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In an era where both commercial and private sectors place a premium on thelongevity of digital data storage, the imperative to bolster resilience ofdigital information while simultaneously curbing costs and reducing failurerates becomes paramount. This study delves into the unique attributes ofoptical encoding methodologies, which are poised to offer enduring stabilityfor digital data. Despite their promising potential, there remains a notabledearth of comprehensive analyses comparing various optical encoding techniquesin terms of their durability. This research is thus dedicated to exploring thefinancial and environmental implications of employing technology to transcribedigital data into a machine-readable optical format, assessing both theadvantages and limitations inherent in this approach. Our empirical findingsreveal a marked increase in the efficiency of machine-readable optical encodingover conventional digital storage methods, particularly as the volume of datadiminishes and the expected lifespan of storage extends indefinitely. Thispaper aims to illuminate key aspects of long-term digital data storage withinbusiness contexts, focusing on aspects such as cost, dependability, legibility,and confidentiality of optically encoded digital information.

Sustainable Data Management: Indefinite Static Data at Rest with Machine-Readable Printed Optical Data Sheets (MRPODS)