Protected areas often lack integrated tools to manage biodiversity, tourism, and environmental monitoring in a unified way. As a result, data remains fragmented, decision-making is limited, and conservation efforts are less effective.

This presentation introduces a real-world implementation of an integrated system based on a combination of open-source geospatial tools, designed to support the full management of a protected area, using Cerro Kavaju (Paraguay) as a case study.

The project originated from personal field experience in Cerro Kavaju, initially through rock climbing and later through biodiversity research. This direct engagement led to the creation of Tekolab, an initiative focused on the conservation and sustainable management of the area.

The system integrates multiple components into a single workflow: web mapping for public engagement, trail planning and management, georeferenced biodiversity data (flora inventories), wildlife monitoring through camera traps, and recreational management including rock climbing routes.

In addition, environmental monitoring is incorporated through the integration of fire alerts and deforestation alerts (e.g., GLAD), complemented by lightweight drone data and field observations to provide a multi-scale understanding of ecosystem dynamics.

The system is built entirely with open-source technologies, including PostGIS, GeoServer, MapStore, GeoNode, ODK, and Apache Superset, forming a modular and scalable geospatial infrastructure.

This talk focuses on lessons learned from implementing an integrated system in a real conservation context, including challenges in data integration, field data collection, and system adoption.

The project demonstrates how a combination of open-source geospatial tools can go beyond visualization to support the full lifecycle of protected area management, offering a cost-effective and replicable model for similar initiatives in Latin America and other regions.