Reduce Land Footprint

Rhythmos is building the operating system for farming: turning agronomic knowledge and field data into plot-specific, executable workplans that tell farmers exactly what to do, when, and how.

Today, that knowledge lives in manual protocols and individual agronomists’ heads, with nothing to catch what falls through the cracks, and one missed or mistimed action can cost an entire season. Existing tools are not enough to close that gap: precision ag is expensive and narrow, and farm management software tracks records without prescribing action.

Rhythmos combines individual farm and plot protocols, agronomic best practices, up-to-date and historical field data, and collective farmer knowledge through CORE, its recommendation engine, generating a complete operational plan grounded in each farm’s own history and financial trade-offs. Every recommendation goes through the farmer’s review before execution: the agronomic intelligence is ours, the decision is always theirs.

Our mission is to preserve generational farming knowledge before it retires, put it directly into the hands of every grower, and give farms a practical path to transition toward regenerative practices without sacrificing operational precision.

Our vision is a world where every farm, regardless of size or access to expertise, operates with the precision of the best-run farms today, strengthening food security, farm resilience, and climate adaptation across the industry.

Fruit-OH is an agricultural and environmental technology company that provides an autonomous waste-to-value infrastructure designed for on-site deployment. The company addresses the $125B global agricultural waste problem by converting organic waste — previously considered an expensive liability — into four premium commodities: bioethanol, compressed bio-fibers, food-grade CO₂, and distilled water. The core product is a containerized, plug-and-play unit that uses chemical, biological, and physical processes to break down highly variable mixed waste streams directly at the source, with no change to existing facility operations. Units are deployed individually or networked into “Hives” of 15 units under a central operations center, enabling rapid scaling from a single packing house to enterprise-wide infrastructure. By eliminating third-party transport and off-site logistics, the system reduces emissions and delivers a circular economy solution with 100% mass conversion and zero landfill residue. The business model combines hardware sales, SaaS licensing for remote monitoring, and commodity revenue sharing, with a 12–24 month ROI for clients

Bestree is an Israeli AgTech company developing a molecular propagation platform for crops that are difficult to propagate at scale.

Many high-value crops, including avocado, cacao, nuts, and other woody plants, face a major bottleneck at the nursery stage: elite genetics exist, but producing uniform, disease-free, true-to-type plants reliably and at industrial scale remains slow, costly, and inconsistent. This limits growers’ ability to expand production, improve resilience, and adopt better plant material.

Bestree combines molecular markers, advanced tissue culture protocols, and data-driven propagation know-how to identify the optimal biological window for rooting and acclimatization. Our platform turns plant propagation from a trial-and-error process into a controlled, repeatable production system.

We are starting with avocado as our beachhead crop, where global demand for high-quality clonal rootstocks significantly exceeds supply. From there, the same platform can be expanded to additional recalcitrant crops with strong climate, food security, and commercial relevance.

Our goal is to industrialize plant propagation and help growers access better plants, faster, at scale

SunSeed IL APV is a climate-tech startup developing AI-driven simulation and decision-support tools for agrivoltaic and energy-intensive infrastructure projects.

Our platform integrates climate data, microclimate modeling, agronomic response, and energy system simulations to support early-stage planning, design optimization, and operational decision-making. By enabling scenario-based evaluation before physical deployment, SunSeed helps reduce risk, improve resilience, and optimize performance under increasing heat, energy demand, and climate uncertainty.

SunSeed works with infrastructure developers, energy companies, research institutions, and regulators to support smarter integration of renewable energy, land use, and climate adaptation. Our approach reduces reliance on costly trial-and-error pilots, accelerates permitting and investment decisions, and improves long-term sustainability outcomes

Primal Bee is a company rethinking the beehive from the ground up.

While much of the beekeeping industry has focused on adding monitoring, treatments and technology to the traditional wooden hive, Primal Bee redesigned the hive itself around bee biology and thermodynamics.

Our patented system creates a more stable internal environment, reducing the energy colonies need to spend regulating temperature and humidity and allowing stronger colonies to develop. The result is a healthier and more productive biological system, with benefits across colony resilience, honey production, agricultural pollination and beekeeper economics.

