A Regional Model Becomes a Strategic Solution
After four years of development, implementation, and validation, LoRaVida is no longer a standalone project – it has become a scalable infrastructure model for resilience in climate-vulnerable regions. What began in 2025 in a remote part of the Andes is now, in 2029, evolving into a strategic framework for disaster preparedness, rural development, and decentralized digital access.
Transfer Planning: From Oxapampa Toward Lima – Along the Carretera Central
The next phase focuses on extending the network toward the greater Lima region, especially along the most exposed stretches of the Carretera Central. The aim is to secure additional high-risk corridors, particularly in areas where landslide hazards, traffic density, and population converge.
🎯 Planned Expansion Areas 2029:
District of San Ramón (Chanchamayo)
Valley regions near San Mateo, Chicla, Matucana
Eastern slope of the Cordillera in the Lima region (e.g., Huarochirí)
These regions are representative of many transitional zones between highland and coast that face similar risks – and could benefit from the LoRaVida system.
The LoRaVida Toolkit – A Foundation for Controlled Scaling
In 2029, the entire system – including technical components, software, methodology, and training concepts – was consolidated into a modular toolkit. This toolkit is not intended for open publication, but rather for coordinated deployment within institutional partnerships.
📘 The Toolkit Includes:
CAD files and assembly guides for nodes, solar panels, and sensor columns
Software configurations for mesh networking and data flow (Node-RED, Grafana, etc.)
Training modules for maintenance, data utilization, and communication protocols
Adaptation guidelines for various altitudes, climate zones, and administrative contexts
The toolkit is managed centrally by the LoRaVida team and is only accessible under formally established cooperation agreements. In 2029, the first such agreements are being prepared with regional government offices, universities, and development organizations.
A Research Platform with International Reach
With the first complete data sets from three years of field operations, LoRaVida is now one of the few fully functional research platforms for resilience technologies in tropical highland regions.
📊 2029 Highlights:
Long-term time series from more than five microclimate zones
Sensor-based analysis of soil moisture, UV radiation, wind, and extreme rainfall
Trial plots for agroecological systems at varying altitudes
Co-publications with UNALM, DWD, and Fraunhofer
Integration of data into university teaching in Peru and Germany
The project combines field application, scientific documentation, and education – a model with strong international replication potential.
Vision 2030: From 14 Nodes to 140 – A Network for the Andes
Building on the success of the pilot phase, the LoRaVida team aims to expand the existing network along the Carretera Central – with more than 100 additional LoRa nodes at critical locations.
📈 Goals by 2030:
Comprehensive coverage in high-risk regions affected by landslides and flooding
Strengthening emergency communication along key transport corridors
Expanding the range and impact of the monitoring and early warning system nationally
A key element of this vision is the targeted expansion of the existing Technology Center. Rather than creating new training hubs, LoRaVida focuses on further developing its central base in Oxapampa.
🏗️ Strategic Priorities:
Expansion of technical infrastructure, labs, and workshops on site
Addition of dedicated training and seminar spaces
Development of standardized training formats offered directly at the center
Establishment of the location as a national reference point for resilient development
Rather than being spread thin, LoRaVida is being consolidated, strengthened, and quality-assured – with the Technology Center as the core for innovation, training, and system management.
Conclusion: LoRaVida as an International Commons with Local Roots
LoRaVida is more than a pilot – it is a strategically deployable system for increasing regional resilience. It is scalable, adaptable, replicable – and most importantly: grounded in everyday reality.