Darwin Auccapuri Quispetupa

This paper presents an integrated remote monitoring system for telecommunication networks and energy management in rural areas, developed for the connectivity project in Rio Santiago, Condorcanqui, Amazonas. It uses open source platforms such as Prometheus, InfluxDB and Grafana to monitor critical parameters in real time. A key challenge was to integrate non-SNMP compliant equipment, such as solar energy controllers, which was achieved through custom exporters and alternative protocols. The system offers unified monitoring, scalability, proactive alerts and advanced analytics, contributing to project sustainability and reliability in a challenging Amazonian environment.

Rural areas in Peru still suffer from a significant lack of mobile coverage, as operators do not find it profitable to invest in these regions due to geographical challenges, infrastructure requirements and economic constraints of the inhabitants. This research proposes the development of a 4G base station prototype for low population density rural areas using SDR technology using the LimeSDR model. Performance evaluation was carried out through local testing with the VOLTE service, using network parameter measurement tools, allowing optimizations for future deployments in rural environments.

The isolation barriers of the multiple communities settled in the Amazon rain forest region greatly affect the living conditions of its population. For the case reported in this paper, is around 9500 inhabitants in the five intervention localities of the Santiago River basin. The Santiago River Health Network operates one health center staffed with one physician, while the remaining four health posts are managed by health technicians with basic medical training (health Technicians have a minimum of 3 years of studies in health technical schools). The applied research work reported here aims to strengthen diagnostic and treatment capacities for public maternal and child health care in the Santiago River Basin of the Peruvian Amazon at a time of great vulnerability for Primary Health Care due to the SARS-CoV2 virus and COVID19 pandemic. It relies on rural telemedicine applications to bring health services where they do not reach or reach precariously and contribute to the population's access to quality health services. In this context, the initiative puts Information and Communication Technologies (ICT) at the service of health so that rural health technicians can make better decisions with remote support from specialists who advise them, provide safer and higher quality care to the population, especially women and their children, and so that the later can decide on their own health with more informed decision-making. Consequently, the focus was on a single result: the design of a Telemedicine System oriented towards the promotion, prevention, and care of maternal and child health for its future implementation.

This paper presents the design and implementation of a portable satellite station (Ku band) for itinerant multimodal Internet access, to be used on the Inca Trail route to the citadel of Machu Picchu-Cusco-Perú. A restrictive and challenging set of requirements had to be meet or exceeded such as low energy consumption, portability, and ease of deployment, all of them achieved via a field-tested prototype based on a simple but innovative approach.

The tsunami is a natural phenomenon that has affected Peru on some occasions, generated after an earthquake with an epicenter close to its coast. Generating human and material losses. Although there are Institutions in charge of alerting the population, this is not enough because of the coverage that they would have, because some public telecommunications services could be disabled during and after an earthquake, and blackouts in many affected areas. Thus, to safeguard more lives, HIRO has been developed, which provides the warning through audio and visual means prior to the arrival of a tsunami in the Peruvian coasts, HIRO takes advantage of the EWBS ¹ - DTT ² emergency signals issued by a channel authorized by the government of Peru for processing and respective activation of alerts.