From the Blog

AGROINTELLI delivers UK’s first robotic implement-carrier to farmer

AGROINTELLI delivers UK’s first robotic implement-carrier to farmer

We are delighted to announce, that Agrointelli have delivered the first Robotti to the UK. The organic fresh produce farm, Home Farm Nacton, has taken delivery of a Robotti 150D, the first robotic implement-carrier in the UK, which is now fully operational on the estate. The investment was made to improve technology and solve the […]

Agrointelli raises an €14,5 million investment to help drive the future of agricultural robotics

Agrointelli raises an €14,5 million investment to help drive the future of agricultural robotics

Agrointelli investment Based in Denmark, the agricultural robotics company Agro Intelligence ApS (Agrointelli) has raised DKK 108 million (EUR 14.5 million) in debt and equity. The equity investment round, which was co-led by Nordic Alpha Partners and Vaekstfonden, will be used to scale production and accelerate the company’s international growth plans. Furthermore, it is Vaekstfonden’s […]

New Robotti dealer (Switzerland)

New Robotti dealer (Switzerland)

We are enthusiastic to announce our new collaboration with Swiss based GVS Agrar Group, which consist of GVS Agrar AG, Agrar Landtechnick AG and their 9 daughter companies.  GVS Agrar AG GVS Agrar Group have early roots going back to year 1911, but are today represented by 270 partners, which facilities the process from sales to […]

Internet of Food 2020

Internet of Food 2020

The Internet of Food and Farm 2020 (IoF2020) project accelerates the uptake of Internet of Things (IoT) technologies in the European farming and food chains with a view to strengthening their competitiveness and sustainability. The project is a result of the involvement of 71 partners that will strengthen the network, drawing together valuable knowledge. AGROINTELLI is […]

SOILCARE

SOILCARE

The purpose of the SOILCARE project is to protect and improve Europe’s arable soil. The project will identify, evaluate and develop soil-improving cropping systems for European crop production while reducing environmental impacts. The benefits and drawbacks of the soil-improving cropping-systems will be evaluated, incorporating all relevant bio-physical, socio-economic and political aspects. The ability to apply […]

FUTURE CROPPING

FUTURE CROPPING

The vision of the Future Cropping partnership is to increase turnover of primary plant production and agro-technology by at least 600 million DKK per year, create new jobs in the sector by 2030, and decrease negative environmental impacts of plant production. The innovative idea of this partnership is to integrate data from various information sources […]

SAFE

SAFE

The vision of the project was to develop safety systems that permit agricultural machines to autonomously handle all significant physical hazards in the field. Today’s machine users are demanding reduced requirements for surveillance as well as maximum safety for humans and animals. This requires a significant improvement in all aspects of autonomous safety including: detailed […]

ARTIFICIAL INTELLIGENCE

ARTIFICIAL INTELLIGENCE

Several commercial products will be developed and matured during Robo-WeedMaPS project. AGROINTELLI’s role covers, among others, working on RoboWeedCamRT, which is a cost effective camera, able to translate captured images to weed-spe-cies. During spraying operations, the ca-mera will perform real-time recognition of weed species and determine the weed populations in the field, aided by previous […]

Multi-sensor system for ensuring ethical and efficient crop production

Multi-sensor system for ensuring ethical and efficient crop production

The vision of the project was to create new technological solutions that support efficient and future-oriented plant production with minimized use of pesticides. The technology focuses on an ethical and animal-friendly approach to the interaction between intensive crop production and the surrounding nature. The project objective was to explore and develop technology for the detection […]

INTO-CPS

INTO-CPS

The goal of the INTO-CPS (Integrated Tool chain for model-based design of Cyber Physical Systems) project was to reduce the development time and cost of physical prototypes by modeling and simulating the component systems (e.g. electrical, software, hydraulic, and mechanical). A tool chain was created, allowing powerful analysis of the complete cyber physical system / […]