Oishii specializes in the cultivation of premium berries, employing controlled environment agriculture (CEA) techniques to optimize growth conditions. The product line includes the Omakase, Koyo, Nikko berries, and Rubī tomato, all certified Non-GMO. The company emphasizes sustainability and transparency in its farming practices, aligning with industry standards for clean food labeling and environmental stewardship.
RSF defines a common language for robot service capability, lifecycle operations, certification pathways, and service-provider networks.
Professor Li Wei's team at China Agricultural University is pioneering agricultural harvesting robots, marking a significant shift in modern farming practices. These robots integrate automation and intelligent technologies, enhancing productivity and transforming traditional agricultural labor methods. The team's research has led to the development of cucumber and tomato harvesting robots, which are gradually entering the market. The importance of this innovation lies in its potential to revolutionize agricultural practices, improving efficiency and supporting the growth of modern agriculture. The team's comprehensive research has culminated in a book titled 'Agricultural Harvesting Robots,' which discusses core algorithms such as machine vision and deep learning, and provides case studies on the robots they have developed. Looking ahead, the book serves as a valuable resource for researchers and students in agricultural robotics and intelligent agricultural equipment. No further timeline was disclosed at the time of publication.
Agricultural Robots Harvesting Technology Automation Machine Learning RoboticsBurro AI has focused on creating robots capable of operating in unpredictable outdoor agricultural settings without fixed infrastructure. Unlike many robotics companies that optimize for controlled environments, Burro faced the challenge of real-world deployment from the outset, learning to adapt to environmental variability and user dependency on their systems. The significance of this approach lies in the understanding that agricultural workers have zero tolerance for unreliability. As customers begin to depend on autonomous systems, their expectations shift rapidly from novelty to necessity, demanding high reliability that lab environments often cannot replicate. Looking ahead, Burro AI's commitment to addressing real-world challenges in outdoor conditions will be crucial. The company recognizes that successful robots must be engineered to handle diverse environmental factors, which requires continuous learning and adaptation rather than reliance on simulation models. No further timeline was disclosed at the time of publication.
Agriculture Autonomous Mobile Robots (AMRs) Construction Industrial Robots Logistics Mobility / NavigationIn Episode 253 of The Robot Report Podcast, Deise Yumi Asami, founder of Maximo, discusses how her AI-enabled robotics startup is enhancing solar panel installation. By integrating robotics, AI vision, and smart field deployment, Maximo aims to make the process faster, safer, and more efficient, significantly impacting renewable energy infrastructure. This innovation is crucial as it addresses the growing demand for renewable energy solutions. Yumi Asami's insights highlight the role of advanced technologies in transforming utility-scale solar construction, showcasing how automation can streamline operations and improve safety in the energy sector. Listeners should watch for further developments from Maximo and AES Corp as they continue to pioneer energy solutions. No further timeline was disclosed at the time of publication.
6-Axis Artificial Intelligence Autonomous Mobile Robots (AMRs) Energy / Solar / Renewables News OpinionA team of undergraduates from Cornell University has secured the grand prize at The Farm Robotics Challenge with their innovative autonomous robot designed to eliminate weeds using electricity. This robot operates independently in vineyards and orchards, effectively reducing labor and energy consumption while avoiding herbicides. The significance of this achievement lies in its potential to address the persistent challenge of weeds in agricultural settings, which can severely impact crop health and yield. Traditional methods of weed control are labor-intensive and costly, making this new technology a promising alternative for growers. Looking ahead, the team plans to enhance their technology and validate it with agricultural producers before launching it commercially. No further timeline was disclosed at the time of publication.
On July 17, 2026, the World Artificial Intelligence Conference (WAIC 2026) commenced in Shanghai, featuring Agile Robots, a leading intelligent robotics company. Agile Robots showcased its H20 lightweight humanoid robot, H10-W assistant robot, AI therapy robot, and high-precision teleoperation data collection system, emphasizing its vision of linking AI with the physical world. The significance of this event lies in the anticipated growth of the humanoid robot market, with projections indicating that China's production could exceed 100,000 units by the end of 2026. This marks a pivotal moment for the global AI industry, transitioning humanoid robots from experimental stages to large-scale production and real-world applications. Looking ahead, Agile Robots is positioned to capitalize on this industry opportunity, having established a strong technological foundation and extensive commercialization experience. The company aims to enhance its AI algorithms and data ecosystems to support the deployment of humanoid robots across various sectors, including healthcare, logistics, and smart agriculture. No further timeline was disclosed at the time of publication.