After more than a decade of R&D and field validation, Primal Bee is now in commercial scale-up. Since launching commercially in the U.S. in 2025, we have deployed thousands of hives across the U.S. and international markets and built a growing base of commercial beekeeping customers. Importantly, we are beginning to see customers significantly expand their deployments after successful first seasons, validating the potential for a strong land-and-expand model.

Alongside commercial adoption, Primal Bee has completed successful field trials and agricultural pollination pilots across multiple crops and geographies. Recent almond pollination trials conducted with the Israeli Ministry of Agriculture showed Primal Bee colonies outperforming conventional hives at both trial sites, reinforcing the potential of better hive infrastructure to support more productive and resilient pollination.

Our vision is to redefine the infrastructure behind modern beekeeping, creating healthier colonies, stronger economics for beekeepers, and more reliable pollination for the global food system.

Picker helps large orchard growers cut labor costs and reduce waste with an AI-driven flexible robotic harvester built to reach every fruit efficiently and cost effectively.
Picker cuts orchard emissions and waste by automating harvests, reducing unpicked fruit, running fully electric, improving labor conditions, and generating data that boosts resource efficiency.
Wasted fruit represents a heavy climate burden: every unpicked fruit carries embedded water, energy, fertilizers, and chemicals—and preventing that loss delivers meaningful carbon-reduction impact.

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

IBI-Ag develops next-generation biological solutions for insect control using Single Domain Antibodies (SDAs) — nanobodies around ten times smaller than conventional antibodies. These ultra-specific molecules bind to key proteins in insect digestive systems, disrupting essential processes and leading to natural pest mortality.

By replacing chemical pesticides with targeted, biodegradable biologicals, IBI-Ag helps farmers reduce input intensity, protect beneficial species, and improve long-term soil and crop health

We are Coffeesai – pioneers of the next coffee revolution.
Our mission is simple yet transformative: to create coffee that is sustainable, scalable, and sensational. Starting from the essence of the coffee plant, we cultivate authentic coffee cells in highly controlled bioreactor environments, eliminating the need for traditional farming. This means 90% less water, zero pesticides, and no deforestation, while delivering the same rich aroma and flavor coffee lovers crave.
Powered by patented biotechnology, we optimize taste profiles and production efficiency, ensuring consistency and customization at scale. Coffeesai is not just coffee—it’s a climate-positive solution for a $100B industry facing supply chain volatility and environmental challenges.
We’re building a future where every cup is rooted in nature, perfected by science, and brewed without compromise.

Baccara Vertical Farms (BVF) is revolutionizing livestock feed production with a fully autonomous, climate-controlled vertical farming system designed to produce nutrient-rich fodder year-round. Engineered for high-volume, daily output, the system dramatically reduces resource use, cutting water consumption by up to 95% and land use by up to 99%, while eliminating the need for harmful chemicals.

BVF’s advanced automation ensures consistent, high-quality feed with minimal labor, making it ideal for modern dairy operations seeking resilience, efficiency, and sustainability. Backed by the deep automation expertise of Baccara-Geva, BVF blends agricultural innovation with industrial reliability to support the future of sustainable animal agriculture

Kokomodo is reimagining cacao for a climate-resilient future. Using cellular agriculture, we grow real cacao- without trees, deforestation, or dependence on fragile supply chains. Our approach enables consistent, year-round production of high-quality cacao with dramatically reduced environmental impact.

Today, cacao is grown almost entirely in two countries, vulnerable to climate shocks, child labor, and unsustainable farming practices. It takes six years to grow and is increasingly threatened by rising temperatures and disease. We believe there’s a better way.

At Kokomodo, we start by isolating cacao cells from premium varieties and cultivating them in optimized lab environments. This allows us to produce cacao biomass in just days, rich in bioactive compounds.

The result is a scalable, clean-label ingredient that meets the growing demand for cacao. Kokomodo cacao is designed for applications in functional foods, supplements, beverages, and beyond- empowering brands to deliver nutritional impact without environmental compromise.

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.

Vanilla Vida, an innovative Ag & FoodTech startup, is making significant strides in combating climate-related challenges within the vanilla industry. By developing patented growing and curing methods, the company is addressing the instability in the vanilla supply chain caused by climate change, particularly in Uganda. Their controlled cultivation techniques not only ensure a more reliable and sustainable production of high-quality vanilla beans but also contribute to climate resilience in agriculture. By stabilizing the vanilla supply, Vanilla Vida reduces the need for synthetic alternatives, which often have a larger carbon footprint. Furthermore, their vertical integration model potentially decreases transportation emissions associated with fragmented supply chains. While currently focused on vanilla, the company’s adaptable technologies hold promise for enhancing sustainability across various crops and natural ingredients, potentially expanding their positive impact on climate-related agricultural challenges.

