• Smart agriculture technology applications
• Sensor networks and IoT-based agricultural monitoring systems
• Data analytics and agricultural data management solutions
• Robotics 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 farming projects
• Agricultural production and tracking system with blockchain technology
• Agricultural software and mobile application development
• Sustainable farming techniques and organic farming methods
• Agricultural innovations that increase water and energy efficiency
• Strategies to cope with climate change affecting agriculture
• Agricultural data communication using wide area networks (LoRa)

Farmer Decision Support Software

Farmer Decision Support Software has been developed to help farmers manage their agricultural operations more effectively and efficiently. Agricultural Solution Center adopted the idea of developing this software to provide technology-based solutions to farmers.

NFC Technology

The agricultural application, integrated with NFC technology, has been developed to keep track of the characteristics of the tools and machinery in the production fields and the records of agricultural practices. Thanks to the NFC tags, it is possible to access information about the work in the field and the history of the product seamlessly through the web-based application.

Warehouse - Well Automation

Tank-Well Automation was developed to save the time and effort farmers spend to turn on and off the water in their fields. The project aims to provide convenience and efficiency to farmers by allowing water to accumulate automatically.

Fresh Feed Prodiction System İn The Climatic Chamber

The project was developed to meet the green grass needs of cattle, sheep and poultry by using a fresh feed production system in an air conditioning room. With an 18m2 facility, it is aimed to meet the need for green grass in areas without pasture and to produce green grass with high nutritional value for animals.

Beekeping Automation

The Beekeeping Station has been developed to reduce beekeepers' in-hive mobility, disease and the risk of theft, and to enable beekeepers to monitor and manage their hives more effectively. Thanks to the smart sensors developed, hive weight, movement and closing status can be monitored, problems can be detected and warnings can be sent to beekeepers.

Weather Station

The Meteorological Station aims to increase the sustainability of agriculture by using climate data. Thanks to the meteorological stations, the climate conditions of agricultural lands are monitored and it is aimed to grow the right crops with the right plant nutrition, irrigation and fertilization practices.

Greenhouse Sensor

The Greenhouse Sensor aims to overcome the challenges of traditional greenhouse methods. The difficulty of controlling factors such as air circulation, temperature and humidity inside and the resulting lack of productivity negatively affect agricultural production. With the use of advanced greenhouse sensors and automation technologies, these problems are solved and farmers are provided with the opportunity to have a more efficient, safe and sustainable agriculture.

Digital Pheremone Trap

The Digital Pheromone Trap aims to address the environmental, economic and health risks posed by the continuous use of chemical pesticides in the agricultural sector. It aims to promote sustainable and environmentally friendly agricultural practices by promoting methods of controlling pests using natural enemies. This is an important step that aims to enable farmers to increase productivity and ensure the long-term sustainability of agriculture.

Smart Door System İn Livestock

The Livestock Smart Door System has been developed to reduce the risk of disease transmission in the livestock sector and protect the health of animals. It aims to provide a solution to prevent uncontrolled entry-exit and spread of diseases, to prevent economic losses of farmers and to promote healthy animal husbandry practices. With the smart gate system and pedometer technology, the movements of animals are controlled, reducing the risk of disease transmission and protecting farmers' income.

Smart Pasture Systems

Smart Pasture Systems aim to provide a healthier and more efficient animal husbandry practice by improving the welfare of animals in pastures. It also aims to protect farmers' income by bringing together technology integration and multiple solutions to prevent and contain the spread of diseases.

Milk Automation

Milk Automation aims to improve animal welfare and optimize milk productivity by reducing the milking process challenges faced by cattle farmers. At the same time, reducing the time spent on the milking process can reduce the workload of farmers and increase the productivity of livestock enterprises.

Digital Leaf

Digital Leaf aims to increase agricultural productivity and provide farmers with accurate and timely agricultural data for effective decision support. Through the use of digital leaf and soil sensors, the water, nutrient and spraying needs of plants are more accurately determined, thus increasing yields and ensuring effective use of resources.

Early Warning System

The Early Warning System aims to optimize agricultural irrigation management to ensure that plants reach optimal growth conditions. With its digital sensors and early warning system, it provides farmers with accurate irrigation information, preventing waste of water resources, increasing productivity and supporting environmental sustainability.

Artificial Intelligence Supported Intelligent Irrigation System

AI-Powered Smart Irrigation System aims to develop an AI-powered smart irrigation system to increase productivity, optimize water and fertilizer use, and ensure environmental sustainability in the agricultural sector. Using digital sensors and artificial intelligence, this system monitors soil, plant and weather conditions, provides real-time recommendations to farmers and creates personalized irrigation strategies. In this way, farmers can achieve more efficient agricultural management, reduce water and fertilizer use, and obtain more and better quality crops.