24 November, 2025
This month, Geoimage was honored with the Best Reseller of Pléiades Neo satellite technology within the Australia-Pacific region for 2024-2025 at the Airbus Asia-Pacific Channel Partners Conference held in Bangkok, Thailand.
This event brings together leaders and innovators from across the geospatial and Earth observation industry, with a strong focus on sharing strategic vision, showcasing technological advancements and insight within the industry, strengthening partnerships and the shaping of satellite imagery and geospatial intelligence across the region.
Mark Covington, CEO of Geoimage accepted the award on behalf of Geoimage. Mark said; “ The award was great recognition for the Geoimage team and their hard work and was received with gratitude. While the award was the icing on the cake for the trip, the cake was, spending time with our Airbus friends and learning about the latest and greatest on the Airbus technology roadmap. I can confidently say, there are exciting times ahead for all of us. It was also fascinating to learn about how other partners are using EO (Earth Observation) in other parts of the region and I look forward to growing new relationships with them.”
What is the Pléiades Neo?
Pléiades Neo comprises of two identical very high resolution satellites capturing 30cm resolution imagery across our planet every day. Each satellite captures up to 500,000km2 per day and the quality of the imagery is phenomenal. Geoimage uses Pléiades Neo to support a wide range of applications such as change detection, disaster assessment and mapping across sectors such as mining, agriculture, urban development, environmental management and nationwide geospatial mapping projects.
Geoimage also supports a wide range of fresh capture and archive imagery options from other satellite sensors from Airbus including Pléiades 1A and 1B, SPOT 6 and TerraSAR-X. Geoimage is a proud diamond licensed reseller and collaborator of Airbus data and geospatial services as well as trusted advisors and leaders in the geospatial field.