This company develops IT-friendly DNA Data Storage appliances engineered for data center environments. Their modular architecture combines biosecure DNA media with industrialized end-to-end processes to create a new storage tier optimized for density and longevity. The solution offers ultra-low energy consumption at rest and high data retention for long-term archival and high-security data preservation.
Funding
$23.6M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
CDFounders
Product
Problem
Traditional data storage solutions like SSDs and magnetic tapes face limitations in density, energy consumption, and long-term durability, posing challenges for archiving the exponentially growing volume of digital information. These methods also require continuous energy input to maintain data integrity and have a significant environmental impact due to manufacturing processes and eventual disposal.
Solution
Biomemory offers DNA Drives, a data storage medium leveraging molecular engineering to achieve a storage density one million times greater than conventional SSDs or magnetic tape. The DNA DRIVE stores data within bio-sourced components, converting biomass into digital information that remains stable at ambient temperatures without requiring continuous energy input or emitting CO2. This technology ensures data durability for thousands of years, providing a reliable and sustainable solution for long-term data archiving. By utilizing DNA's inherent stability and high density, Biomemory addresses the escalating demands for secure, energy-efficient, and environmentally conscious data storage.
Target Audience
The primary target audience includes organizations with long-term data archiving needs, such as national film archives, research institutions, and enterprises seeking sustainable and high-density storage solutions.
Features
- Data storage density one million times greater than SSDs or magnetic tape
- Utilizes bio-sourced components, converting biomass into digital data
- Stable at ambient temperature, eliminating the need for continuous energy input
- Long-term data durability, ensuring data integrity for thousands of years
- Resistance to obsolescence due to DNA's role as a fundamental data storage form in living organisms
- Scalable solution for archiving the exponentially growing volume of digital information