## 5 Conclusions and Perspectives
By incorporating these quantum-inspired dynamics, the solution represents a substantial advancement in data security, offering strong resistance to both present and emerging threats. The results obtained in the tests are very encouraging. They demonstrate that the processing times are appropriate and do not significantly extend the durations already required by storage solutions such as the cloud or by the network responsible for transmitting data from one point to another. Among the potential future developments, the following aspects certainly merit further investigation:  
1. A dedicated study could focus on achieving more advanced optimization of the number of fragments. 2. Further exploration of fragment size optimization could also be worthwhile, particularly for much larger files than those considered in this study, such as gigabyte-scale files like videos or digital content such as films or documentaries. 3. The two-seed hybridization of AES-256 is just one example of how it is possible to surpass the limitations posed by [PERSON]'s theorem. However, future work could consider other standards, such as SHA, as a starting point, or replace the two-seed hybridization mechanism with alternative techniques. 4. Finally, regarding the approach to making fragments dynamic through relocation using Schrodinger's equation and recombination via entanglement to vary the internal content of the fragments, this too represents an area of particular interest for the development of increasingly customized data protection solutions. Additionally, it suggests that more advanced data infrastructures could be leveraged, such as those provided by the cloud, data centers, and Big Data environments. Going beyond purely technical and technological aspects, this work introduces a new cognitive perspective regarding:  
1. The distinction between data and information;
2. The differentiation between the owner and the custodian of data. Through the creation of fragments and the procedures applied to them, the set of fragments, in the absence of access keys, does not allow for the reconstruction of the original information. Therefore, the set of fragments is not equivalent to the information contained in the original file. This distinction is not only relevant to data security but also has significant implications for information management. Specifically, the owner of the information could delegate a third party to manage the data (i.e., the fragments) without granting access to the original information, which remains accessible only to the keyholder--and thus the owner. A practical example could involve the management of wiretaps. Typically, the owner, represented by the court, tasks a data custodian--typically a telecommunications company--with wiretapping a specific phone number and storing the intercepted communications. Currently, an operator or employee at the custodian who has access to the wiretaps can also access the information they contain. Conversely, with the solution presented in this work, the wiretapped data would be transformed into an unordered set of binary fragments, and the information they contain would only be accessible to the keyholder, i.e., the court as the owner. This demonstrates the importance of distinguishing between the owner of the information and the custodian of the data. Thanks to the proposed solution, data and information are no longer equivalent, achieved through the six processing levels described in the uploading procedure. Additionally, the example highlights that possessing or managing data no longer poses a privacy or security risk to the information, as the custodian, lacking the key, can manage the data (i.e., the fragments) but cannot access the information they contain. This privilege is exclusively reserved for the owner and anyone the owner authorizes. Thus, it becomes clear that in the field of computing, as in other domains, there is a critical distinction between the custodian (who holds encrypted binary data) and the owner (who has full access to the information within the digital content).