Trade-off hacking: Have the cake and eat it too? Turning competing interests into win-wins in data-driven food technology

<ns3:p>Data-driven innovations in the food sector, from personalised nutrition to supply chain tracking, promise clear benefits but introduce complex trade-offs between competing interests such as personalisation and privacy, or performance and explainability. These tensions can hinder responsible innovation if addressed as zero-sum conflicts. This paper introduces the concept of “Trade-off Hacking”, a user-centric technology design approach that reframes competing interests as opportunities for innovation striving for win-win outcomes. The concept is used as an analytical device to examine the practices of eight pilot projects funded by the Horizon Europe project “DRG4FOOD”. Trough analysis of these real-world food tech pilots, this study moves beyond merely acknowledging trade-offs to identifying reproducible design patterns that rebalance, or even resolve them. The analysis reveals a spectrum of strategies to achieve this, from governance-based user controls and privacy-preserving architectures to co-design methodologies. The paper groups these solutions into two main categories: technology-driven resolutions, which use e.g. architectural or cryptographic methods to influence a trade-off, and cooperation-driven resolutions, which reframe value tensions as socio-technical negotiations.</ns3:p>

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Publication Details

Journal
Open Research Europe
Published
2025-11-24
DOI
https://doi.org/10.12688/openreseurope.21771.1
Primary Topic
Food Supply Chain Traceability
Type
article
Field-Weighted Citation Impact
0.00
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article

Trade-off hacking: Have the cake and eat it too? Turning competing interests into win-wins in data-driven food technology

Ferdinand Ferroli
Open Research Europe
Food Supply Chain Traceability
article

Trade-off hacking: Have the cake and eat it too? Turning competing interests into win-wins in data-driven food technology

Ferdinand Ferroli
article en

Abstract

<ns3:p>Data-driven innovations in the food sector, from personalised nutrition to supply chain tracking, promise clear benefits but introduce complex trade-offs between competing interests such as personalisation and privacy, or performance and explainability. These tensions can hinder responsible innovation if addressed as zero-sum conflicts. This paper introduces the concept of “Trade-off Hacking”, a user-centric technology design approach that reframes competing interests as opportunities for innovation striving for win-win outcomes. The concept is used as an analytical device to examine the practices of eight pilot projects funded by the Horizon Europe project “DRG4FOOD”. Trough analysis of these real-world food tech pilots, this study moves beyond merely acknowledging trade-offs to identifying reproducible design patterns that rebalance, or even resolve them. The analysis reveals a spectrum of strategies to achieve this, from governance-based user controls and privacy-preserving architectures to co-design methodologies. The paper groups these solutions into two main categories: technology-driven resolutions, which use e.g. architectural or cryptographic methods to influence a trade-off, and cooperation-driven resolutions, which reframe value tensions as socio-technical negotiations.</ns3:p>

Open Research EuropeVol. 5
Openalex Percentile: Top 58%
Food Supply Chain Traceability
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