Better understand your local environment
Satellite and aerial datasets viewed like never before
Working with multiple Earth Observation data resources, we provide effective solutions in fields such as agricultural monitoring, biodiversity conservation, climate change, natural disaster mapping, and mitigation. Our skilled EO analysts utilise the latest technology and data to extract valuable information for use across various environmental monitoring applications, including land, vegetation, urban, water and more.
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Automation of Earth Observation Tasks & Processing Chains
We harness the power of AI, Machine Learning and Deep Learning to design fully automated workflows that process large volumes of remote sensing imagery, enabling rapid and scalable analysis of complex Earth Observation datasets.
Near Real-Time Alert Systems
Development of alert systems that utilise near real-time satellite data to monitor events such as deforestation, flooding, illegal activity, or infrastructure development as the happen.
Environmental Monitoring & Change Detection
Monitoring environmental change with precision through multi–temporal optical and radar satellite imagery, enabling the detection of trends in vegetation, land use, water bodies, and climate impacts over time.
Feature Extraction & Mapping Outputs
We transform satellite data into actionable intelligence by extracting meaningful features and spatial platforms from complex Earth Observation datasets and delivering them as clear, compelling maps to drive smarter decisions.
Agricultural & Land Use Monitoring
Supporting agricultural planning and policy through crop classification, growth stage analysis, and land use change detection using high-resolution Earth Observation imagery and derived products.
Data Fusion & Multi-Sensor Integration
Combining optical, radar, and thermal imagery from multiple satellite platforms to provide deeper insights and fill observational gaps in challenging environments.
Urban Expansion & Infrastructure Monitoring
Mapping and monitoring urban growth, infrastructure development, and impervious surface changes to support planning, zoning, and environmental impact assessments.