Turk Telekom Pilots 5G Smart Agriculture Project

Turk Telekom has announced the launch of a pilot 5G network in the town of Corum to develop digital agriculture applications, enabling transformative advancements in the agricultural sector. The project, developed in collaboration with ZTE, utilises drones to monitor crops and farming installations, collecting data to support automated irrigation and fertilisation. The project integrates advanced technologies, including drones and smart agricultural machinery, with a high-speed, low-latency 5G network, the company said.

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Transforming Agriculture with Technology

Turk Telekom highlighted that the features of 5G have successfully facilitated tasks such as automated spraying, fertilising, and precision irrigation.

The Turkish operator, which focuses on implementing green networks and applications, launched the 5G agriculture project in Corum with the goal of enhancing energy efficiency and productivity. The project automates processes like precision irrigation, pesticide spraying, and autonomous sowing and harvesting, thereby improving efficiency and conserving resources.

The Deputy General Manager of Turk Telekom Network said, “The precision and data-driven capabilities brought by 5G will help us overcome the challenges of modern agriculture, increase efficiency, and support sustainable growth. Through this pioneering project, we are not only strengthening our technological capabilities but also taking a strong step towards sustainability. This aligns with our vision of empowering agriculture through technology, improving living standards, and promoting socio-economic development.”

Energy Efficiency

Under the scope of the project, Turk Telekom and ZTE established a high-speed, low-latency 5G network in the region. Leveraging this connectivity, drones now carry out tasks such as automatic pesticide and fertiliser spraying and precision irrigation to optimise water usage. Additionally, farmers adopting autonomous driving technology can automate sowing and harvesting, particularly during peak agricultural seasons.