5Metis develops novel agricultural fungicides by leveraging a platform combining natural product screening and proprietary boron chemistry. This approach yields compounds with new modes of action that effectively break resistance to existing chemistries. The resulting solutions allow growers to reduce application rates while providing safer and more sustainable crop protection.

Agragene utilizes Precision-Guided Sterile Insect Technology™ (pgSIT) to disrupt pest reproduction and enhance crop yields without the use of pesticides or chemicals. The company addresses the challenges of crop damage and mosquito-borne diseases by providing environmentally friendly biological pest control solutions.

The startup develops biodegradable encapsulation technology that utilizes bioengineering and industrial fermentation to degrade pesticide residues on plants. This process enhances plant health and safety by removing toxic materials, thereby improving the quality of agricultural products.

Beagle develops AI-powered mechanization systems for precision cutting in agriculture, including vineyards and vegetables. Their See and Cut® technology integrates with existing equipment to perform accurate pruning and harvesting tasks. This solution significantly reduces manual labor requirements while maintaining crop safety and operational speed.

Beeflow provides end‑to‑end pollination programs for commercial fruit and nut growers, using data‑driven hive placement, real‑time weather monitoring, and specialized bee nutrition to maximize bee activity on target flowers. The platform delivers analytics and forecasts that help growers increase pollination hours, fruit set, and overall harvest quality.

Freight Farms provides modular hydroponic farming systems housed in upcycled shipping containers, enabling year-round crop production in diverse climates. This technology addresses food accessibility by allowing communities to grow fresh produce locally, reducing reliance on external food sources and minimizing transportation emissions.

Koidra provides an AI-powered automation platform that integrates physical models with autonomous control for industrial efficiency. Their technology optimizes operations in sectors like controlled environment agriculture (CEA) by using DataPilot for analytics and KoPilot for physics-aware autonomous control. This results in measurable improvements such as increased crop yield and enhanced energy efficiency for mission-critical industries.

Pattern Ag employs soil microbiome analysis to deliver customized recommendations that optimize agricultural inputs. This method enhances crop yield and soil health by identifying nutrient deficiencies and microbial imbalances in farming practices.

Phospholutions provides RhizoSorb 8‑39‑0, a patented phosphorus fertilizer that synchronizes phosphate release with crop demand, delivering up to 50% higher phosphorus use efficiency and reducing runoff and leaching by 78% and 84% respectively. The product cuts CO₂‑equivalent emissions by 45% and offers growers a $20 per acre ROI advantage while being compatible with existing application equipment, targeting manufacturers, retailers, and commercial growers seeking cost and sustainability gains.

Terramera offers a bio‑based crop protection platform that uses its Actigate™ targeted delivery system and AI‑driven formulation engine to create high‑efficacy, low‑synthetic pesticide blends for row crops. It also provides the Miraterra portable soil sensor suite with machine‑learning analytics to deliver on‑site, lab‑grade soil diagnostics for precision nutrient management.

The startup operates a soil analytics engine that utilizes proprietary soil DNA extraction and sequencing to quantify microbial populations and analyze soil chemistry. This technology provides farmers with precise soil insights, enabling them to optimize costs, manage risks, and maintain soil health as a valuable asset.

Velocigro develops HYPERroots™, a custom growth medium designed for vertical farming and home gardening that provides essential nutrients for up to two months while biodegrading without clogging irrigation systems. This technology addresses the need for sustainable, efficient growing solutions that minimize ecological impact and enhance crop yield.