Documentation Index
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Extreme Density & Durability
One gram of DNA can store on the order of 215 petabytes of information. Entire archives that today require climate-controlled data centers can be reduced to small vials. Preservation timelines extend from decades to centuries without active maintenance or refresh cycles.Ancient DNA samples more than two million years old have been successfully
sequenced demonstrating that the molecule remains readable far beyond the
limits of any electronic medium.
Core Benefits
Energy Savings
Cold archives consume enormous energy keeping disks spinning and tapes
refreshed. DNA at rest consumes nothing. Energy is only spent during write,
query, or read operations transformative reductions in lifetime cost and
carbon footprint at petabyte and exabyte scale.
Faster Access to Insights
Biochemical selection and quotienting reduce the sequencing burden by two to
three orders of magnitude. Queries that would take months of linear reads
can be resolved in hours with a fraction of sequencing making large archives
practical to use.
Verifiability
Every dataset written into DNA can be cryptographically anchored on-chain,
binding molecular archives to digital proofs. Results are independently
verifiable across time, institutions, and jurisdictions.
Scalability
A library of a few hundred prefabricated components assembles into trillions
of unique identifiers. As synthesis and sequencing throughput improve,
capacity expands from petabytes toward exabytes without changing the
underlying chemistry.
Summary Comparison
| Property | Tape / Disk | DNA |
|---|---|---|
| Density | TB per device | ~215 PB per gram |
| Retention | Decades (with refresh) | Centuries |
| Idle energy | Constant | Zero |
| Query efficiency | Full scan required | Biochemical enrichment (1000× reduction) |
| Verifiability | None | On-chain cryptographic proof |
| Capacity ceiling | Physical rack space | Combinatorial effectively unlimited |