Humanoid Robots AI Robotics Technology Healthcare RoboticsLG Energy has been confirmed to supply batteries for Google's largest solar and energy storage project, marking a significant expansion in energy infrastructure related to the rising power demands of AI data centers. This project, known as the Steel River Energy Center, is a collaboration between Google and Cypress Creek Energy in Arkansas. The initial phase of the project will feature 1.6 gigawatts (GW) of solar power generation capacity and approximately 2 gigawatt-hours (GWh) of battery storage, with plans to expand to 2.5 GW of solar and 2.9 GWh of storage by 2029. LG Energy is expected to provide its JF2 DC Link system, utilizing lithium iron phosphate battery technology, with the order valued at several hundred billion Korean won. As the demand for renewable energy solutions grows, this partnership highlights the increasing importance of energy storage systems in supporting sustainable infrastructure. No further timeline was disclosed at the time of publication.
On July 10, Jinke Smart Agriculture's stock surged, prompting speculation about its acquisition of Jiangsu Huibo Robotics. Initially, Jinke planned to invest 650 million yuan to gain control over Huibo, which specializes in humanoid robotics for pig farming. However, by late June, the investment was drastically reduced to 60 million yuan, raising concerns about the viability of the acquisition. This significant cut in investment reflects the broader challenges faced by Jinke, as its revenue is projected to decline by 18.26% in 2025, with a net profit drop of 78.59%. The domestic pig market struggles with prices below 12 yuan per kilogram, while production costs remain high. The shift towards robotics is seen as a potential solution to reduce labor costs and improve efficiency in pig farming. Looking ahead, the feasibility of the investment hinges on whether the robotics can operate effectively in the harsh conditions of pig farming. The debate continues on whether humanoid robots are necessary for the tasks at hand, as their design may offer advantages in precision and flexibility compared to traditional robotic forms. No further timeline was disclosed at the time of publication.
Humanoid Robots Agricultural Robotics Pig Farming AI TechnologyNorwegian technology company AutoAgri has rebranded as Uncrew Robotics, reflecting its strategic shift towards international markets and a broader product portfolio. The new name emphasizes the company's core capability of enabling unmanned vehicle operations, enhancing safety, efficiency, and reducing costs and emissions. The rebranding comes after over six years of development in autonomous agricultural machinery, with the company now also targeting the defense sector. Uncrew Robotics continues to operate from its facility in Vanvikan, Norway, ensuring close oversight of production while expanding its offerings to include retrofitting traditional vehicles into unmanned platforms. The company’s latest product, the IC12, is a fully electric multipurpose carrier designed for precise agricultural operations. As Uncrew Robotics broadens its focus, industry watchers should note its modular design philosophy and ongoing commitment to innovation in unmanned vehicle technology. No further timeline was disclosed at the time of publication.
Autonomous vehicles autonomous technology electric tractors Multipurpose field robots retrofit kits robotic harvestingSabanto, known for its autonomy retrofit system for agriculture, has successfully completed an oversubscribed Series B funding round aimed at expanding practical autonomy in farming. Founder and CEO Craig Rupp emphasized that their approach focuses on reducing capital investment by enabling farmers to utilize smaller, lower-cost autonomous tractors instead of investing in larger machinery. The significance of this funding round, led by Leaps by Bayer, lies in its potential to transform agricultural practices by making autonomy more accessible to farmers. By retrofitting existing tractors with advanced technology, Sabanto aims to lower the costs associated with adopting autonomous systems while enhancing productivity through continuous operation. This approach addresses the financial constraints many farmers face, as highlighted by Rupp and Paimun Amini from Leaps By Bayer. Looking ahead, Sabanto's partnership with Verdant Robotics to integrate precision agriculture applications could further streamline farming operations. The company has already established deployments in the United States and Australia, indicating a solid understanding of market needs. No further timeline was disclosed at the time of publication.
Agtech Artificial intelligence Deeptech Investing Precision agriculture Startups & fundingJBS has decided to abandon its 2040 net-zero emissions goal, citing significant execution challenges. The company's Global Chief Sustainability Officer, Jason Weller, emphasized that while JBS is not retreating from climate challenges, it is refining its climate objectives. JBS aims to reduce scope 1 and 2 emissions by 30% by 2030 and by 70% by 2050, using 2019 as a baseline. The decision to drop the 2040 target is significant as it reflects the complexities of achieving net-zero emissions across a vast network of independent agricultural producers. Weller noted the immense difficulties posed by varying practices, baselines, and the lack of standardized measurement infrastructure in global agriculture. This shift comes amid ongoing legal scrutiny regarding JBS's environmental claims and commitments. Looking ahead, JBS's revised emissions reduction strategy will focus on achievable near-term goals while addressing the systemic challenges in agriculture. No further timeline was disclosed at the time of publication.
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