Replantin’ is an ag-food tech company, developing data-driven Fresh Produce Vending Machine, fully automated and fully monitored (CEA) located inside retailers stores and restaurants, and providing safe, healthy and fresh produce, 365 days a year. The Machine grows veggies from seed (via proprietary growing capsule) to a packed produce labor-free

Our mission is to promote consumer health by providing a sustainable, un-tapped & natural source for multiple functional applications based on jellyfish biomass.
Jellyfish biomass processing technology for the food, nutraceutical and nutricosmetics industry.
Global population is on the rise. Sustainable, healthy, eco-friendly, food sources with low carbon footprint are needed more than ever to promote food security.

Our SaaS solution is global and scalable, integrating Crop’s physical and biological models, exclusively licensed by the Hebrew University, with unique AI and geospatial algorithms to secure strategic crop supply. It is an online service that surpasses the limitations of current manual agricultural planning systems.

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.

Current fertigation practices are imprecise, leading to fertilizer overuse, high plant stress and environmental damage. The lack of knowledge leads to farmers regarding the soil as a bucket and pouring fertilizer in using a one-fit-all solution. With current fertigation practices over 50% of fertilizer leeches into the ground that leads to GHG emissions and water contamination.

Our solution of the problem consists of:
1. A fertigation system that applies our innovative fertigation technique
2. Soil and plant sensors to monitor the plant needs
3. A control algorithm that automates the process and changes fertilizer output based on the field needs

This increases fertilizer absorption and has a dramatic effect on yield (POC have shown 30%-70% increase).
Overall, there is a reduction in the amount of input resources and a reduction in the amount of fertilizer that leeches into the ground.

SatYield data-fusion AI platform uses real-time satellite imagery data to observe, identify and predict crops yield and production estimates.
The platform’s high accuracy in predicting crop yields months ahead of harvest allows stakeholders to plan more effectively, minimize risks, and make informed decisions.
This leads to improved resource efficiency, reduced waste, and enhanced overall productivity.
SatYield’s technology works across all geographies and climates, making it a versatile tool for optimizing agricultural supply chains worldwide.

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.

Dream Valley is an all-encompassing vertical value and supply chain platform. Our innovative business model facilitates the seamless connection of agro-input suppliers, farmers in developing economies, and consumers in premium markets, all on a single platform. Our flagship product is regeneratively grown, spray and fertilizer-free mangos. We leverage Biofeed’s Freedome technology, which achieves unparalleled control over major quarantine pests, reducing infestation by a staggering 99% compared to industry best practices.

Tomgrow strives to be the world leader in developing sustainable solutions for growing plants. Against the backdrop of population growth, climate change, and anticipated food shortages, Tomgrow develops technologies that empower people, communities, and organizations to cultivate diverse and healthy plants anywhere in the world, irrespective of climate or weather conditions, and for various purposes ranging from food and medicine to cosmetics and well-being.
The cutting-edge technology behind TOMGROW™️ offers plants everything that nature provides, but without utilizing soil or fertilizers, and with minimal irrigation. The innovative TomgrowX gel, built upon unique technology, furnishes the plant with water, nutrients, and oxygen – essentially all that the plant requires for optimal growth.

BloomX’s is creating the new gold standard in the pollination industry, with bio-mimicking technology that empowers growers to sustainably drive-up crop yields and improve fruit quality. Our nature inspired technology couples predictive algorithms with advanced, crop-specific robotic tools replicating the way pollination is done in nature. We are freeing growers from their reliance on bees as a pollination vector, and safeguarding our food security amidst the encroaching shadows of climate change.

Entoprotech is a circular economy company that uses Black Soldier Fly to upcycle low-value byproducts & waste into high-quality feed protein, lipids for feed and cosmetics, organic fertilizer, and other high-value products.

