Explore our network

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.

CapsiBreed is an agricultural biotechnology company developing climate-resilient, next-generation pepper varieties using advanced genome editing and precision breeding technologies. Our proprietary PepGEM (Pepper Gene Editing and Modification) platform integrates bioinformatics, molecular biology, CRISPR-based genome editing, and innovative plant transformation technologies to accelerate crop improvement.

Pepper production faces increasing challenges from climate change, including rising temperatures, drought, emerging diseases, and the need for more sustainable use of agricultural resources. CapsiBreed enables targeted improvement of elite pepper cultivars by modifying genes controlling key traits such as stress resilience, disease resistance, nutritional value, flavor, and shelf life—without compromising the characteristics valued by farmers, breeders, and consumers.

By overcoming the historical difficulty of genetically improving pepper, our technology dramatically shortens breeding timelines and enables the rapid development of superior varieties. Through partnerships with seed companies and growers, CapsiBreed aims to deliver climate-smart crops that improve agricultural productivity, reduce resource inputs, and strengthen global food security in a changing environment

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 an engineering-led beekeeping company rethinking the hive for a warming, unstable climate. We design and manufacture patented, thermodynamically optimized hives that match the biological needs of honeybees rather than the limits of 19th-century wooden boxes.
By stabilizing temperature and humidity with highly insulated materials and a unique vertical frame system, our hives dramatically reduce the energy bees spend just to survive. That energy is freed up for brood rearing, honey production and pollination, so colonies grow stronger, live longer and remain productive in harsh conditions. Field experience across diverse climates shows that Primal Bee hives can reduce winter losses, increase colony size and improve honey yields, while cutting labor and maintenance costs for beekeepers. We work with commercial operators, sideliners and serious hobbyists who want resilient bees, predictable performance and simple, modern equipment. Our goal is to make thermodynamic beekeeping the new standard-so healthier bees can support secure food systems and more balanced ecosystems.

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.

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

We are a research-driven team dedicated to redefining sustainable agriculture through precision biostimulants. Our mission is to harness the power of nature at the molecular level to strengthen crops, improve yields, and enhance resilience to environmental stress. By combining plant physiology, redox biology, and advanced screening platforms, we identify and validate biostimulants with clear mechanisms of action and consistent performance.
Our approach focuses on precision, scalability, and scientific transparency—building trust with farmers and accelerating adoption through proven, data-driven results. Through collaborations with academic and industry partners, we integrate biosensor technologies and high-throughput phenotyping to connect molecular insights with real-world agricultural outcomes.
Our vision is to bridge the gap between fundamental plant science and practical agronomy, delivering next-generation solutions that support productive, resilient, and environmentally responsible farming worldwide

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.

N2OFF is a breakthrough microbial technology that tackles one of agriculture’s biggest climate challenges – nitrous oxide emissions. Our non-GMO bacteria work naturally in the soil to neutralize nitrous oxide before it escapes into the atmosphere, converting it into harmless nitrogen gas. This science-driven process reduces emissions at the source without changing how farmers grow or how fertilizers are applied.

The result is a practical, scalable tool that helps farmers cut their environmental footprint while generating new income from carbon credits. N2OFF fits easily into existing agricultural systems through seed coating or in-field application and has already demonstrated consistent 40 to 60 percent emission reductions across pilot trials.

By aligning with global sustainability goals and policies such as the U.S. 45Z low-carbon fuel credit, N2OFF transforms climate responsibility into measurable economic opportunity. It enables fertilizer and grain companies to produce low-carbon crops, support regenerative practices, and meet emerging emission standards. In short, N2OFF turns everyday farming into a powerful force for climate impact

Bluewhite provides AI-driven off-road autonomous solutions that enhance productivity, quality, and safety. Bluewhite autonomous stack enables conversion of offroad vehicles to fully autonomous with advanced field intelligence AI and multi-dimension fleet management platform. Leveraging over 20 years of expertise in autonomous technologies, global talent, and cutting-edge AI, Bluewhite is working with leading OEMs, enterprises, and governments to transform their off-road operations to safe, resilient, and efficient.

