We spotted an opportunity to blend farming with the latest tech. And we did something about it. Soon to be available for free!
In the ever-evolving world of agriculture, we saw an opportunity to bridge the gap between traditional farming practices and cutting-edge technology. The integration of drones and data analytics had already become a part of our everyday farm work, but we aimed higher. We envisioned a future where artificial intelligence could optimize processes, promote sustainability, and revolutionize the way farmers and agronomists approached their craft.
We recognized that the realm of agriculture was in need of a bridge between the past and the future. Traditional farming methods were being enhanced with modern technology, but something was missing. The connection between research and practical application had room for improvement. We saw a need to streamline access to scientific knowledge, making it more accessible and efficient for agronomists and farmers alike.
Our in-house Agro R&D team, consisting of agronomists and software developers, set out to create a chatbot that would be more than just a virtual assistant. It would be a specialized tool designed to address the unique needs of the agricultural community. Our goal was to harness the power of AI to enable farmers and agronomists to sift through vast amounts of scientific research and internal reports with ease.
This chatbot would be the key to unlocking a treasure trove of knowledge, allowing users to pose questions and receive precise, scientifically-grounded answers.
It was like giving each piece of information in a vast agricultural library a unique, meaningful address, allowing the chatbot to find the most relevant information quickly and accurately.
However, we knew that in the world of agriculture, one size does not fit all. Generalized chat assistants, although comprehensive, might not always provide the depth and specificity required for niche agricultural inquiries. To address this, we delved into the concept of ‘vector embedding,’ a technique that would give the chatbot a deeper understanding of agricultural concepts and their relationships.
‘Knowledge graphs’ further enriched the chatbot’s capabilities. These structured maps of agricultural knowledge facilitated a comprehensive understanding of intricate relationships among concepts. Imagine a web where each node represented a specific agricultural concept, and the connections between them highlighted their relationships. This structure ensured that the chatbot’s responses weren’t just accurate; they were rich in context.
The practical applications of our innovation in agriculture were vast. Researchers in agronomy and farmers will soon be able to consult the chatbot for tailored advice on topics ranging from crop rotation to pest control methods, all rooted in organic and sustainable practices. It is a step toward making informed decisions in the world of agriculture, and ensuring a sustainable future for all.
LoginEKO’s chatbot is not just a tool; it is a catalyst for the transformation of agriculture. It represents the harmonious blend of tradition and technology, where the roots of the past nurtured the growth of a sustainable and data-driven future.
As we continue to refine the chatbot, the focus remains on improving and adapting the tool to best serve the needs of the organic agricultural community.
Want to be the first to test GrainBrain when it becomes available?
Read more about the technology behind GrainBrain here.
Agronomy research traditionally relies on small, controlled trial plots, which may not accurately represent the complexities and variabilities found in larger, real-world settings.
Read article
The power lies in our hands—or rather, on our plates. With each meal, we wield the ability to shape a more sustainable future.
Read article
Our data-driven approach to traceability enables comprehensive data collection at every step of the production process.
Read article
Careers
Poslovi