Lensor offers a geospatial intelligence platform for urban land management, providing tools to visualize biotope conditions and monitor ecological changes. It integrates satellite imagery and ecological data to support regenerative land management strategies and inform decisions for enhanced green infrastructure.
Funding
Funding not disclosed
Founders
Product
Problem
Urban planners and developers lack accessible, science-based tools to visualize biotope conditions, monitor ecological changes, and inform land management decisions. This deficit hinders compliance with biodiversity targets and effective implementation of regenerative practices, contributing to habitat loss and species decline in urbanized zones.
Solution
Lensor provides a geospatial intelligence platform that integrates satellite imagery, ecological data, and decision support tools for urban land management. The platform enables users to identify critical ecological patterns, monitor vegetation and soil health, and forecast the impact of land use changes. By offering actionable insights and data-driven reporting, Lensor supports the adoption of regenerative land management strategies. This empowers cities and organizations to enhance green infrastructure and meet sustainability objectives through precise, evidence-based interventions.
Target Audience
The primary customers are urban planners, landscape architects, municipal governments, and real estate developers focused on sustainable land management and green infrastructure development.
Features
- Geospatial analytics engine processing high-resolution satellite imagery for biotope mapping and change detection.
- Vegetation health indices (e.g., NDVI, EVI) and soil moisture analysis derived from multi-spectral sensor data.
- Predictive modeling for forecasting land use impacts on ecological parameters.
- Interactive dashboard for visualizing ecological patterns, monitoring trends, and scenario planning.
- Reporting module for generating data-backed assessments and tracking progress against biodiversity targets.
- API for integrating ecological data and insights into existing urban planning workflows.