With space technology and collaborative tools, Lensor is building a new era of precision and care for our land
JUMP ABOARD THE FUTURE
OF LAND MANAGEMENT
IDENTIFY
MONITOR
FORECAST
REPORT
critical ecological patterns
changes in soil and vegetation health
Forecast the impact of land use
sustainable decisions
The future of land care is data-driven, regenerative, and collaborative. We support land managers, cities, and organisations benefit from a new era of precision, powered by satellite intelligence and co-creation on the ground.
The future of land care is data-driven, regenerative, and collaborative. We support land managers, cities, and organisations benefit from a new era of precision, powered by satellite intelligence and co-creation on the ground.
Planners and developers lack easy-to-use, science-based tools that can visualise biotope conditions, track ecological change, or suggest timely actions such as reducing mowing frequency, monitoring invasive species, preserving protected edges, or minimising chemical input. The absence of these tools creates gaps between biodiversity commitments and the everyday decisions that shape urban landscapes.
Construction-related activities alone account for an estimated 30% of global biodiversity loss, while urban expansion has driven 16% of total habitat loss, resulting in up to a 50% decline in local species richness and a 38% reduction in species abundance in highly urbanised zones.
Biodiversity loss and ecological degradation are accelerating globally
The problem
Urban areas are facing increasing challenges in managing green spaces effectively. These issues are further intensified by regulatory pressures such as the EU Biodiversity Strategy for 2030 and other sustainability frameworks, which demand accurate data, measurable action, and transparent reporting.
The health of the land starts with informed decisions
current practices for biodiversity and ecosystem monitoring are heavily reliant on manual methods
Lensor is building a SPACE intelligence powered platform that enables precision ecological assessment, planning, and monitoring; designed specifically for urban environments.
