Old mathematical methodology against “harvest now – decrypt later” threat to highly sensitive data

A disturbing practice in cybersecurity has emerged in recent years: attackers are actively collecting (encrypted and therefore currently unreadable) data with the intention of decrypting it at a later date as more advanced technologies - particularly quantum computing - become available. This strategy, known as “Harvest now, decrypt later,” poses a serious threat to the security of highly sensitive data that is currently considered securely encrypted. The potential ability of quantum computers to overcome existing encryption standards forces us to rethink the future of data security.

Quantum computing undoubtedly brings revolutionary benefits, but it also poses significant risks to the security of our data. Traditional encryption, which is still considered robust and secure today, will most likely become obsolete in the era of quantum computers. Against this background, there is an urgent need to develop alternative security methods that can also withstand the new technological conditions.

A promising approach to address this challenge is the data fragmentation strategy. This method is not based on traditional encryption alone, but on the principle of dividing data into multiple segments and distributing them across different storage locations. This type of distribution makes it extremely difficult for a potential attacker to collect and stitch together all the necessary data fragments to reconstruct the original information.

This strategy implements an additional layer of security that cannot be breached even by the capabilities of a quantum computer. The fragmentation of data, coupled with redundant storage across various cloud services, creates a virtually insurmountable hurdle for anyone attempting to restore the data without authorization. This provides a future-proof solution for data storage and backup in the cloud that ensures data privacy and security.

In addition to protecting against the threats posed by quantum computers, this method also enables increased flexibility in the handling and storage of data and its backups. Companies can decide for themselves which cloud providers and in which regions their data should be stored. This not only offers benefits in terms of data security, but also supports compliance with data protection guidelines and maintaining data sovereignty.

In a world where the amount and value of digital data continues to increase, developing security strategies that go beyond traditional encryption is critical. The challenge that quantum computing poses to data security requires an innovative approach to ensure our most valuable information remains protected well into the future.

Implementing advanced data protection strategies, such as data fragmentation and distribution, is a crucial step towards a secure digital future. It enables organizations and individuals to effectively protect their data and face the challenges ahead with confidence. In a rapidly evolving technological landscape, it is essential to act proactively and develop solutions that protect our data protection in the long term.

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