VI International Conference on Agriculture Digitalization and Organic Production (ADOP 2026)
June 1 – 5, 2026, Kaliningrad, Russia
June 1 – 5, 2026, Kaliningrad, Russia
The aim of the conference is to consolidate interdisciplinary knowledge in the fields of agriculture, biology, robotics, information technology and economics to solve urgent problems of digitalization of organic livestock and crop production based on the achievements of fundamental science and the best practices of agricultural companies.
Special sections:
The official languages of the conference are English and Russian.
Head of the Department of Tractors and Automobiles Institute of Mechanical and Power Engineering named after V.P. Goryachkin, Russian State Agrarian University – Moscow Timiryazev Agricultural Academy, Doctor of Technical Sciences, Professor, Academician of the Russian Academy of Sciences
Moscow, Russia
Hybrid Tractor as an Energy and Digital Accelerator for the Technical Transformation of the Agro-Industrial Complex
The predominance of machines of such power is associated with the initial and, by current standards, irrational trend in the development of tractor construction by increasing capacity and energy saturation. This approach does not allow for optimizing the energy consumption and leads to negative environmental and economic consequences. Current development trends require a systematic departure from the tractor idea as a purely mechanical object, with a transition to a digital object configured to work in the external information field. Only a hybrid tractor of a small traction class, owing to its active adaptive functions, can raise an idea of the impact object and operate these data in a general information flow, thus, allowing it for an inclusion in the concept of a digital twin of an agricultural enterprise. This is a necessary technological step towards the development of fully autonomous unmanned robotic systems and the transition to proactive resource conservation in agriculture.
Director of IEEP - branch of FSAC VIM, Doctor of Technical Sciences, Academician of the Russian Academy of Sciences
St. Petersburg, Russia
High-Tech Technical Systems for Ensuring Environmental Safety of Processing and Use of by-Products of Animal Husbandry
According to minimal estimates, the introduction of high-tech technologies for involving livestock by-products into agricultural turnover as highly effective fertilizers will increase the gross grain harvest by 12 million tons per year, and the ecological and economic effect of reducing the risks of environmental pollution and improving the health of citizens is estimated at 500 to 1,500 billion rubles.
Vice-Rector of The State University of Management, Doctor of Technical Sciences, Doctor of Pedagogical Sciences, Professor
Moscow, Russia
Leading Researcher at the Laboratory of Reverse Engineering of The State University of Management, Candidate of Technical Sciences, Associate Professor
Moscow, Russia
Associate Professor of the Department of Innovation Management, Senior Researcher at the Department of Scientific Activities of the Office for the Coordination of Scientific Research of The State University of Management, Candidate of Technical Sciences, Associate Professor
Moscow, Russia
Digital Integration of Full-Cycle Agricultural Economic Systems while Ensuring Food Security
However, the level of digitalization in the Russian agro-industrial complex remains heterogeneous: existing digital solutions are disparate systems that are not integrated into a single lifecycle of the agro-industrial complex economic system. This highlights the need to develop a comprehensive digital model of the full-cycle agro-industrial complex economic system.
Deputy Director for Innovation, Research Centre of Biotechnology RAS; Professor of the Artificial Intelligence Department, Financial University under the Government of the Russian Federation; Professor of the Biotechnology and Biosystems Engineering Department, Moscow Institute of Physics and Technology (State University)
Moscow, Russia
Experience in the Application and Prospects of Using AI in Agrobiotechnology
The issues of changing the growing time, size, weight, concentration of required (useful) substances, and the content of secondary metabolites of plants grown in controlled and managed conditions of autonomous urban agricultural production are considered separately. A synergetic hypothesis of "plant stress management" is also proposed, as identifying order parameters in managing the vegetation (development) of plants to achieve target indicators of their productivity.
Head of the Department of Agricultural Machinery and Technology, Altai State Agricultural University, Doctor of Technical Sciences, Professor
Barnaul, Russia
Status and prospects for the introduction of digital technologies to grow crops under the changing climate (Altai Krai example)
Technologies for differentiated application of seeds and fertilizers according to field productivity zones based on task-maps are used. Work is being carried out on the differentiated use of plant protection products, identification of weeds, diseases and pests based on technical vision. The implementation of digital solutions, combined with the use of the latest technology, varieties, seeds, fertilizers, and plant protection products, makes it possible to increase the efficiency of land use by 1.5-2 times, ensuring the long-term economic sustainability of farms.
Vice-Dean for Research of Faculty of Biotechnology and Fisheries, K.G. Razumovsky Moscow State University of Technologies and Management (FCU), Candidate of Technical Science
Moscow, Russia
Dean of Faculty of Biotechnology and Fisheries, K.G. Razumovsky Moscow State University of Technologies and Management (FCU), Doctor of Biological Sciences, Professor
Moscow, Russia
Automatic Segmentation of Hepatocyte Nuclei in Fish Liver Histological Images Using the U-Net Convolutional Neural Network.
A dataset of rainbow trout liver histological sections was prepared and labeled for training the model. Implementation of this tool can improve the objectivity and productivity of research in ichthyopathology and ecotoxicology.
Director of the Chemical Analytical Resource Center of Kaliningrad State Technical University, Doctor of Technical Sciences
Kaliningrad, Russia
Processing of White Lupine into Biotechnological Products for the Prevention of Cardiovascular Diseases in Seafarers
It is planned to use methods of enzymatic hydrolysis, ultrafiltration, ultracentrifugation and nanofiltration. Purification and separation of the lipid complex is planned to be carried out by gas chromatography, which is a modern method of purification and separation of lipids to fatty acids and squalene. The combined use of the proposed innovative effective methods for obtaining, separating, purifying and evaluating the quality of the lipid complex will make it possible to obtain a biologically valuable component for creating a biologically active food additive. The qualitative and quantitative composition of the new biologically active additive will be determined using an effective and promising method for the study of raw materials and foodstuffs – capillary electrophoresis. The creation of a ready-made biologically active additive based on squalene obtained from white lupine is planned to be carried out using modern methods of biotechnological processing of agricultural, food and pharmaceutical products.
Conference Co-Chairs:
Program Committee Chair:
Program Committee Members:
Organizing Committee Co-Chairs:
Organizing Committee Members:
All papers must be submitted through the online system.
Submitted papers must not be under consideration by another conference, previously published or accepted for publication elsewhere.
Authors must submit for review an English-language paper of 10–12 pages, formatted in the Springer publisher style and containing the following sections:
Accepted papers must be personally presented by the authors at the conference.
No more than two papers are allowed from one author.
Participation in the video conference is free of charge.
The accepted papers will be published in the proceedings of the ADOP conference in English in Springer SIST series of books indexed in SCOPUS (Q2) and Springerlink.
The ADOP 2026 Conference will be held in a hybrid format:
Address:
KSTU, 1, Sovetsky Av., Kaliningrad, Russia.
First International Conference on Agriculture Digitalization and Organic Production (ADOP 2021), June 05-07, 2021, St. Petersburg- Proceedings of ADOP 2021
Second International Conference on Agriculture Digitalization and Organic Production (ADOP 2022), June 06-08, 2022, St. Petersburg - Proceedings of ADOP 2022
Third International Conference on Digitalization of Agriculture and Organic Production (ADOP 2023), June 05-07, 2023, St. Petersburg - Proceedings of ADOP 2023
Fourth International Conference on Digitalization of Agriculture and Organic Production (ADOP 2024), June 05-08, 2024, Minsk - Proceedings of ADOP 2024
