The paper describes an attempt to improve the uptake of a new agricultural Decision Support System (aDSS). The approach was to design it with an understanding of the successes and failures of predecessors and of the changes in patterns of relevant technology use over time, the “usage context”. Even though its predecessor, IrriSatSMS, showed great potential in pilot seasons, that system failed to be commercialised successfully. An investigation into whether this failure can be attributed to “technicentric design” – an aDSS problem lamented by many authors of papers on aDSS in the 2000s – is undertaken. Some relevant aspects of the design of the new aDSS system, IrriSat, are outlined to illustrate how some of the commercialisation issues faced by IrriSatSMS and other aDSS may be overcome. Important considerations impacting the usage and uptake of aDSS include the changing landscape of IT, digital agricultural data and farming lifestyle since the 2000s. Finally, remaining and emerging issues faced by systems like IrriSat, are considered.
These considerations indicate that while commercialising a new aDSS is always going to be risky for an organisation, particular aDSS design choices that are now available, such as the use of cloud computing, can reduce running costs and staffing effort significantly, thus substantially reducing that risk for certain aDSS types. Also evident is that a step change in IT use in farming since the first trials of IrriSatSMS, in Australia at least, has seen the evaporation of many issues that once plagued aDSS use regarding farmers’ interactions with IT systems. However, new issues, such as data deluge, have surfaced. With these technology and technology usage changes, I conclude that the pessimism shown in aDSS papers in the 2000s was based on factors that are no longer dominant in the aDSS landscape; a paradigm shift has occurred. However, the new paradigm has its own issues. Experience in other areas indicates that this paradigm’s issues can also be overcome and thus the future for aDSS in general, and perhaps IrriSat specifically, looks bright. A number of challenges are revealed that can impact the development and commercialisation of new products. Central among them is the importance of tracking changes in the usage context of, and therefore competition for, the new product, and related impacts on product value to the user.
The policy implications of cumulative innovation are essential to consider in order to mitigate risk and capitalise on opportunities as digitalisation transforms agriculture. One project that involves imagining the future of the sector and aims to develop the necessary tools...
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This document is accompanyng the volume Public Agricultural Research in an Era of Transformation: The Challenge of Agri-Food System Innovation (available in TAPipedia here), which provides some of the groundwork in answering the question of how the CGIAR system and other...
L'article propose d'utiliser le concept de sécurisation alimentaire pour étudier les actions et processus qui améliorent une situation alimentaire, plutôt que celui de sécurité alimentaire qui se réfère avant tout à la satisfaction de besoins alimentaires. Dans une première partie,...
