Remote data acquisition

Ecocene has partnered with Maxar to provide clients with streamlined access to MGP Pro, an enterprise-grade geospatial platform offering unmatched capabilities for environmental management. This collaboration enables on-demand access to Maxar’s vast imagery archive, featuring 125 petabytes of 30cm high-resolution satellite data and over 6 billion km² of global coverage. MGP Pro’s powerful cloud-based interface delivers advanced analysis tools, allowing users to rapidly search, discover and analyse Earth observation data without specialised software or hardware requirements. With regular updates, automated change detection, and seamless integration with Ecocene’s ecological solutions, this platform provides the foundation for data-driven environmental monitoring, biodiversity assessment, and natural capital measurement across even the most remote project locations.

Ecocene’s partnership with PIXXEL delivers next-generation hyperspectral satellite imagery for advanced ecological analysis. This collaboration gives our clients access to PIXXEL’s revolutionary constellation of hyperspectral satellites, capturing hundreds of spectral bands across visible to shortwave infrared (400-2500nm) at 5m resolution. These satellites detect subtle spectral signatures invisible to conventional sensors, enabling precise identification of vegetation species, stress conditions, and biochemical properties. With revisit capabilities of 24-48 hours and intelligent on-board processing, PIXXEL imagery provides Ecocene clients with unprecedented insights for early detection of environmental changes, detailed vegetation health monitoring, and sophisticated ecosystem analysis.

Ecocene’s collaboration with EOMAP provides clients with world-class satellite-derived marine data and analytics. This partnership leverages EOMAP’s proprietary physics-based processing technology to deliver high-precision bathymetry mapping (to 30m depth), water quality monitoring, and benthic habitat classification across coastal and marine environments. Their satellite-derived solutions offer 2m-10m resolution data even in turbid or remote waters where traditional survey methods are impractical. By integrating EOMAP’s specialised marine analytics with our ecological expertise, Ecocene delivers comprehensive monitoring and assessment capabilities for seagrass meadows, coral reefs, and other critical marine ecosystems—helping clients make informed decisions about coastal management, marine conservation, and environmental compliance.

Ecocene integrates data from the European Space Agency’s Sentinel satellite constellation to deliver cost-effective environmental monitoring solutions. This collaboration gives our clients access to Sentinel’s comprehensive suite of sensors, including Sentinel-2’s multispectral imaging (10-60m resolution with 13 spectral bands) and Sentinel-1’s C-band SAR capabilities that can penetrate cloud cover and darkness. With a 5-day revisit cycle and global coverage, these satellites provide consistent, long-term data streams ideal for tracking landscape changes, vegetation dynamics, and environmental trends. By processing and enhancing this publicly available satellite data through our advanced platforms, Ecocene transforms Sentinel imagery into valuable ecological intelligence that supports sustainable land management, biodiversity monitoring, and environmental compliance across extensive geographical areas.

Ecocene leverages NASA/USGS Landsat satellite data to provide historical context and continuous monitoring for environmental projects. This collaboration enables our clients to access Landsat’s unparalleled archive spanning five decades, alongside current observations from Landsat 8 and 9 that deliver 30m resolution multispectral imagery across visible to thermal infrared wavelengths. With its 16-day revisit cycle and consistent calibration, Landsat offers an authoritative record of landscape change unmatched by any other satellite program. By applying advanced analytics to this extensive temporal dataset, Ecocene delivers valuable insights for long-term ecological trends, rehabilitation monitoring, and climate impact assessments. The combination of historical depth and ongoing acquisition makes Landsat an essential foundation for understanding ecosystem dynamics and environmental change across Australia’s diverse landscapes.

Ecocene’s partnership with Photomapping (an ISGroup company) provides clients with industry-leading aerial survey and mapping capabilities. This collaboration leverages Photomapping’s extensive fleet of specialised aircraft equipped with advanced digital sensors, LiDAR systems, and hyperspectral cameras to deliver exceptional aerial data capture across large project areas. Their systems acquire high-resolution imagery (5-10cm) and precision elevation models with survey-grade accuracy, while their experienced flight crews specialise in environmental applications from vegetation mapping to watercourse assessment. With over three decades of aerial survey expertise, ISO-certified quality assurance processes, and sophisticated post-processing capabilities, Photomapping enhances Ecocene’s offering with reliable, repeatable data collection services that support comprehensive ecological monitoring and environmental management programs across Australia’s diverse landscapes.

Ecocene partners with MNG to deliver precise geospatial data and professional surveying services for environmental projects. This collaboration combines MNG’s survey-grade expertise with our ecological intelligence, providing clients with highly accurate spatial data through their advanced mobile LiDAR systems, UAV mapping capabilities, and traditional survey techniques. MNG’s registered surveyors and spatial specialists bring 30+ years of industry experience, ensuring centimetre-level accuracy for land survey and environmental applications. Their ISO-certified quality management systems and specialised equipment enable precise spatial control for ecological monitoring programs, rehabilitation assessment, and compliance reporting across diverse environments from urban interfaces to remote project sites.