When transforming an existing atmosphere through the intro of a digital system, typical requirements engineering comes close to normally concentrate on the analysis of existing processes, stakeholders' needs, as well as social connections While this can direct the design of appropriate services that take into consideration prices, benefits, budget plan and time within a temporary perspective, it is not sufficient to guarantee that sustainability issues are attended to over time As clearly stated by Becker et al. "the system the consumer wants and the system that needs to be developed are quite various". Layout choices might advantage some stakeholders while marginalising others, and may rule out silent stakeholders, such as the natural ecosystem and also future generations.
This is especially relevant for the application domain of backwoods, consisting of country communities, agriculture and forestry. The area is currently encountering extensive technological changes with digitalisation being considered as a critical enabler towards sustainable development at social, economic and also environmental degree ICT options under the umbrella of accuracy farming, yet also logistic systems that sustain the food value-chain, as well as also standard interaction tools, are considered essential ways to deal with sustainability concerns of this domain name At the same time, the transformation of an existing and highly typical context with the intro of a digital system can produce unwanted effects To stop this, RE tasks oriented to the development or adjustment of ICT options for backwoods need to consider the domain-specific conditions that affect and also are affected by the adoption of a certain modern technology Particularly, demands engineers need to understand what are the socio-economic, regulative as well as ecological vehicle drivers that can facilitate the introduction of their solution, in addition to the barriers that can produce obstacles towards its fostering. Moreover, they need to examine what are the potential impacts, so that favorable results in the direction of sustainability can be increased, while reducing negative consequences.
This paper intends to sustain RE activities with a catalogue of motorists, obstacles and also potential effects linked to the intro of novel ICT remedies in the domain of rural areas. These 3 concepts integrate typical stakeholders' objectives among the vehicle drivers, but additionally account for other parts that do not currently have a prominent place in RE. Specifically, clearly reviewing socio-economic, regulatory as well as environmental ideas that comes prior to system style as well as after its release, can aid to prolong the range of RE tasks to make sure that social and also lasting impacts are considered.
To evoke details for these 3 core principles, we carry out a collection of 30 semi-structured interviews with specialists across the European Union, who were recruited in the context of the Perspective 2020 DESIRA Task.1 The specialists have actually diversified expertise concerning a wide range of ICT solutions applied in rural areas accuracy agriculture, blockchain-based tracking, and automated bleeding systems. They are selected due to their competence on households of systems in the domain, and also can for that reason give an educated opinion, with the best high-level viewpoint that provides a voice to several stakeholders. We do a thematic evaluation of the meeting transcripts to identify common groups as well as give an expert-based reference catalogue to be placed prior to any kind of project-specific demands elicitation task in the domain of backwoods.
Our outcomes reveal that common barriers for the adoption of ICT solutions are the absence of connection in rural areas, but additionally fear and also distrust towards technology. On top of that, the cost of innovation as well as governing issues, additionally connected to uncertain information governance are relevant barriers. Key drivers are financial, as technology can lead to cost decrease, yet likewise institutional ones, because technology can enhance monitoring as well as responsibility. Hereof, regulatory authorities can play a vital role through financing programmes and norms. Favorable effects are the substitute of repeated labour and also the opportunity of making use of economies of range. On the other hand, negative effects are the higher dependence from technology along with the social exclusion of some gamers that can not handle the adjustment, at the very least not fast enough.
This job contributes with a brochure of drivers, barriers as well as impacts associated to the adoption of technical remedies in backwoods. Our motifs stand for a reliable snapshot of the state of affairs in rural areas, and also can be taken as recommendation for the advancement of socio-technical systems in this domain. Although the brochure is domain-specific, the main concepts put forward can be also reached various other fields in which there is a strong interaction between the digital as well as the social dimension, as well as sustainability is a primary problem.
The remainder of the paper is structured as adheres to. In Section 2, we present the DESIRA job and also associated work. Section 3 explains the theoretical meta-model that describes the constructs of motorists, barriers as well as influences, relating them to more typical RE terms. Area 4 reports the study style, and also Area 5 presents the outcomes, explaining the various classifications of drivers, obstacles, as well as effects. Area 6 summarises the main take-away messages and also provides a discussion in relation to existing literary works. Section 7 offers final thoughts as well as last comments.