, this means moving from periodic inspections to continuous monitoring. In 2026, SAR data is increasingly combined with optical imagery, producing multi-sensor datasets that deliver deeper insights than either source alone, with persistent monitoring through frequent revisits allowing analysts to detect subtle changes in terrain, subsidence, and asset movement with high confidence , according to industry analysis.

With lower latencies, faster upgrade cycles, and application flexibility unlocked by LEO networks, enabling cloud and AI workloads at the remote edge via satellite will become the flagship offering in low Earth orbit , according to ABI Research space technology analyst Andrew Cavalier.

The oil and gas industry has always been about finding resources in remote places and moving them safely across vast distances. Now, satellites are becoming as essential to that mission as drill bits and pipelines—watching from above as the energy that powers the world moves below.