

International – Shaping the Deep-Tech Revolution in Agriculture (document in English)
This report reframes the future of agriculture around deep-tech innovation, positioning technologies such as GenAI, robotics, computer vision, CRISPR and satellite sensing as essential tools for navigating converging global pressures. It challenges the assumption that incremental agritech is sufficient, showing instead that climate extremes, workforce decline, soil degradation and geopolitical instability require systemic transformation powered by high-precision, science-based solutions. It also reinforces that scaling deep tech depends on ecosystem building, combining policy reform, patient capital, data infrastructure and human-capital development.
As you read, remember to use this contribution to be one of the true values that our world needs. ✌️✌️✌️
Full citation (APA 7th edition):
World Economic Forum et al. (2025). *Shaping the deep-tech revolution in agriculture*. World Economic Forum.
– Agriculture faces five simultaneous pressures: shrinking labour availability, climate extremes, natural-resource degradation, rising demand and geopolitical disruption (p. 6)
– Seven deep-tech domains underpin breakthrough solutions: GenAI, computer vision, edge IoT, satellite sensing, robotics, CRISPR and nanotechnology (p. 9)
– Use cases such as swarm robotics, agentic AI, climate-resilient crops, digital twins and autonomous irrigation demonstrate how tech convergence delivers transformational productivity gains (pp. 26–33)
– Deep-tech adoption requires enabling ecosystems across regulation, financing, human capital, digital infrastructure and innovation support (p. 35)
– Stakeholders including governments, academia, investors and big-tech firms must coordinate to seed, de-risk and scale solutions for resilient, inclusive food systems (p. 37)
#deeptech #agriculture #WEF #AI4AI #climatesmartagriculture #foodsystems #robotics #CRISPR #IoT #sustainability
7 December 2025 à 02h04
View on LinkedIn →