Using Digital Ecosystems in Agriculture

Sobirov, Bobur; Yekimov, Sergey; Сітковська, А. О.; Iushchenko, Lyudmila; Dmytrenko, Ruslan

doi:10.1007/978-3-031-05778-6_18

Cited by 8 publications

(6 citation statements)

References 6 publications

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“…Russian researchers proved that in terms of the former, fields are partially digitized, and differentiated sowing, weed spraying, fertilization, and analysis for diseases are carried out [4,5]. The results of the present research correspond to the listed areas and allow consolidating them within a single software platform, which allows obtaining complete analytical data that qualitatively influences forecasts and determining factors that positively and negatively affect agricultural production [1,6,12]. The developed information system corresponds to modern trends of digitalizing business processes in various organizations and enterprises [7,10,13].…”

Section: Discussionmentioning

confidence: 67%

“…In general, over the past five years, significant changes in Russian agriculture were due to active implementation of software solutions for assessing and modeling crops development, precision farming and other types of agricultural work with the help of stream data processing, automatic control, weather data analysis, data visualization, forecasting, etc. [1,6,7].…”

Section: Introductionmentioning

confidence: 99%

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Information system as used to monitor sowing, care and harvesting on agricultural lands

Logachev,

Simonov

2024

BIO Web Conf.

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Active digital transformation of Russian agriculture, especially of precision agriculture, accounts for the relevance of the present research. The developed reference information systems and software products that automate processes in this area are independent and most often do not cover the full cycle of obtaining agricultural products. Integrated use of methods for designing and developing a software product allowed creating an information system used to monitor agricultural plants growth. The present research describes the functionality of the developed system, and lists user categories and user interface prototypes.

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Section: Discussionmentioning

confidence: 67%

Section: Introductionmentioning

confidence: 99%

Information system as used to monitor sowing, care and harvesting on agricultural lands

Logachev,

Simonov

2024

BIO Web Conf.

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“…Provision of digital services on farm, fleet and herd management Overall, digital agriecosystems-both IoT and data agriecosystems-can bring major benefits to the market (e.g., efficiency increase, cost reduction, and fraud prevention) and can enable the implementation of innovative business ideas (e.g., new channels for sales or collaboration) [15,16]. Beyond that, as observable in other industries, digital ecosystems can also improve the quality of digital services offered to the market [13].…”

Section: Farmnetmentioning

confidence: 99%

How to Successfully Orchestrate Content for Digital Agriecosystems

et al. 2023

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Since the 2000s, digital ecosystems have been affecting markets—Facebook and Uber being prominent examples. Looking at the agrisector, however, there is not yet a winner-takes-all solution in place. Instead, numerous digital agriplatforms have emerged, many of which have already failed. In the context of this study, it was revealed that reasons for such failures can be manifold, with one key challenge being the orchestration of platform content. Because, however, publicly available knowledge on this regard is limited, we decided to introduce a methodology for the evaluation of digital agriecosystem services, enabling providers to optimize their existing offering and to prioritize new services prior to implementation. By deploying our methodology to digital agriecosystems with two different application focuses (DairyChainEnergy—data agriecosystem on energy management for dairy farmers, and NEVONEX—IoT agriecosystem comprising digital services for agrimachinery), its applicability was proven. Providers of digital agriecosystems will benefit from applying this new methodology because they receive a structured decision-making process, which takes the most relevant success criteria (e.g., customer benefit, technical feasibility, and resilience) into account. Hence, a resulting prioritization of digital agriservices will guide providers in making the right implementation choices in order to successfully generate network effects on their digital agriecosystems.

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“…According to [2], examples of digital ecosystems can be (Figure 1): According to [3], the unified information space enables users of digital ecosystems to receive a significant range of information services. The digital ecosystem allows you to satisfy a large number of requests from its users.…”

Section: Introductionmentioning

confidence: 99%

Using digital ecosystems in public-private partnership

Yekimov,

Alloh,

Turdibekov

et al. 2023

E3S Web of Conf.

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Public-private partnership can be considered one of the most priority areas for the development of social and transport infrastructure, improving education and healthcare systems, and attracting private capital to the economy. Effective implementation of infrastructure and investment projects within the framework of public–private partnership allows the state and private investors to benefit, and ultimately all citizens. State administrative levers should be focused on the formation of the legal framework necessary for effective cooperation between private business and government agencies. Public-private partnership can play an important role in the implementation of state targeted programs. The participation of private capital in these programs will make it possible to save the expenditure of public funds, as well as increase the return on investment activities. The use of the digital ecosystem within the framework of public-private partnership makes it possible to simplify the interaction of the private sector of the economy with public institutions. Thanks to the use of the digital ecosystem, the state will be able to more effectively select partners for the implementation of joint projects. The use of the digital ecosystem will save time on the examination of promising investment projects. The use of digital economic systems allows to reduce the time costs necessary for making effective management decisions, as well as to increase labor productivity. Digital ecosystems are able to bring public-private partnership to a qualitatively higher level of relations between business and the state.

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Using Digital Ecosystems in Agriculture

Cited by 8 publications

References 6 publications

Information system as used to monitor sowing, care and harvesting on agricultural lands

Information system as used to monitor sowing, care and harvesting on agricultural lands

How to Successfully Orchestrate Content for Digital Agriecosystems

Using digital ecosystems in public-private partnership

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