Detect and measure infrastructure evolution with precision and context
Monitor multitemporal land, vegetation, and asset changes with satellite-powered insights that support planning, risk prevention, and sustainable growth.
Unmonitored changes compromise asset integrity and environmental balance.
Without systematic observation, gradual or sudden transformations — from land degradation and deforestation to urban expansion and construction impacts — often go unnoticed until they cause damage or regulatory issues. These changes can result in:
Infrastructure instability
Ground deformation, erosion, and unplanned works increase maintenance and safety risks
Environmental degradation
Vegetation loss, soil erosion, and water contamination alter ecosystems irreversibly
Non-compliance and legal exposure
Failure to detect unauthorized land use or construction may lead to costly penalties
Inefficient asset management
Outdated maps and reports reduce situational awareness and hinder operational decisions
Reactive instead of proactive action
Delays in detecting change increase costs and limit effective intervention opportunities
Traditional surveys and local inspections only capture isolated points in time. Satellite-based multitemporal analysis provides a continuous and scalable understanding of change dynamics across vast areas.
Full-cycle risk management
Continuously monitor defined areas of interest for visible or structural changes
Validate changes on the ground, collect complementary data, and update operational reports
Spotlite Platform
Assess detected changes, classify land cover transitions, and analyze temporal correlations
Track evolution patterns to support planning, mitigation, or restoration strategies
Monitoring Capabilities
Land Use & Land Cover Change Detection
Identify transitions between natural, agricultural, and built environments Vegetation Dynamics Monitoring
Track forest loss, reforestation, crop rotation, and vegetation recovery over time Infrastructure Evolution Mapping
Detect new constructions, road expansions, and ground disturbances Soil and Surface Alteration Analysis
Reveal erosion zones, exposed soil areas, and earthworks progression Waterbody and Wetland Change Detection
Monitor seasonal and long-term variations in rivers, lakes, and wetlands Cumulative Change Index
Quantify accumulated modifications to assess landscape transformation intensity Comparative Multiperiod Analysis
Compare any two or more timeframes to visualize and quantify differences Historical Evolution Archive
Access multi-decade change data to evaluate long-term spatial transformations