*PRESUMED INACTIVE*

Trigo not only enhances crop yields and boosts farming profitability but also serves as an effective Drought-Shield. Its impact extends beyond anecdotal evidence, playing a pivotal role in overcoming solar energy development bottlenecks. By enabling large-scale solar deployment in grid-adjacent lands, Trigo Trigo assists farmers in achieving the 2050 decarbonization goals.

Trigo developed an Agrivoltaic solution enabling sustainable deployment of solar projects into rainfed farms while preserving land and optimizing farming operations and profitability.

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

Robotic Perception develops autonomous farming robotics. The solution reduces labor costs, reduces the use of pesticides and makes farming safer and easier.

DryGair develops and manufactures energy efficient humidity control solutions for commercial horticulture facilities.

Celleste Bio is focused on producing high-value cocoa ingredients using cocoa cell culture, eliminating the dependence on cocoa trees.

AirGreen is the developer of AirMixAir, a technology that uses different geometrical air-outlet designs for air conditioner grills in order to create the desired pattern and amount of turbulence. The core technology helps reduce the discomfort often created by traditional directional air outlets and lower electricity use/
The company has been researching and developing combined outlets to alleviate the draft problem in cars, heavy-duty trucks, enclosed vehicle cabins, farm equipment, and off-road machinery.
AirGreen also invents and markets green solutions for saving and recycling in a variety of other areas, including reduced pesticide spraying and sludge drying. In addition, the company develops, promotes, and markets registered patents for agriculture lower use of energy including a system to power all farm machines by electric grid as a remote controlled or automatic system and use of less chemicals and environmental conservation.

Autonomous Pivot transforms center-pivot irrigation systems into an intelligent, AI-driven robotic platform that can improve farming returns. Proprietary, non-invasive sensors and cameras provide growers with a complete, yet affordable, solution that autonomously maximizes crop yields while saving on water and other inputs. AP can perform 300 soil moisture readings per rotation without disturbing the soil, compared to 1 static soil moisture probe. Their unique AI Agronomist works 24/7 to optimize a field’s irrigation even alerting you of crop pests or diseases in real time.
Autonomous Pivot is servicing nearly 1000 fields in the US through a SaaS model with an exceptional retention rate. 

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.

AGWA has developed a first of its kind vegetable-growing home appliance called AgwaGarden. This is the first real step towards making indoor produce growing a common part of every household.

The novelty in AgwaGarden is that the device actually monitors and remotely controls every aspect that’s relevant to growing vegetables, herbs, fruits, and bulbs, making the device long-term consistent and extremely efficient. AgwaGarden is not another indoor gardening kit, it is a home appliance that fully provides a family’s greens, herbs and more, totally chemically free and at a cost that’s 50% or less, off retail prices. Enclosed please find a short deck describing how we do it.

Agwa already has a few dozen units up and running at our initial customer’s homes with great success, and we have just commenced our initial commercial stage, already facing hundreds of prospective customers on our waiting list.

Biotic manufactures fully bio-based, fully biodegradable PHBV (PHA) polymers as commodities, using marine biomass as feedstock for our precision fermentation process, targeting to replace fossil-based plastics, and eliminating recycling needs.

Xpand (formerly 1MRobotics) empowers retailers to grow their market footprint, build consumer loyalty, and access previously unreachable locations with an innovative retail format never seen before.
The unmanned stores from Xpand can be deployed or redeployed effortlessly as plug-and-play units, allowing entry into new markets, real estate optimization, and improved consumer experiences.
Retailers can now engage with customers at every touchpoint – near their homes, workplaces, or in transit – offering seamless, 24/7 shopping with minimal effort, low costs, and rapid deployment, all while increasing profitability.

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.

Agri-Light Energy Systems Ltd. has developed a Unique Solar Tracking System based on a proprietary Agri-voltaic Algorithm that enables dual usage of land, by managing the level of radiation to optimize the generation of electricity, and at the same time optimize crop cultivation and its yield.

Hargol is the global leading producer of nutrient rich complete protein for humans from locust – nature’s most efficient protein source. A natural powerhouse of complete protein, antioxidants, vitamins and minerals. Essential for your performance, wellness and wellbeing.

Equinom is a climate positive food-tech company that combines agricultural know-how, culinary expertise and deep technology to develop delicious, nutritious, affordable and sustainable non-GMO plant-based ingredients – from the ground up.

