Soil Fertility

NanoSeedra is a deep-tech startup developing advanced seed-enhancement materials that strengthen germination, root development, and early plant growth under climate stress. Our technology is based on a proprietary class of engineered nanostructures designed to interact with the seed surface and improve its physiological response during the critical early stages of development.

These materials enhance water uptake, support stronger root formation, and help plants tolerate challenging conditions such as salinity, poor soils, and rapid climatic fluctuations. Across multiple laboratory and early field tests, seeds treated with NanoSeedra’s formulations demonstrate faster germination, increased vigor, and improved resilience compared to untreated controls.
By enhancing early plant strength, NanoSeedra reduces the need for fertilizers and chemical treatments, supporting lower agricultural emissions and more efficient resource use. The technology integrates seamlessly into existing seed-coating and priming processes, requires only small quantities of material, and is economically viable for both large and small-scale farming systems.
NanoSeedra is focused on enabling climate-smart agriculture, especially in regions facing soil degradation, salinity, and water scarcity. Our mission is to provide scalable, materials-based solutions that improve yield stability, support sustainable farming practices, and strengthen global food security — without relying on biological or genetically modified inputs.

Jacob-AI is an end-to-end Farm Intelligence Platform designed to make regenerative agriculture scalable for farmers. Our technology fuses advanced diagnostics with local ecological wisdom. Creating a farm digital-twin.

The system has three core components:

1. Explainable AI (XAI) Engine: This is our core differentiator. The AI engine does not function as a “black box.” It integrates the real-time diagnostic data with a digitized knowledge base of traditional farming wisdom (AKEM – Agricultural Knowledge and Ecological Mulching).

2. Multi-Source Data Fusion: We integrate farmer-provided, on-ground data with a wide array of technology sources, including satellite imagery, drones, advanced soil models, and results from existing lab-based soil tests.

3. Actionable Recommendations: The platform generates hyper-localized, multi-seasonal regenerative plans (e.g., tailored biofertilizers, composts, mulching) and delivers them in a user-friendly, local-language interface.

Crucially, our XAI explains why it recommends an action, building the trust necessary for farmers to transition from chemical inputs to sustainable, long-term practices. We are digitizing wisdom to secure a resilient future

IDRA is revolutionizing soil monitoring through its cutting-edge “lab-on-a-sensor” technology, delivering accurate, real-time data at scale. By dramatically simplifying field measurements, IDRA enables high-resolution insights into soil carbon, fertility, moisture, and more, empowering stakeholders across carbon markets, regenerative agriculture, sustainability, and land management.

This scalable solution reduces operational complexity while unlocking the full potential of soil as a climate asset

AgriPass is addressing one of agriculture’s most urgent climate challenges—sustainable weed control in light of labor shortages, through a unique approach: robotic, AI-driven, non-chemical weeding that mimics manual labor for selective weeding, protects soil structure, reduces carbon release, and enables scalable soil related practices without compromising efficiency or cost

PhenoRoot is an innovative agtech startup dedicated to transforming the way the world understands and improves crop performance. PhenoRoot tackles one of agriculture’s most persistent challenges: the hidden half of plants – their roots. With over 80% of crop yield losses originating from root and soil problems, PhenoRoot’s mission is to bring these critical, often overlooked systems into the light.
The company leverages advanced 3D imaging, computer vision, and AI-driven analytics to provide high-throughput, high-resolution phenotyping of soil-grown root systems in real-life conditions. This technology delivers practical, data-driven insights that are directly relevant to field performance, enabling faster and more effective product development for crop breeding, crop protection, and nutrition.
PhenoRoot’s clients include leading seed and agrochemical companies, academic research institutions, and R&D centers seeking to breed climate-resilient crops, develop novel crop protection solutions, and enhance soil health.
By delivering deep insights into root function and architecture, PhenoRoot’s technologies support advancements in regenerative agriculture and sustainable farming. These insights contribute to key agricultural priorities, including improved soil health, enhanced biodiversity, optimized resource use, and increased crop resilience to environmental stresses.
By building the world’s most comprehensive digital root database, PhenoRoot empowers agricultural innovators to accelerate the development of sustainable, high-yield crops, driving both food security and environmental resilience.

We are Soilwiz, an innovative agricultural technology company dedicated to revolutionizing soil salinity management for farmers.

We are passionate about sustainable agriculture and empowering farmers with accessible, actionable insights. We understand the complex challenges modern farming faces, especially critical issues like soil salinity, and we’ve built a solution designed to make a real difference.

Soilwiz provides a cutting-edge, yet remarkably simple, system for precise soil solution analysis. Our technology moves beyond traditional, time-consuming methods, offering farmers immediate, clear data on their soil’s condition, with a particular focus on detecting and managing salinity. By translating complex soil chemistry into easy-to-understand recommendations, we enable farmers to optimize their water usage, apply nutrients more effectively, and proactively mitigate salinity’s damaging effects.

This leads to healthier crops, increased yields, reduced operational costs, and ultimately, a more sustainable and profitable farm. We help farmers make smarter decisions, faster.

SolarWine revolutionizes vineyard management by merging renewable energy with precision viticulture. Our patented agrivoltaic canopy system seamlessly integrates solar panels into vineyards, protecting crops from extreme weather while allowing uninterrupted mechanical harvesting. This innovative design not only generates clean, sustainable energy but also creates a diversified revenue stream that reduces operational costs and boosts overall profitability. Coupled with our AI-driven platform, vineyard managers receive real-time analytics and actionable insights to optimize irrigation, monitor crop health, and enhance yield quality. By harnessing the power of the sun, SolarWine empowers vineyard owners to meet sustainability goals, improve resource efficiency, and secure long-term economic growth.

