RootCamp

Veridi Technologies develops innovative technology aimed at enabling farmers to detect plant diseases and pathogens at early stages. By utilizing computer vision and automated microscopy, the company enhances the accuracy, affordability, and scalability of laboratory diagnostics. This advanced technology not only helps in identifying plant pathogens but also analyzes soil biodiversity, ultimately reducing the reliance on pesticides. As a result, farmers can achieve higher yields while promoting sustainable agricultural practices.

Proofminder is an innovative platform focused on precision agriculture, providing growers with micro-level actionable insights on every leaf and plant. Established in 2021, the company combines AI technology and visual data to enable sustainable production practices across various agricultural sectors. Its platform facilitates a wide range of applications, including crop monitoring, plant disease and weed detection, flowering and canopy analysis, and weather damage assessments. By partnering with drone service providers and other stakeholders in the agroindustry, Proofminder delivers a comprehensive experience for crop and seed producers, including those in roots, vegetables, orchards, and vineyards. Recognized for its contributions, Proofminder was awarded "Most Innovative Agri Startup of 2021" by the Hungarian Chamber of Agriculture and was shortlisted in the top three for global agri-innovation in 2021 and 2022. Through its advanced monitoring capabilities, Proofminder aims to enhance the sustainability, innovation, and profitability of the agroindustry, helping growers adapt to ever-changing environmental conditions.

NoMaze is a developer of a web-based platform that enables plant breeders to visually and interactively explore genomic and phenotypic data. The software offers specialized pipelines for common applications, including yield maximization, environmental comparisons, and quality control through outlier filtering. By integrating artificial intelligence, NoMaze enhances the breeding process, allowing clients to gain deeper insights into their data and identify necessary pedigrees. Additionally, the platform provides online support to facilitate the effective use of its tools.

Verdancy specializes in creating customized biodegradable delivery systems for crop protection and nutrition-active substances. The company focuses on developing chemical plant health products that enhance both their effectiveness and environmental sustainability. By encapsulating active substances in upcycled, non-toxic, and fully biodegradable microgels, Verdancy ensures these substances are protected and released in a controlled, programmable manner. This innovative approach allows users to cultivate crops in an eco-friendly way, promoting sustainable agricultural practices.

Regen Insight is a company that focuses on advancing sustainable agriculture through its innovative carbon farming platform. This platform is designed to reward farmers for enhancing their soil carbon content, thus promoting environmentally friendly farming practices. In addition to carbon footprint measurement, the platform effectively valorizes agricultural and environmental data, providing users with a straightforward and intuitive tool. This functionality allows clients to streamline their operations, reducing the time spent on administrative tasks and enabling them to dedicate more attention to supporting farmers directly.

Farmula specializes in the development of biochar-based seed coatings that serve as carrier materials for various agricultural inputs. The company's products are designed to enhance soil quality by providing essential nutrients, biostimulants, mycorrhiza, microorganisms, and biorepellents. These offerings aim to protect crops from heat and drought stress while promoting sustainable climate practices. By focusing on natural solutions, Farmula enables farmers to achieve effective pest management and improve crop resilience, ultimately supporting agricultural productivity.

Aquanzo is a business focused on farming marine zooplankton on land, utilizing agricultural byproducts to create a sustainable and efficient production process. The company aims to domesticate zooplankton as a natural and optimal feed source for fish and shrimp, addressing the growing demand for marine proteins in the aquafeed industry. By leveraging advanced technologies, Aquanzo produces nutritious and environmentally friendly ingredients that minimize the ecological impact associated with traditional ocean harvesting. This innovative approach enables clients to enhance their aquaculture practices while preserving ocean ecosystems.

A new rapid test for the quality control of plant seeds.

Biorefic operates a decentralized biorefinery focused on producing carbon-negative prebiotic food and nutraceutical ingredients, as well as sustainable alternatives for animal feed and growing media. The company utilizes an integrated and environmentally benign process that up-cycles agricultural residues and energy crops, contributing to regional circular bio-economies. By emphasizing zero waste, Biorefic aims to reduce emissions in agriculture and promote sustainability in aquaculture without relying on traditional food inputs. Its innovative approach not only enhances the health and performance of livestock but also improves feed efficiency while minimizing environmental impact.

AgriCircle AG is a provider of a comprehensive farm management platform that connects farmers with their professional networks and farm data. Founded in 2012 and based in Rapperswil, Switzerland, the company focuses on developing digital solutions that enhance productivity and sustainability in agriculture. Its platform aggregates various data sources, including weather, satellite, drone, and field-specific information, to support decision-making in areas such as food monitoring, harvest optimization, and farm analytics. By utilizing modern technology and predictive models, AgriCircle aims to improve field management through data-driven insights, enabling farmers to optimize their operations and adapt to challenges such as climate change.

Seqana is a developer of satellite-based software that provides monitoring solutions for soil organic carbon, aimed at combating climate change. The company offers a platform that enables project developers and agri-food corporations to accurately measure and understand soil carbon sequestration in a cost-effective and efficient manner. By utilizing remote sensing technology, Seqana delivers actionable insights into soil health, benefiting a diverse range of clients, including farmers, NGOs, and large corporations. This innovative approach supports the adoption of carbon sequestration practices, contributing to environmental sustainability on a global scale.

wiCow is an artificial intelligence-driven health tracking system designed to enhance cattle breeding efficiency. The company develops an application that monitors the health of cows and buffaloes, focusing on both pre- and post-birth stages. By analyzing cow-related data, the self-learning system alerts farmers to potential health issues, allowing them to take necessary precautions and ensure timely medication. The application collects and securely stores farm and animal data in an encrypted cloud, facilitating precise health monitoring and improving overall animal welfare.

