Advancing Sustainable Agriculture in North Macedonia with RAKwireless and Intelory Agrow

Denitsa Prodanova

July 21, 2023 • 6 min read

Company profile

Intelory Agrow is revolutionizing agricultural practices in North Macedonia through cutting-edge IoT solutions tailored for efficient farming. By leveraging advanced agriculture sensor technology measuring metrics such as soil, air and weather conditions alongside sustainable power options, Intelory Agrow is helping farmers increase productivity while reducing environmental impact. At the heart of this initiative is their powerful combination of WisGate Edge Pro gateways, Sensor Hubs, and solar technology utilizing LoRaWAN for smart farming.

Problem Statement

In North Macedonia, agriculture remains a cornerstone of the economy, contributing significantly to the country’s GDP and providing livelihoods for rural communities. Yet, this vital sector faces a persistent productivity gap when compared to European standards. A primary reason behind this disparity is the limited adoption of modern agricultural technologies and precision farming practices. Many farms still rely on traditional methods, leading to inefficiencies and missed opportunities for maximizing yields and optimizing resources. Intelory Agrow recognized that for farmers to thrive in an increasingly competitive market, they needed access to real-time, data-driven insights that could transform decision-making on the ground. However, rural locations presented a unique set of challenges: power constraints, connectivity issues, and the need for durable, low-maintenance equipment capable of enduring harsh agricultural environments. Addressing these challenges became the focal point for Intelory Agrow’s solution, aimed at not only improving productivity but also promoting sustainable farming practices across the region.

Solution

LoRaWAN Gateways and connectivity
1. A crucial component of Intelory Agrow’s deployment is the WisGate Edge Pro along with RAK Battery Plus solar solution, chosen for its compatibility with LoRaWAN and superior performance in the expansive and varied landscapes of farms. LoRaWAN’s long-range, low-power capabilities and flexibility are ideal for deployments typical in farming environments, ensuring stable communication and data flow even in remote locations. The interoperability and reliability of LoRaWAN make it the perfect choice for agricultural applications, facilitating smooth communication across various devices and vendors.
Sensor Platform and Interoperability
1. Intelory Agrow’s Sensor Hub-based solution offers farmers simplicity and efficiency with its intuitive setup process. NFC technology allows quick configuration, and the Probe IO interface enables diverse sensor integrations. The wide availability of open-source projects, sensors, and flexibility of LoRaWAN devices enables them to bring cost-effective solutions to their customers more quickly. Equipped with a solar-powered battery, the Sensor Hub ensures consistent, reliable operation using renewable energy, integrating sustainable practices directly into agricultural innovation.
Coverage Verification
1. To guarantee optimal network performance, Intelory Agrow uses LoRaWAN Field Testers to assess and verify coverage across farms. This testing phase is essential, ensuring no data gaps or dead zones that might compromise sensor reliability. The field testing provides farmers with proof of the network's strength and consistency, gathering empirical evidence of network reliability. This data is also demonstrated to the users affirming the robustness and effectiveness of the installation, thereby fostering trust and confidence in Intelory Agrow’s IoT solutions.

Outcome

Intelory Agrow’s farming technology marks a transformative step forward in sustainable agriculture. From intelligent deployment of solar powered agricultural sensors and renewable power integration to robust network validation, Intelory Agrow is setting a benchmark in modern farming. Their solutions demonstrate how technology can not only elevate agricultural productivity but also champion sustainability—paving the way for a greener, more efficient agricultural future.