Following the machines, people and ideas shaping agriculture. Selected developments, clear context and a link to the original source.
Robotics. Intelligence. Agriculture.
19 stories matching “Funding”.
The KI-Reallabor Agrar programme brings ATB into an Osnabrück-led consortium, with five-year funding to develop and test agricultural AI in cooperation with researchers, businesses and farmers.
Malaysia’s Poladrone announced a US$4.29 million seed round in October 2021, linking drone development with service centres, spare parts and training for agricultural customers across the region.
Aerobotics announced a $17 million Series B in January 2021, backing further technology development and international delivery of agricultural intelligence tools from a company founded in Cape Town, South Africa.
Swiss company Ecorobotix announced a $52 million funding package in May 2023 to expand its plant-recognition and precision-spraying business, with the Americas identified as an important market for growth.
Australia’s Clean Energy Finance Corporation committed A$7 million to SwarmFarm Robotics in October 2025, supporting production of lightweight autonomous platforms used for spraying and other agricultural work with interchangeable attachments.
India’s Press Information Bureau reported FarmBot in May 2025, describing a semi-automatic tracked platform that combines a robotic arm, leaf-image analysis and pesticide application under agricultural research.
A February 2024 university report describes a solar-powered monitoring and control approach for avocado oil machinery, developed for settings where reliable grid electricity and labour-saving infrastructure are limited.
A final report documents how a pan-European network brought research groups, businesses and innovation hubs together to help agricultural and food-sector robotics move from technical ideas towards practical applications.
Germany’s Agri-Gaia launch linked machinery data, reusable AI components and legal expertise, with the University of Osnabrück contributing field observations and frameworks for exchanging information across organisations.
At a 2016 field demonstration in Bundaberg, QUT presented AgBot II’s ability to navigate crops, classify weeds and select treatments, an early example of combining robotic perception with agronomic intervention.
Aga Khan University and Simon Fraser University are examining how LiteWeed can fit East African farming conditions and community priorities.
NDSU is connecting soil and microclimate measurements through LoRaWAN, supporting crop-disease, residue-management and irrigation research across its facilities.