AgTech Planning is an immediate adaptive tool and operative solution to optimize land use, enriched with state-of-the-art agriculture protocols and knowhow. This will stabilize countries public safety, eliminate climate immigration, and reassure food security, while decreasing fertilizers and pesticides usage.

Agriculture Business Platform enables Land-Uses optimization by replying what, where and when to crop. Based on proprietary algorithmic data extraction, combined with a multi-layer geo-informatics platform, CropsTimize is replacing today’s manual processes into the digital age pace.

Agritask is an open SaaS Agronomic Intelligence (AgI) Platform, powering solutions for key challenges faced by farmers, food companies, insurers and additional players in the agriculture ecosystem. Their solutions provide crucial agronomic insights to optimize operations across the food value chain and ensure sustainable farming and sourcing practices.

SoliDrip is an autonomous drip irrigation technology, which provides a differential irrigation solution that automatically adjusts irrigation to environmental changes and plant growth. The technology allows to grow multiple crops simultaneously on a single irrigation line while each crop is given its own specific irrigation. Specially designed for urban green spaces outdoor and indoor It’s the ultimate irrigation platform for green roofs, living walls, balconies, and vertical farms providing advanced technology for communities, businesses, and individuals to grow food commercially or for their own consumption. SoliDrip provides solutions for indoor workplaces, improving air quality to enhance employees’ productivity and wellness while reducing energy consumption.

Edete provides an integrated precision pollination solution for orchards, addressing three major agricultural challenges that result in unpredictable and less-than-optimal pollination:

· Tree bloom desynchronization: A condition where the pollinator tree is not blooming together with the pollinated trees, leading to very poor or even an absence of pollination.

· The global shortage of bees: The population of honeybees and other insects essential for pollination of many varieties is declining, leading to a shortage of supply of hives, increased hive prices, and less-than-optimal pollination.

· Climate variability: Influences growers in many unpredictable ways and increases the risk of poor pollination and lower yields.

Our proprietary technology revolutionizes pollination for both wind and insect-pollinated crops. We harvest, extract, and store pollen, then precisely deliver the pollen with the best genetic compatibility using our unique pollinator machines at the optimal timing. This results in predictable and controlled pollination, which increases yield and reduces volatility. The pollination market globally is over $1B and continues to grow.

Our unique process is commercially available for pistachio growers in California, showing a typical increase of yield by 15-30%, leading to significant financial gains. Service for other varieties such as almonds and cherries will be available soon.

Founded in 2016, Edete ensures controlled, reliable, and scalable pollination, providing growers with consistent results to meet future food demands. We’re nurturing tomorrow’s harvests today, focusing on optimizing pollination in orchards worldwide.

Commercial pollination service in California

2024 – 900,000 USD Revenues from multiple growers.

*PRESUMED INACTIVE*

NoWaste facilitates the use of plastic in agriculture while at the same time, preventing agricultural plastic waste by applying circular economy principles.

NoWaste is a platform that solves the problem of agricultural waste, mainly plastics and plant material residues.

RSF develops a semi-transparent solar panel that transfers the light necessary for plants’ growth while utilizing the rest of the spectrum for power generation. The panel is based on Perovskite technology that was developed and patented at the Hebrew University of Jerusalem. RSF solution enables full coverage of the growing area, thus, maximizing the power generation per growing area, protecting crops against climate-change weather hazards, reducing the heat load, saving water, and reducing leaf diseases.

AgroScout is dedicated to developing advanced technology for early-stage detection of crop diseases to improve yields, reduce pesticide use, and increase profits.

A multi-purpose harvesting robot helping farmers become super-farmers.

Taranis offers a precision intelligence platform for agriculture. Its solution enables farmers to monitor their fields, make informed decisions, and take appropriate action, helping them to increase their yields and cut costs. The company applies deep learning to proprietary data sets, including submillimeter aerial imagery, field sensors, satellite imagery, weather forecasts, and data from its field-scouting app to predict and prevent crop disease and pest-based losses.

Tevel Aerobotics Technologies combines a patented airborne robotics platform with sophisticated algorithms to create an autonomous concept for orchard management and harvesting. The company develops a fleet of airborne robots for picking, thinning, and pruning tasks in orchards, providing a holistic harvesting solution for farmers.

