We develop innovative digital solutions to increase productivity and sustainability in agriculture. From mobile applications to IoT-based sensor systems, our projects simplify farmers’ production processes and enable data-driven decision-making.
Our technology and innovation solutions cover the following areas:
- Smart agriculture technology applications
- Sensor networks and IoT-based agricultural monitoring systems
- Data analytics and agricultural data management solutions
- Robotics and automation systemsRobotics and automation systems
- Biotechnology and genetic engineering applications
- Remote sensing and image processing technologies
- Use of agricultural drones and unmanned aerial vehicles
- Biofertilizer and biogas production technologies
- Integration of renewable energy sources into agriculture
- Vertical farming systems and urban agriculture projects
- Agricultural production and traceability through blockchain technology
- Agricultural software and mobile application development
- Sustainable agriculture techniques and organic farming methods
- Agricultural innovations that improve water and energy efficiency
- Climate change adaptation strategies in agriculture
- Agricultural data communication using wide-area networks (LoRa)
The Farmer Decision Support Software was developed to help farmers manage their agricultural operations more efficiently. Designed by the Agricultural Solutions Center, this software provides technology-based solutions to farmers.
The Solar-Powered Drying System project was developed in response to the high costs and energy demands of traditional drying systems, which are often inaccessible to small family farms. Using solar energy, the system offers an economical and eco-friendly drying solution.
The agricultural application integrated with NFC technology was developed to track the specifications of machinery and record agricultural operations in production fields. Through NFC tags, users can access field data via a web-based application.
The Storage–Well Automation System was created to help farmers save time when managing irrigation. The system enables automatic water collection and control, offering convenience and efficiency to farmers.
This project aims to meet the green fodder needs of livestock (cattle, sheep, poultry) using a climate-controlled indoor production system. With just an 18m² facility, it provides a sustainable solution for producing nutritious fodder in regions without pastures.
The Beekeeping Station helps beekeepers monitor hive activity more effectively and minimize the risks of disease and theft. Smart sensors track hive weight and movement, sending alerts to the beekeeper in case of irregularities.
The Meteorology Station enhances agricultural sustainability by providing real-time climate data. It helps monitor weather conditions on farmlands and supports optimal irrigation, fertilization, and crop selection practices.
The Greenhouse Sensor monitors key environmental parameters such as temperature, humidity, and air circulation to improve efficiency in greenhouse operations. With smart sensor and automation technologies, it enables more productive and sustainable cultivation.
The Digital Pheromone Trap was developed to reduce the environmental and economic impacts of chemical pesticides. It supports sustainable and eco-friendly agriculture by controlling harmful insects through natural means.
The Smart Gate System improves animal health and reduces the risk of disease transmission. Using gate automation and pedometer technology, it tracks animal movements, prevents unauthorized entries, and minimizes farmers’ financial losses.
The Smart Pasture Systems enhance animal welfare and support sustainable livestock farming. By integrating technology-based solutions, they help prevent disease outbreaks and protect farmers’ income.
The Milk Automation System optimizes milking processes in dairy farming to improve animal welfare and increase milk yield. It also reduces labor time, easing the workload for farmers.
The Digital Leaf project was developed to enhance agricultural productivity and provide farmers with accurate decision-support data. Leaf and soil sensors determine plants’ water, nutrient, and pesticide needs, increasing yield and resource efficiency.
The Early Warning System optimizes irrigation by providing real-time soil moisture and weather data. It promotes water conservation, improves crop growth, and supports environmental sustainability.
The AI-Powered Smart Irrigation System enhances agricultural efficiency by optimizing water and fertilizer use. Through sensors and artificial intelligence, it monitors soil, plant, and weather conditions to provide real-time recommendations for farmers.