Blockchain work practices
| Practice | Activities | Actions |
|---|---|---|
| Compatibility | Design and define solutions | Design blockchain solutions to guide user behavior and prevent data entry errors |
| Implement alert systems to avoid accidental or incomplete data-feeding | ||
| Design blockchain to meet cross-border compliance | ||
| Define data elements to ensure consistent data sharing and objective to use blockchain | ||
| Align inter-organizational information-sharing policy to ensure congruence | ||
| Align solutions with global policy and data standards for scalability | ||
| Choose blockchain type and governance | Assess technical maturity to select the appropriate blockchain type (e.g. public, private, hybrid or consortium) | |
| Develop internal governance frameworks for blockchain use | ||
| Implement a tiered-cost model with incentives for blockchain adoption | ||
| Communicate blockchain's business value to stakeholders | ||
| Practical alignment | Use theoretical integration to identify misalignments | |
| Ensure implementation strategy is informed by technical and organizational insights | ||
| Align blockchain data standards | Assess consistency between internal data standards and blockchain requirements | |
| Strategize to address any misalignments before implementation | ||
| Complementarity | Product and information process management | Modify product labelling for compatibility with blockchain systems |
| Adjust data processing workflows for seamless data capture | ||
| Implement complementary technological support | Integrate complementary technologies (e.g. automated scanning) to support and enhance blockchain performance | |
| Optimize operations to reduce manual effort and improve efficiency | ||
| Reorganize division of labor | Redefine roles and responsibilities to support blockchain operations | |
| Train staff on data scanning and input procedures to meet blockchain requirements | ||
| Commitment | Marketing blockchain usage | Market blockchain usage to customers, partners and stakeholders |
| Develop rewards or incentives tied to blockchain adoption to increase engagement | ||
| Leverage marketing to enhance profitability and goodwill through blockchain | ||
| Persistent support for blockchain operations | Establish continuous support and regular updates for blockchain systems | |
| Ensure ongoing adjustments to data feeding, scanning and technology integration | ||
| Review and update blockchain practices regularly to maintain functionality and performance |
| Practice | Activities | Actions |
|---|---|---|
| Compatibility | Design and define solutions | Design blockchain solutions to guide user behavior and prevent data entry errors |
| Implement alert systems to avoid accidental or incomplete data-feeding | ||
| Design blockchain to meet cross-border compliance | ||
| Define data elements to ensure consistent data sharing and objective to use blockchain | ||
| Align inter-organizational information-sharing policy to ensure congruence | ||
| Align solutions with global policy and data standards for scalability | ||
| Choose blockchain type and governance | Assess technical maturity to select the appropriate blockchain type (e.g. public, private, hybrid or consortium) | |
| Develop internal governance frameworks for blockchain use | ||
| Implement a tiered-cost model with incentives for blockchain adoption | ||
| Communicate blockchain's business value to stakeholders | ||
| Practical alignment | Use theoretical integration to identify misalignments | |
| Ensure implementation strategy is informed by technical and organizational insights | ||
| Align blockchain data standards | Assess consistency between internal data standards and blockchain requirements | |
| Strategize to address any misalignments before implementation | ||
| Complementarity | Product and information process management | Modify product labelling for compatibility with blockchain systems |
| Adjust data processing workflows for seamless data capture | ||
| Implement complementary technological support | Integrate complementary technologies (e.g. automated scanning) to support and enhance blockchain performance | |
| Optimize operations to reduce manual effort and improve efficiency | ||
| Reorganize division of labor | Redefine roles and responsibilities to support blockchain operations | |
| Train staff on data scanning and input procedures to meet blockchain requirements | ||
| Commitment | Marketing blockchain usage | Market blockchain usage to customers, partners and stakeholders |
| Develop rewards or incentives tied to blockchain adoption to increase engagement | ||
| Leverage marketing to enhance profitability and goodwill through blockchain | ||
| Persistent support for blockchain operations | Establish continuous support and regular updates for blockchain systems | |
| Ensure ongoing adjustments to data feeding, scanning and technology integration | ||
| Review and update blockchain practices regularly to maintain functionality and performance |
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