Join us in pioneering a greener, more resilient future for viticulture.

MEND, formerly ReGen, makes a complete living soil microbiome: bacteria, fungi, protozoa and the beneficial nematodes, plus natural metabolites, concentrated without killing the biology. We restore the biology that makes the nutrients already in the soil available to the plant.

Most biological products introduce a single isolated strain into a system that only works as a group. Our concentrate contains the complete microbial groups and runs on equipment the farm already owns, through seed treatment, fertigation or foliar spray.

Four independent institutions have tested it, and we ran none of the trials. The Ministry of Agriculture measured 14% more nitrogen intake in wheat. MIGAL measured about 80% less fungal infection in cotton. Evogene maintained onion yield on half the nitrogen. HaMadama and the Volcani Center saw broomrape pressure suppressed in sunflower.

Today MEND works with commercial growers in Israel across wheat, cotton, onion, sunflower, strawberry, potato, avocado and mango, plus four large nurseries running pilots. More than 1,000 microbial species are identified by DNA sequencing of the formulation, and diversity is steered through feedstock ratios. There are no patents for now, by choice. The process is a trade secret.

The measurement and monitoring of soil properties is key to increasing agricultural productivity, ensuring food security and quality and combating climate change through carbon incentives. Yet today’s measurement techniques are highly labor intensive, time consuming, costly, unscalable and inaccurate causing financial loss, yield loss and long-term soil degradation.

TierraSpec provides an end-to-end soil intelligent management platform that consolidates, simplifies, and improves soil measurements into one B2B SaaS platform. We utilize high resolution satellite data, a global soil database that includes tens of thousands of points and machine learning predictive algorithms. To build and provide our customers with fully remote, on-demand, high resolution soil status information maps, coupled with actionable insight, for real data-based decision making.
This enables the optimization of soil input management and monitoring, decreasing operational costs, increasing yield and improving land management and sustainability, while also enabling agriculture to create additional revenue through carbon market initiatives.
Data based soil management is a necessity, working with TierraSpec will provide you the right data at the right time.

GG integrates natural systems into the conventional model by offering plug-and-play products that leverage waste, fostering growth and regeneration. Our affordable, tailor-made solutions, based on biology and nature’s principles, empower farmers to efficiently cultivate while enhancing the natural environment.
GG does this by leveraging microorganisms via our unique “Eco-System” enhancing soil nutrient cycling. This leads to farmers receiving more available nutrients while saving money on mineral fertilizers.
Additionally, the conventional model becomes less environmentally impactful due to the reduction of material runoff into the natural ecosystem.

Osirix empowers farmers by delivering full control over their crops through advanced aerial imagery. Unlike others, we take the lead in not only collecting this imagery but also eliminating the need for unreliable statistics. Our end-to-end solution ensures that farmers have precise knowledge of what’s happening on every inch of their fields, from data collection and analysis to precision spraying when necessary.

With less than 10% of farmers worldwide currently utilizing this technology, our farmer-first approach makes it easier for them to embrace innovation.

By adopting our solutions, farmers can move toward more sustainable practices, reducing chemical usage, optimizing resources, and ultimately contributing to a more sustainable agricultural future.

Agrematch is an AI company specializing in sustainable products for the Agriculture & Food industries. Our pipeline includes leading natural and sustainable crop protection and nutrition products. Our pioneering AI predictive system and validation platform enable the discovery and development of active ingredients faster and more cost-effectively than the industry standard

Greeneye utilizes artificial intelligence and deep learning technology to revolutionize the weed and pest control process in agriculture, transitioning from the current practice of broadcast and wasteful spraying of herbicides and pesticides to precision spraying, reducing up to 90% of chemical usage.

YieldsApp’s groundbreaking AI-based technology provides a precise diagnosis of pests, diseases, and soil health together with the exact courses of action to take in order to sustainably avoid, eliminate, or prevent infestation or contagion, while minimizing the use of pesticides, herbicides, and fertilizers, thereby reducing carbon footprint.

Viridix supports best practice and help growers to irrigate right – so they can produce the best quality and yield. Viridix is a global irrigation company that makes irrigation easy, affordable, and sustainable. With their innovative products, growers across the world irrigate in the right amount and on the right time to save water and resources, optimize production and quality outcomes.

Projini develops safe active ingredients for the crop protection industry.

Their novel small molecules are developed with the company’s proprietary AI-driven discovery platform and new mode-of-action.

They enable highly productive and sustainable agricultural solutions.

Agmatix is an agro informatics company that develops data-driven solutions for the agriculture industry. Our data-driven Ag solutions standardize agronomic data and provide actionable insights for Ag professionals and growers. Their unique technology uses agronomy data science to improve crop yield and promote sustainable agriculture. Their revolutionary approach solves the lack of data standardization and harmonization and brings advanced AI technology to Ag professionals worldwide. Agmatix’s agro informatics platform brings Ag professionals together and allows them to collaborate on research in order to improve agricultural practices.

EcoPhage is an agribiotechnology company, providing sustainable and effective, phage-based crop protection solutions to manage bacterial plant diseases.

Agrinoze is a data-driven irrigation and fertigation solution that significantly increases crop yield while conserving water and fertilizers. Autonomous management and real-time response enable Agrinoze to maintain an optimal soil environment while decreasing emissions, pollution, and soil degradation. This solution is effective for any crop or soil and provides a sustainable path to global food security.

Intensified agricultural production methods and chemical applications have led to the degradation and depletion of soil microbiota and account for a significant fraction of global GHG emissions. The global food system is facing multiple challenges around the need to increase crop yields while simultaneously reducing chemical inputs, enhancing soil health, and sequestering carbon.