Molecular Archive Technology™
A new standard for data preservation
Why DNA?
Durability
Designed to last 200+ years — 99.9999% file integrity over the card's rated lifespan.
Density
Up to 1 million 1TB hard drives on a single card.
Sustainability
No power required for storage. Zero energy footprint.
Security
Air-gapped by nature. Physically isolated from network threats.
Control
Enterprise and personal archive solutions. Your data, your terms.
Why DNA?
MAT™ combines semiconductor precision with synthetic biology to create the world's most durable data storage medium. For over 1 billion years, DNA has provided the code to archive life on earth. Now, that same molecular architecture stores your digital data — permanently.
In-Silico File Design
Your digital files — documents, media, databases — are compressed and encoded into ultra-compact Mimulus Code using our proprietary algorithms. This biological encoding achieves density impossible with conventional storage.
Molecular Writing
Files are written as synthetic DNA using our proprietary MAT™ CMOS platform — millions of electrode sites precisely assembling DNA molecules in parallel. Each chip writes terabytes of data encoded in the four-letter language of life.
Archival Storage
Your data is sealed inside a Glacier Data Storage Card™ — a credit-card-sized medium designed for 200+ years. No power required. No refresh cycles. No environmental control. Your data simply endures.
Retrieval
When you need your data back, our molecular decoding pipeline reconstructs your files with 99.9999% fidelity. Original format, original quality — delivered within 48 hours.