DNA Encoder
Convert digital files to nucleotide sequences
UTF-8 Encoding
0 characters
Sequence Output
Awaiting data encoding...
DNA sequence will appear here
A
T
C
G
0
Base Pairs
0%
GC Content
0
EB/mm³
DNA Decoder
Retrieve original data from nucleotide sequences
Decoded content will appear here
recovered_file.bin
Storage Architecture
Comparative analysis of DNA vs traditional storage
Density Comparison
HDD (2024)
3 Tb/in³
SSD NAND
15 Tb/in³
DNA Storage
215 Pb/mm³
Longevity
Magnetic Tape
30 years
SSD Archive
50 years
DNA Archive
500,000+ years
Error Correction
Reed-Solomon Codes
Redundancy for sequence errors
Goldman Encoding
Four-fold redundancy
Fountain Codes
Random access recovery
The Science Behind DNA Storage
DNA digital storage works by mapping binary data (0s and 1s) to the four nucleotide bases of DNA: Adenine (A), Thymine (T), Cytosine (C), and Guanine (G). Using a base-4 encoding scheme, we achieve a theoretical maximum density of 2 bits per nucleotide, enabling storage of exabytes in a single gram of synthetic DNA.
Encoding: Binary → Quaternary
Synthesis: Oligonucleotide synthesis
Sequencing: Next-gen Illumina