Unlocking The Future: A Comprehensive Review of Dna as A Data Storage Medium

As data growth accelerates, traditional storage solutions struggle to keep pace with the escalating demands of the digital era. This review paper explores DNA as a revolutionary alternative for data storage, leveraging its extraordinary information density, stability, and longevity. The biochemical properties of DNA, encoding techniques, and recent technological advancements in this field are analyzed. The review highlights how DNA’s inherent strengths, such as its density and durability, make it a compelling candidate for next-generation data storage solutions. Cutting-edge progress in DNA synthesis, sequencing, and error correction technologies that facilitate practical implementation is discussed. Additionally, the paper addresses the environmental impact, ethical considerations, and technical challenges associated with DNA storage. The transformative potential of DNA storage across diverse sectors, including healthcare, information technology, and archival preservation, is illustrated by examining case studies and real-world applications. The review also outlines the future research trajectory, emphasizing the necessity for interdisciplinary collaboration among biologists, computer scientists, and engineers to fully realize DNA's potential as a superior data storage medium.