Scality and Biomemory Partner for Ultra-Secure, DNA-Based Object Storage Archives

Leading storage innovators Scality and Biomemory have officially partnered to introduce a groundbreaking solution for ultra-secure, long-term data archiving. The collaboration focuses on integrating DNA storage technology as a new, highly resilient archival tier within existing object storage infrastructures. This innovative approach is designed to provide an astonishing 150-year retention period for critical data. The partnership brings together Scality's robust software-defined S3 object storage platform, known for its ability to optimize across various storage media types, with Biomemory's specialized data center-oriented DNA storage systems. These systems are engineered with enterprise-grade metrics and a modular architecture, making them suitable for demanding archival needs. The joint effort will see DNA storage becoming a cold archive tier within Scality-managed storage environments, including Scality ADI, their autonomous data infrastructure solution. DNA data storage is rapidly transitioning from a scientific research concept to a viable commercial application. It offers an archival solution optimized for extreme longevity and significantly reduced operational demands. This emerging storage tier is particularly well-suited for data that must endure for decades, boasting near-zero media refresh requirements and consuming no power when data is at rest. The core value proposition of this DNA object storage solution lies in its suitability for 'keep forever, read rarely' scenarios, where data integrity and extreme longevity are non-negotiable. Key applications for this technology include national archives, vast scientific and genomic data repositories, media and entertainment preservation, and highly regulated financial and healthcare records. It also addresses the needs of sovereign or defense workloads where long-term, immutable storage is paramount. Rather than replacing current flash, disk, and tape infrastructures, the DNA storage solution is intended to complement them, providing an unparalleled option for data that requires the longest possible retention with the highest levels of security. The integration roadmap will be jointly developed by both companies in the coming months, marking a significant step in bringing DNA data storage from the laboratory to an industrialized IT solution.