Maxar and its partner Satelytics announce today an expansion of its offerings to the energy industry. In addition to the methane monitoring solution that has been on the market for several years, Satelytics is now introducing a vegetation encroachment solution that leverages Maxar’s very high-resolution satellite imagery.
Monitoring vegetation growth along utility lines and pipelines

Satelytics will generate risk profiles of vegetation in and around customer assets using mono- and stereo-imagery collections from the Maxar constellation, including the recently launched WorldView Legion satellites. This solution will lean on Maxar’s collection capability of 6 million sq km of capacity per day, which significantly outpaces any other commercial provider.
Monitoring vegetation growth along utility lines or pipelines with Maxar’s 30 cm-class resolution satellite imagery and Satelytics’ value-added insights allows an energy company to prioritize sending ground crews to specific locations that are known to need trimming maintenance instead of having ground crews drive the entire lengths of lines, which can be hundreds of miles in distance. This targeted vegetation maintenance allows the energy company to reduce search time and increase efficiency of field crews, proactively identify and address potential threats outside the immediate corridor, verify completed work and optimize contractor management, and improve overall grid reliability by reducing vegetation-related outages. To learn more about Satelytics’ vegetation management solution, read their blog post.
Producing methane detection alerts
Maxar’s WorldView-3 satellite hosts a shortwave infrared (SWIR) sensor that collects imagery in wavelengths outside what the human eye can see. Satelytics uses this SWIR sensor to create a methane detection and measurement product for energy companies. Duke Energy’s Piedmont Gas division, a local distribution company that operates in the Midwest and Southeast U.S., uses Satelytics’ methane solution to improve operational efficiency, safety and reporting by quickly finding leaks, repairing them and reducing emissions across a five-state service territory. Since the beginning of 2022, Duke Energy has reduced recordable leaks by over 85% using Satelytics’ solution. To learn more about Satelytics’ methane detection and quantification alerts, read their blog post.

Geospatial insights for informed monitoring and mitigation
The combined power of Maxar’s high revisit, very high-resolution satellite imagery and Satelytics’ AI-driven algorithms provides energy companies with early detection geospatial insights and alerts that enable informed decision-making and minimize environmental risks.
Cover more ground with Maxar and Satelytics
Vegetation encroachment monitoring and methane detection is supercharged with Maxar’s recently increased collection capacity.
Request a demo