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X-Centric Sciences is an agricultural technology company focused on developing innovative instrumentation systems for soil carbon analysis. The company is researching and creating portable X-ray fluorescence (pXRF) systems designed to efficiently gather vertically stratified geochemical, carbon, and density information throughout the soil profile. This approach addresses the limitations of traditional methods, which are often time-consuming, destructive, and environmentally harmful. By providing a more effective means of measuring soil organic content, X-Centric Sciences aims to enhance the agricultural industry's ability to obtain accurate and representative geochemical data, ultimately supporting improved soil management practices.

Poás Bioenergy designs, manufactures, and installs carbon-negative biomass gasification systems. These systems convert agricultural waste into biochar, enhancing soil fertility and capturing carbon, while generating clean energy for farmers to reduce their carbon footprint.

Alt Atlas develops an AI-driven digital manufacturing platform linked to cell lines and smart tools. This enables faster, cost-effective production in the cultivated meat and biotech sectors. The company offers novel non-GMO cell lines and customized AI-based services for cultivated meat producers.

Radical Growth Solutions develops hardware and software for digital agriculture. Its platform delivers real-time crop insights via mobile app, helping farmers optimize irrigation and fertigation, reducing guesswork, enhancing savings, and increasing yields.

Founded in 2017, SenseGrass develops IoT devices and AI software for sustainable farming. It offers real-time soil intelligence via sensors and analytics, enabling farmers to optimize nutrient management, reduce chemical fertilizer use, and increase crop yields.

Laava Tech specializes in enhancing greenhouse crop yields through innovative LED lighting systems. Their proprietary software optimizes light conditions for plants, reducing energy consumption by up to tenfold compared to conventional methods. This results in more economical and environmentally friendly solutions that significantly improve plant growth.

Shandi Global is a company focused on developing technology for the production of plant-based meat substitutes that closely mimic the amino acid and protein profiles of traditional meats. This innovation aims to expand the versatility of plant-based offerings beyond conventional formats like patties, nuggets, and sausages. Shandi's products are crafted from organic natural ingredients such as water, beans, lentils, cold-pressed oil, herbs, and vegetables. This commitment to using wholesome components allows businesses to integrate plant-based options into their menus without altering existing recipes, promoting accessibility and affordability in the plant-based food market.

IRIS is building the future of precision beekeeping.

Agrolabs develops IoT-based solutions for greenhouse farming. Its platform collects real-time data on crop growth, environment, and pollination, using predictive analytics to boost yield efficiency.

Agrolabs develops IoT-based solutions for greenhouse farming. Its platform collects real-time data on crop growth, environment, and pollination, using predictive analytics to boost yield efficiency.

Honey Flow Africa optimizes beekeeping operations in Nigeria and Africa using IoT, AI, and machine learning. It improves honey production predictability and enhances bee care management while generating positive ecological consequences.

Hire My Farmer is a digital platform designed to connect farmers directly with retailers, facilitating the exchange of agricultural products and services without the involvement of intermediaries. The platform streamlines agricultural operations by providing tools for better foresight and planning in production, allowing retailers to place direct orders from farmers. It highlights crop-dependent farmers, showcasing their offerings at market rates to businesses. Additionally, Hire My Farmer incorporates advanced technologies, such as satellite reporting and data analysis techniques, including random forest algorithms, to categorize agricultural practices and enhance decision-making. By integrating various agricultural services, the platform aims to simplify the navigation of farming lands and improve overall efficiency in the agricultural sector.

Phuture Limited is a Hong Kong-based company founded in 2018 that specializes in producing plant-based minced meat products. Focused on sustainability, Phuture aims to provide alternatives to traditional meat by offering non-genetically modified, halal options that closely mimic the taste and texture of pork. The company's proprietary processing technology incorporates rice into its product blend, enhancing the flavor and mouthfeel to create a satisfying experience for consumers. Through innovation in food technology, Phuture seeks to redefine the culinary landscape and promote healthier lifestyles by making plant-based eating more accessible and enjoyable.

PlantOS is a developer of an advanced agricultural system designed to enhance precision agriculture for urban farms. The company utilizes a combination of data and visual analytics with machine learning to help farmers optimize crop yield while reducing costs. By focusing on high resource efficiency and effective production planning, PlantOS aims to make precision agriculture more accessible. Its technology integrates various elements, including artificial intelligence and sensor technology, to support farmers in improving their operational effectiveness.

Founded in 2017, SenseGrass develops IoT devices and AI software for sustainable farming. It offers real-time soil intelligence via sensors and analytics, enabling farmers to optimize nutrient management, reduce chemical fertilizer use, and increase crop yields.

TOP is a smart herbicide spraying system that will allow farmers to save up to 80% of used herbicides.

The Platform is using technology to save the lives of millions of date palm trees across the world.

Habibi Garden is an agricultural technology company that develops an Internet of Things platform for farming. The platform provides sensor-based monitoring and automation, including irrigation systems and climate-adaptive tools, with real-time crop data integration to help smallholder and commercial farmers optimize resource use, increase yields, and simplify cultivation.

Kowat specializes in the development and marketing of biomimetic devices aimed at sustainable pest control, particularly in agriculture and aquaculture. The company employs evolutionary insights to harness fear as a method for managing animal pests. Its innovative solutions include a variety of unmanned vehicles designed to mimic animals and birds, equipped with artificial vision for enhanced functionality. These devices operate autonomously and are tailored to their specific environments, ensuring effective pest management. By studying both living and extinct species, Kowat creates robotic systems that reflect nature's adaptations, facilitating non-chemical methods to protect crops from threats such as birds and weeds.

Droneable specializes in the development of heavy-duty drones tailored for industrial applications, focusing on sectors like agriculture, aerial surveillance, 3D scanning, and marketing. Their drones are designed to automate precision agriculture, helping users enhance crop production and optimize resource usage, including water, fertilizers, pesticides, and herbicides. By integrating advanced sensors, Droneable's drones provide real-time data collection from the field, enabling customers to make informed decisions and improve operational efficiency.

Jala Tech Pte. Ltd. is an Indonesian company specializing in the shrimp farming industry by manufacturing advanced monitoring devices. Its product lineup includes the JSLA portable device and the JALA continuous monitoring system. The company's solutions are designed to enhance farm management through data-driven decision-making, providing tools for water quality monitoring, planning, scheduling, and reporting. By enabling farmers to make informed decisions based on collected data, Jala Tech aims to improve operational efficiency and sustainability in shrimp farming. The comprehensive data from farms utilizing its systems is aggregated for analysis, offering insights into overall industry performance, production levels, and disease trends across regions and species. Through this innovative approach, Jala Tech seeks to foster profitable and sustainable practices within the shrimp aquaculture sector.