Overview
Germany's new High-Tech Agenda identifies Biotechnology as one of six key technologies that will drive the country's future competitiveness and sovereignty.
The six key technologies are:
What makes the Biotechnology chapter particularly noteworthy is its focus: only four strategic goals have been defined. In a field as broad as Biotechnology, this limited number of priorities highlights where policymakers believe the greatest opportunities lie.
Strategic goal for Biotechnology: Speed up plant breeding
One of these four goals hones in on agriculture: the development of resilient and crisis-proof agricultural and food systems through biotechnology, with optimized crop protection and modern breeding technologies.
By placing modern plant breeding alongside areas such as gene therapies, industrial biotechnology, and medical technologies, the German government is sending a clear signal that crop innovation is a national strategic priority.
The timing could hardly be more relevant. Agriculture faces growing challenges from climate change, emerging diseases, resource scarcity, and increasing sustainability requirements. Farmers need crops that can withstand heat, drought, pests, and changing environmental conditions while maintaining stable yields and reducing inputs.
Modern breeding technologies provide powerful tools to address these challenges. Advanced genomics, data-driven breeding, artificial intelligence, and molecular breeding approaches enable researchers and breeders to identify valuable traits faster and develop improved varieties more efficiently. These innovations can significantly shorten breeding cycles and accelerate the delivery of climate-resilient crops to the market.
Accelerate innovation cycles for new plant varieties by one-third until 2030
The High-Tech Agenda goes even further by setting an ambitious milestone: accelerating innovation cycles for new plant varieties by one-third and making Germany a European leader in the development of competitive crop varieties by 2030.
The agenda places a strong emphasis on collaboration between research institutions and companies. By emphasizing industry participation in funded breeding projects, Germany aims to accelerate technology transfer and ensure that scientific advances reach farmers more quickly.
In a biotechnology strategy built around only four core objectives, the inclusion of modern plant breeding demonstrates its growing importance for food security, sustainability, and economic competitiveness. Germany is making it clear that the future of agriculture will be shaped by innovation.
Computomics at the intersection of two key technologies
Computomics works at the intersection of two of the agenda's six key technologies, AI and biotechnology, applying the first to accelerate the second. Our genomic prediction models help breeders identify valuable traits faster and shorten the path from data to improved variety, the same acceleration the High-Tech Agenda now sets as a national goal.
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