Arbell Energy is a deep-tech renewable energy company developing one of the world’s most efficient next-generation solar technologies. Leveraging proprietary Quantum Dot architecture and Multiple Exciton Generation (MEG), our solution breaks the physical efficiency limits of conventional silicon-based solar cells. Printed using low-cost “solar inks,” our ultra-lightweight, flexible, and highly transparent solar films dramatically improve the unit economics of existing solar farms while seamlessly integrating into buildings, agriculture, and mobility applications to unlock ubiquitous renewable power.

Arbell’s technology is engineered to deliver up to three times the conversion efficiency of conventional panels, establishing a new frontier in solar power performance.

Beyond this breakthrough in efficiency, Arbell’s ultra-thin, lightweight, and flexible solar films enable deployment on surfaces where traditional panels cannot operate – including building facades, glass structures, agricultural installations, and mobile infrastructure. The company’s transparent solar solution also unlocks a fast-growing retrofit market by restoring lost capacity in aging solar farms without replacing existing infrastructure.

Validated by Europe’s leading independent applied science research organization (TNO) and backed by strategic industry partners, Arbell is on a mission to accelerate global decarbonization by delivering more power, at lower cost, across more surfaces than ever before

We’re Scarecrow, an agri-tech company building the next generation of plant protection tools. Our mission is to help growers and agronomists make better crop treatment decisions using real-time data, reduce reliance on unnecessary chemicals, and improve yields in a sustainable way.

At the heart of Scarecrow is a smart plant protection platform that combines field-deployed pest traps, environmental sensors, remote image inspection, and a mobile app tailored for field professionals like PCAs and inspectors. These tools feed into our decision-support system, which analyzes pest pressure and treatment history to generate timely, field-specific recommendations—what to spray, where, and when. Just as importantly, we measure treatment outcomes, helping farmers know what actually works.

We’ve already built a strong presence in Israel, covering over 100,000 acres, working with thousands of growers and hundreds of inspectors, and engaging more than 50% of the country’s expert agronomists. We’re now expanding in the U.S. with pilots underway in California alongside Helena, one of the largest agricultural distributors in the country.

Scarecrow is more than a monitoring system, it’s a data infrastructure for smarter agriculture, grounded in real-world adoption and built to scale globally

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

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

TerraBiome is developing a proprietary, microalgae-based feed additive that significantly reduces methane emissions from cows – by up to 75%, while boosting feed efficiency and supporting higher milk yields.

The additive works by naturally inhibiting methanogenic archaea in the rumen, reducing enteric fermentation without harming animal health.

Safe, effective, and economically viable, our solution requires no reimbursement or subsidies, making it practical for widespread.

With proven in-vitro results and a strong focus on animal welfare and climate impact, TerraBiome offers a scalable pathway toward sustainable livestock farming

Eco2Protein is a pioneering biotechnology company converting industrial CO₂, CO, and H₂ emissions into valuable low-carbon products. Using a proprietary biological conversion platform, the system is integrated directly into industrial sites to transform harmful waste gases into two sustainable outputs: protein-rich biomass for animal feed and aquaculture, and low-carbon ethanol suitable for industrial applications and sustainable aviation fuel (SAF) production.

Targeting two fast-growing global markets – alternative ethanol (>$100B) and alternative protein (>$30B) – Eco2Protein delivers both economic and environmental impact. By replacing carbon-intensive fishmeal and contributing to clean fuel supply chains, the platform supports global decarbonization and circular economy goals.

Led by a multidisciplinary team with deep experience in energy, industrial biotech, and protein production, Eco2Protein is engineered for rapid scale-up, efficient deployment, and alignment with high-emission industries. By preventing the release of greenhouse gases and converting them into climate-positive resources, Eco2Protein enables a transformative step toward net-zero industrial operations

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

I-EcoGuard is transforming climate adaptation in agriculture through smart greenhouse films that autonomously manage internal temperatures. Designed as an additive applied to existing greenhouse covers, the films reduce excessive heat and UV stress, helping crops thrive even in extreme conditions.

