The Euroseeds Congress 2024 in Copenhagen was a remarkable success. Technology, innovation, and ambition were the driving forces behind this year's event. Computomics was thrilled to have been selected as one of twelve innovators to present on the InnovAction Stage!

The congress in Copenhagen was the perfect occasion to meet old friends and new colleagues and to get involved in business talks, exhibition, information on innovations and new regulations and policies. New this year was the “Euroseeds 2024 InnovAction Stage”. Start-up companies, SMEs and public-private partnerships pitched their latest innovations during special live sessions throughout two days of the congress. 12 innovators were chosen to present - Computomics was proud to be one of them. Our contribution: how Computomics is using AI on bioinformatics data for Climate-Smart Breeding 🌱

Dr. Sebastian J. Schultheiss, Managing Director, presenting at the InnovAction Stage

We appreciate everyone who took the time to connect with us during the Congress. We are eager to advance these crucial discussions at Euroseeds 2025 in Edinburgh.

In the meantime, we’ll be happy connect with us directly to discuss how you can revolutionize your breeding program with Computomics’ Climate-Smart Breeding technology. Reach out to Vesna at vesna.tabakovic@computomics.com!

 

Vesna Tabakovic,
Agricultural Advisor

Computomics applies AI to bioinformatics data to enable rapid understanding of genomics and drive advanced agriculture solutions. We are working together with breeders and growers across all crops and breeding programs to develop new crop varieties by applying our machine learning-based technology ⨉SeedScore® to predict performance. ⨉SeedScore® integrates genomic, phenotypic, and environmental data using AI to navigate gene and trait interactions, accelerate genetic gain, and provide accurate performance predictions to directly address current and future climate challenges. We are here to help breeders navigate complex challenges with unique insights and clear direction for fast, adaptive breeding solutions.