GeoPard Agriculture is an agricultural intelligence platform that enhances crop farming by leveraging spatial data analytics and artificial intelligence. It enables agribusinesses to implement sustainable precision agriculture practices and improve return on investment. The platform automates workflows to generate Variable Rate Application maps for seeding, fertilizing, and crop protection using diverse data sources and tailored agronomic logic. GeoPard's offerings include geospatial business intelligence, 3D field mapping, and multi-data layer analytics to identify productivity limitations and anomalies. Additionally, it provides a mobile application for offline access to critical geospatial data, along with cloud-based solutions that can be customized through its API. By assisting with digital transformation, GeoPard positions itself as a technology partner for agribusinesses, facilitating the effective utilization of geospatial big data in agricultural operations.

DigiFarm is an ag-tech startup based in Hamar, Norway, founded in 2019. The company specializes in developing artificial intelligence and machine learning solutions tailored to the needs of Norwegian farmers, with a focus on optimizing grain production. DigiFarm's platform utilizes deep neural network models informed by high-resolution Sentinel-2 imagery, providing farmers with a crop classification model that integrates extensive yield data and statistical analyses. This comprehensive approach allows farmers to monitor crop growth effectively and make informed, data-driven decisions to enhance their agricultural practices.

E-TERRY specializes in developing autonomous agricultural robots aimed at enhancing sustainable farming practices. Their flagship robot is designed to assist farmers by automating labor-intensive tasks in vegetable fields. The robot features a highly adaptable system that can adjust in height and track width to accommodate various crops and their growth stages. Utilizing computer vision and deep learning algorithms, E-TERRY collects detailed data on individual plants, enabling precision farming that promotes optimal care for each crop. The lightweight and foldable design of the E-TERRY robot facilitates easy transportation, making it suitable for a farming-as-a-service model. Overall, E-TERRY's solutions empower farmers to cultivate their fields more efficiently and intelligently, balancing economic viability with ecological responsibility.

Bioweg, founded in Germany in 2019, is a purpose-driven company that addresses business challenges through innovative biotechnology. By integrating biotechnology, materials science, and molecular simulation learning, Bioweg develops and offers advanced sustainable, bio-based high-performance ingredients tailored for business-to-business applications. Their products are entirely animal-free, sustainably manufactured using green chemistry, and designed to meet the needs of industries such as cosmetics, personal care, agricultural technology, and food and beverage. The company employs a zero-waste circular process, utilizing food industry waste as feedstock to create bio-based microbeads, rheology modifiers, and hydrocolloids that are free of microplastics and compliant with current ECHA regulations. Through strategic partnerships with forward-thinking brands, Bioweg aims to promote sustainability and innovation in product development.

FibriTech specializes in the development of advanced technologies for the production of 3D fiber network materials, which have a variety of applications across multiple industries. The company provides innovative solutions in areas such as agritech, packaging, filtration, insulation, and biocomposites. FibriTech's products offer a sustainable alternative to conventional materials like Styrofoam and various foamed plastics, delivering lightweight yet strong biomaterials that are both functional and environmentally friendly. By focusing on the creation of spatially shapable materials, FibriTech aims to address the challenges posed by traditional materials while promoting sustainability in manufacturing processes.

E-TERRY specializes in developing autonomous agricultural robots aimed at enhancing sustainable farming practices. Their flagship robot is designed to assist farmers by automating labor-intensive tasks in vegetable fields. The robot features a highly adaptable system that can adjust in height and track width to accommodate various crops and their growth stages. Utilizing computer vision and deep learning algorithms, E-TERRY collects detailed data on individual plants, enabling precision farming that promotes optimal care for each crop. The lightweight and foldable design of the E-TERRY robot facilitates easy transportation, making it suitable for a farming-as-a-service model. Overall, E-TERRY's solutions empower farmers to cultivate their fields more efficiently and intelligently, balancing economic viability with ecological responsibility.

Be-Grow specializes in the development of plant-stimulant hydrogels that enhance nutrient absorption from fertilizers, thereby increasing plant productivity. Their innovative products are integrated into seeding processes and compatible with various farming equipment. The technology not only accelerates the growth of small trees but also improves their survival rates in challenging climate conditions, which is particularly beneficial for both farming and reforestation efforts. Be-Grow collaborates with distributors to deliver these products and associated services, aiming to help farmers maximize their yields effectively.

Cropt originated as a spin-off from the BioSense Institute, focusing on advanced technologies in sustainable agriculture. It has since evolved into a leader in artificial intelligence and data science, developing data-driven tools tailored for high-tech agriculture. The company specializes in using AI to predict crop yields and assess risks based on local weather and soil conditions. This allows customers to formulate strategies that optimize the balance between yield and risk. With established partnerships with global industry leaders and a growing portfolio of successful digital agriculture initiatives, Cropt is dedicated to enhancing sustainable and resilient food systems.

SmartCloudFarming is focused on enhancing global food security in the face of climate change through innovative agricultural technology. The company develops precision farming solutions that create soil intelligence for the agribusiness sector. Utilizing advanced machine learning algorithms and deep neural networks, SmartCloudFarming quantifies soil parameters efficiently without the need for hardware or on-site personnel. This technology allows clients to measure and map soil characteristics rapidly, leading to improved crop yields while conserving resources and minimizing agricultural emissions. By leveraging scarce soil datasets and employing transfer learning, SmartCloudFarming aims to build a comprehensive crop yield forecasting model to support sustainable agricultural practices worldwide.