Theorised constructs
| Item included | Authors |
|---|---|
| Information Technology Culture (ITC) | Shin et al. (2023), Martínez-Caro et al. (2020), Pradana et al. (2022) |
| DC.1 - Digital leadership and strategic vision | |
| DC.2 - Openness to technological adoption and innovation | |
| DC.3 - Digital collaboration and knowledge sharing | |
| DC.4 - Change orientation and organisational learning | |
| DC.5 - Employee engagement and digital skills development | |
| DC.6 - Cultural alignment with digitalisation and transformation strategy | |
| Organisational Flexibility (OFL) | Ni et al. (2021), Yousaf and Majid (2018) |
| OFL.1 - Flat and changeable organisational structure | |
| OFL.2 - Versatile use of internal resources | |
| OFL.3 - Leadership able to adapt roles and support change | |
| OFL.4 - Adaptive and learning-oriented practices | |
| OFL.5 - Rapid integration and adaptation of new technologies | |
| OFL.6 - Employee autonomy to propose ideas and experiment | |
| OFL.7 - Strategic collaboration and shared decision-making across internal functions | |
| OFL.8 - Process-centred coordination and responsiveness | |
| Radical Process Innovation (RPI) | Capitanio et al. (2010), Prabhu (2017), Khan et al. (2021), Barth et al. (2017) |
| RPI.1 - Introduction of entirely new production technologies or organisational models | |
| RPI.2 - Disruption of conventional food processing chains via digital or smart technologies | |
| RPI.3 - Replacement of legacy systems with scalable, resource-aware platforms | |
| RPI.4 - Redesign of the entire production system | |
| Incremental Process Innovation (IPI) | Capitanio et al. (2010), Purba et al. (2018) |
| IPI.1- Optimisation of existing production lines through digital tools or lean principles | |
| IPI.2 - Small-scale improvements in packaging, preservation, hygiene, quality routines, etc. | |
| IPI.3 - Gradual digitalisation of monitoring and traceability systems | |
| IPI.4 - Application of existing technologies to improve quality or reduce costs | |
| Frugal Process Innovation (FPI) | Prabhu (2017), Capitanio et al. (2010), Della Corte et al. (2018) |
| FPI.1 -Development of cost-effective, resource-minimising processing systems | |
| FPI.2 - Redesign of supply chains to reduce waste and increase accessibility | |
| FPI.3 - Use of locally available materials and decentralised production | |
| FPI.4 - Integration of low-cost digital solutions for smart logistics |
| Item included | Authors |
|---|---|
| DC.1 - Digital leadership and strategic vision | |
| DC.2 - Openness to technological adoption and innovation | |
| DC.3 - Digital collaboration and knowledge sharing | |
| DC.4 - Change orientation and organisational learning | |
| DC.5 - Employee engagement and digital skills development | |
| DC.6 - Cultural alignment with digitalisation and transformation strategy | |
| OFL.1 - Flat and changeable organisational structure | |
| OFL.2 - Versatile use of internal resources | |
| OFL.3 - Leadership able to adapt roles and support change | |
| OFL.4 - Adaptive and learning-oriented practices | |
| OFL.5 - Rapid integration and adaptation of new technologies | |
| OFL.6 - Employee autonomy to propose ideas and experiment | |
| OFL.7 - Strategic collaboration and shared decision-making across internal functions | |
| OFL.8 - Process-centred coordination and responsiveness | |
| RPI.1 - Introduction of entirely new production technologies or organisational models | |
| RPI.2 - Disruption of conventional food processing chains via digital or smart technologies | |
| RPI.3 - Replacement of legacy systems with scalable, resource-aware platforms | |
| RPI.4 - Redesign of the entire production system | |
| IPI.1- Optimisation of existing production lines through digital tools or lean principles | |
| IPI.2 - Small-scale improvements in packaging, preservation, hygiene, quality routines, etc. | |
| IPI.3 - Gradual digitalisation of monitoring and traceability systems | |
| IPI.4 - Application of existing technologies to improve quality or reduce costs | |
| FPI.1 -Development of cost-effective, resource-minimising processing systems | |
| FPI.2 - Redesign of supply chains to reduce waste and increase accessibility | |
| FPI.3 - Use of locally available materials and decentralised production | |
| FPI.4 - Integration of low-cost digital solutions for smart logistics |
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