This passive temperature control improves both the quality and quantity of yields, while cutting energy and water consumption by over 20%.

By extending growing seasons and reducing crop loss, I-EcoGuard supports farmers in arid and semi-arid regions where climate change is accelerating.

The solution is affordable, scalable, and easy to implement, enabling a more resilient, resource-efficient food system without major infrastructure changes.

BioArmix is a field-proven, nature-based technology that prevents crop losses caused by bacterial diseases using non-GMO, eco-friendly predatory bacteria. Unlike chemical bactericides or indirect biocontrol products, BioArmix directly eliminates plant pathogens without harming crops or the environment, and with no risk of generating resistant bacteria.
We offer a scalable and sustainable alternative to harmful chemicals. Our breakthrough lies in a proprietary formulation that enables the long-term, room-temperature storage of viable predatory bacteria as a dry powder, combined with a cost-effective and scalable production method unmatched globally.
In field trials, BioArmix demonstrated a 7% yield increase and a 65% reduction in post-harvest decay.
While our initial focus is on potatoes, BioArmix’s platform has also demonstrated strong results in controlling aquaculture pathogens and preventing biofilms in irrigation and industrial systems, highlighting its broader market potential.
We aim to launch by 2027, pending regulatory approval, with advanced development already underway.
BioArmix is technically ready and now focused on regulatory execution, scale-up of production, and preparing for commercialization.

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.

Cooling Crops is delivering food security by helping farmers combat land degradation and thermal stress. Our patented sprayable powder delivers a dual-action solution: applied to soil, it restores the natural microbiome and boosts nutrient absorption; applied to plants, it enhances thermal resilience and accelerates growth. Based on a Hebrew University spin-out, our technology has been proved to increase water and nitrogen fixation, strengthen soil, and regulate temperature – improving crop yields and quality while expanding arable land in the face of growing agriculture needs.

YAMIM is a climate-tech aquaculture startup that uses on-site computer vision and cloud AI to produce and optimize natural live feed from local aquatic microorganisms, replacing a significant share of imported, industrial feed. By closing nutrient loops on the farm, we reduce feed shipping and embedded emissions by an estimated 50–60%, improve circular use of water and biomass, and strengthen local farm economies.
Our precision feeding and live-feed production lower nitrite and waste loads, creating cleaner aquatic environment and more resilient ecosystems, while improving feed conversion ratios and fish health. YAMIM directly advances SDGs around sustainable food systems, responsible production, and life below water, and targets a massive opportunity to disrupt how protein is grown in over 500,000 aquafarms worldwide and a $120B global market.

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.

ProScout.AI is a precision agriculture startup revolutionizing greenhouse farming with an AI-powered system that optimizes and monitors the spraying process. Our plug-and-play solution easily integrates with existing sprayers, using advanced computer vision and artificial intelligence to track spray coverage in real time, reduce pesticide waste, and ensure compliance with regulatory standards.

We provide growers with a smart dashboard that includes spray reports, performance analytics, and actionable recommendations—enabling full transparency, better crop protection, and improved operational efficiency. With increasing pressure from rising labor costs, tighter export regulations, and demand for sustainable farming, ProScout.AI offers a powerful tool to help growers stay competitive.

Founded by a team with deep expertise in AI, agritech, and product development and backed by strategic partnerships, we are setting a new standard for greenhouse spraying. Whether through direct B2B sales or OEM integration with sprayer manufacturers, our goal is to bring precision, clarity, and data to every drop.

BOB is a biotechnology startup developing RNAi-based biopesticides to replace toxic chemical pesticides in agriculture. Our proprietary technology uses a novel method for producing and encapsulating RNA molecules, making them stable, targeted, and cost-effective for use in the field. By leveraging this RNA interference (RNAi) mechanism, we silence specific pest genes without harming beneficial insects, pollinators, or surrounding ecosystems.

Our encapsulation system ensures that the RNA remains active under harsh agricultural conditions, offering a practical and scalable solution for farmers. Unlike traditional pesticides, which can linger in soil and water and contribute to biodiversity loss, BOB’s biopesticides degrade naturally and pose no threat to human health or the environment.