Our technology components are ready to move us to the next phase Smart Droplets is an EU-funded project coordinated by the Agricultural University of Athens, aiming to enhance the efficiency and sustainability of crop spraying practices. To this end, it […]
Effective crop protection is a critical aspect of modern agriculture, ensuring healthy and high-yielding crops. Traditional spraying methods often face challenges such as inefficient chemical utilization, limited precision, and environmental concerns. However, Smart Droplets’ revolutionary Direct Injection Spraying (DIS) system […]
As the European Union embarks on its ambitious Green Deal journey, the need for innovative solutions to reduce pesticide and fertiliser usage becomes increasingly pressing. Enter Smart Droplets, a innovative project that combines the power of robotics, AI, and data […]
In the realm of modern agriculture, precision and efficiency in chemical application are paramount. Traditional methods of spraying often suffer from issues such as wastage, inconsistent dosing, and environmental concerns. However, a groundbreaking innovation called Direct Injection Spraying (DIS), as […]
The Smart Droplets project is at the forefront of revolutionizing crop care, employing innovative technologies to maximize impact in various domains. In this blog post, we delve into the diverse range of benefits delivered by the Smart Droplets project, highlighting […]
Labour shortages in the agricultural industry have become a critical challenge in recent years, impacting farm operations and the overall sustainability of the sector. As the availability of skilled farm labour decreases, agricultural businesses are seeking innovative solutions to ensure […]
Technology is changing the agricultural sector at a fast pace, increasing productivity, efficiency and sustainability. A tool that is rapidly gaining traction is advanced spraying equipment, particularly the Direct Injection Spraying systems. These not only improve the effectiveness & precision […]
This project has received funding from the European Union’s Horizon Europe research and innovation programme under grant agreement No. 101070496.
