Hubei Forbon Technology

Kangxin Bio is a wholly-owned subsidiary and product transformation platform of Hubei Biopesticide Engineering Research Center.

Xiangyu Technology is a coloring agent manufacturer, focusing on the research and development, production and sales of caramel coloring agents, organic fertilizers and microbial fertilizer manufacturing.

Tevel is a company focused on addressing the significant shortage of agricultural labor by developing Flying Autonomous Robots™ designed for fruit picking. Founded in 2017 by Yaniv Maor, Tevel's robots utilize advanced artificial intelligence and computer vision to efficiently harvest fruit while minimizing damage. These agile robots can operate continuously, offering a cost-effective solution for farmers. Tevel's innovative software provides real-time monitoring of the harvesting process, allowing farmers to gain valuable insights into the quality and characteristics of the harvested fruit. This data aids growers in making informed decisions about market value and output. Tevel's headquarters are located in Israel, with additional branches in Italy and the United States.

LIGC Application Ltd. is a company based in Israel that specializes in the development of laser-induced graphene filters. This innovative technology allows for the scalable production of porous graphene foam using commercially available lasers. The company focuses on various commercial applications, including air filtration systems for air conditioning and purifiers, water purification, printed circuit boards, and gas sensors. Additionally, LIGC Application is exploring uses for its technology in medical and hygiene products, such as wound healing and sanitary textiles. The firm aims to leverage its patented technology to provide effective solutions in environmental management and healthcare.

Saturas Ltd. is engaged in the development and manufacturing of advanced irrigation sensor systems designed for agricultural applications. Founded in 2013 and based in Misgav, Israel, the company creates miniature stem water potential (SWP) sensors that are embedded in the trunks of trees, vines, and other plants. These sensors provide precise and continuous measurements of water status, allowing farmers to optimize irrigation practices. The Saturas system includes implanted sensors, wireless transponders, and a central control unit that communicates data to farmers' devices, enabling real-time monitoring and management. This technology not only reduces water consumption but also enhances fruit production and quality by tailoring irrigation to the specific needs of crops, thus promoting efficient water use and improving yields.

FruitSpec Ltd. specializes in designing and manufacturing hyperspectral sensor systems for fruit yield estimation, catering to farmers, distributors, and insurance companies. Founded in 2016 and based in Tel Aviv, Israel, the company offers FruitSpec sensor pods that scan orchards to analyze fruit trees. This technology employs hyperspectral imaging and deep learning algorithms to differentiate between leaves and fruits, generating valuable insights for agribusinesses. FruitSpec provides a comprehensive yield estimation service, which includes scanning the orchard and delivering detailed reports. These reports feature the number of fruits and their size distribution, as well as heat maps indicating fruit quantity distribution within the orchard. By facilitating data collection and yield prediction, FruitSpec enables stakeholders in the fruit value chain to optimize their demand-to-supply processes and make informed business decisions.

Saturas Ltd. is engaged in the development and manufacturing of advanced irrigation sensor systems designed for agricultural applications. Founded in 2013 and based in Misgav, Israel, the company creates miniature stem water potential (SWP) sensors that are embedded in the trunks of trees, vines, and other plants. These sensors provide precise and continuous measurements of water status, allowing farmers to optimize irrigation practices. The Saturas system includes implanted sensors, wireless transponders, and a central control unit that communicates data to farmers' devices, enabling real-time monitoring and management. This technology not only reduces water consumption but also enhances fruit production and quality by tailoring irrigation to the specific needs of crops, thus promoting efficient water use and improving yields.