Brevel reduces the cost of micro-algae cultivation and is particularly relevant for markets that are in need of affordable and sustainable bio-based ingredients. These markets include fish feed supplements, cosmetics, food supplements, crop enhancers, and alternative protein.

Enabling sustainable urban agriculture by combining Solar power & Hydroponic crops.

PRESUMED INACTIVE

Using state-of-the-art genetic technologies, BugEra develops enhanced performance customized novel Black Soldier Fly (BSF) strains to maximize the business and sustainable potential of the BSF industry. BugEra enables the creation of novel value chains, applications, and markets based on innovative circular economy principles.

In less than two years, BugEra has developed the Molecular BSF Platform (M-BSF Platform), a state-of-the-art system for rapid and efficient genetic editing and genetic modifications of BSF strains. This platform enables BugEra to develop customized BSF strains with enhanced traits, meeting current and future industry needs to expand the BSF industry by creating novel value chains.

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.

Easy-to-use smart products help craft hydroponics growers keep their plants’ feeding balanced at all times.

CropX is one of the fastest growing providers of agribusiness farm management solutions in the world, deployed in over 70 countries and across all arable continents. Our flagship product, the CropX agronomic farm management system, synthesizes data from the soil to sky to offer advanced soil and crop intelligence and a suite of digital agronomic decision and planning tools, all on an easy-to-use app capable of tracking multiple farms and fields. CropX is backed by the world’s leading agribusinesses and VCs, who recognize that CropX’s precision-ag technologies set new standards for best practices in environmental sustainability and greater farm productivity.

Phytolon leverages a novel, sustainable technology for production of natural food colors, offering the food industry an ultimate solution for natural coloring in terms of costs, quality and sustainability.
Phytolon is based in Israel since 2018 and is now collaborating with leading food and biotech entities to commercialize its products.

OKO designs and distribute automated crop insurance for smallholder farmers. The company is using new technologies in earth observation and mobile payments to simplify and automate claim management, thus creating low-cost crop insurance for smallholder farms.
Its team combines expertise in micro-insurance, distribution in emerging markets, and risk management.

Based on patented technology, Growin is shaping the agriculture of tomorrow, with its unique full-scale indoor aeroponic system, proven to grow a vast variety of crops, with high consistency in industrial scale.
It is a Data-driven optimized technology of aeroponics, soil-less, season-less, fully automated robotics system for crops grown in climate-controlled isolated buildings. Growin grows superior crops anywhere in the world, season-less, that are consistent in both quality and yield. Growin’s solution controls the whole value chain from seeding to ready-to-use crops, ensuring a safe and secure supply of food, cannabis, raw materials for food supplements and cosmetics.

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.

BeeHero is a data-driven tech company redefining pollination in commercial agriculture and, in less than three years, has become the world’s largest pollination provider.
Using advanced data analytics, artificial intelligence, and low-cost IoT sensors, BeeHero brings transparency and efficiency to the complex logistics of commercial crop pollination. BeeHero’s Precision-Pollination-as-a-Service results in better crop yields and increased profits for commercial crop growers and agribusiness stakeholders.
BeeHero has raised $23M through Seed and Series A funding, the company is expanding rapidly and is currently 32 people strong. Headquartered in California, with an R&D center in Tel-Aviv.

Robots treating and monitoring individual plants in greenhouses.

Through its everlasting battery product that is based on unique ultralow light harvesting chips Sol Chip delivers a multi-use platform for energy and communication to allow IoT use in different verticals and industries.

SaliCrop is a cutting-edge Israeli innovative seed enhancement company headquartered in Israel. The company is leading the way in decreasing the intensive inputs of chemicals in agriculture while increasing the productivity of crops. Salicrop’s technology is enhancing and improving seed performance under abiotic stress conditions, allowing greater efficacy and functionality to be delivered directly by the seed to increase farming yields to feed the world’s growing population.

Beewise is the leading global solution provider for pollination services, on a mission to save bees in order to secure the global food supply. Bees pollinate 75% of the crops we eat, yet bees are dying at a rate that jeopardizes our food security: more than 62% of US bee colonies died in 2024. We have created the BeeHome™, an AI-powered robotic beehive, as a climate adaptation solution to protect bees. The device’s AI, precision robotics, and software, enable growers and beekeepers to remotely treat their bees in real-time, resulting in healthier colonies, improved crop yields, and enhanced biodiversity. 

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.