Eden develops the GardenX™ platform, which uses AI and computational biology for intelligent crop protection. This system engineers proprietary proteins that respond in real-time to environmental threats like heat stress to maintain photosynthesis efficiency. The result is resilient crops that deliver higher, more uniform yields adaptable to changing climate conditions.
Funding
Funding not disclosed
Founders
Product
Problem
Rising global temperatures pose a significant threat to agricultural productivity, leading to crop failure and reduced yields. Traditional methods are insufficient to mitigate the impact of extreme heat events on essential crops, jeopardizing food security and agricultural heritage.
Solution
Eden develops the EdenX™ heat resistance platform, a biological solution that enhances crop resilience to elevated temperatures. This technology utilizes root-dwelling microbes that detect thermal stress and trigger the release of protective proteins within the plant. This mechanism maintains photosynthetic efficiency, enabling crops to remain productive during heatwaves. The platform offers a non-GMO approach to crop protection, ensuring consistent yields and preserving the quality of sensitive agricultural products.
Target Audience
The primary customers are agricultural producers and agribusinesses seeking to protect high-value crops, such as coffee, cocoa, and wine grapes, from the detrimental effects of heat stress.
Features
- EdenX™ platform employs root-dwelling microbes for in-situ detection of thermal stress.
- Microbes release plant-protective proteins that sustain photosynthetic activity under heat.
- Provides on-demand, biological heat-survival system for crops.
- Facilitates instant trait deployment without requiring genetic modification or breeding cycles.
- Offers stackable protection that integrates with existing agricultural practices and seed genetics.
- Ensures consistent crop performance and resilience across varying environmental conditions.