Simulate current challenges in error-correction coding for DNA data storage
and submit your codec for the leaderboard
Open challenges:
Photolithographic DNA synthesis
DNA decay from long-term storage
Up to 10'000 oligos
Compare against other codecs
Also available offline
Basic
Scenarios
For simulation of pre-defined, basic experimental workflows
Choose from:
Density benchmark
Overall worst case
Long-term storage
High-density storage
Up to 10'000 oligos
Advanced
Flexible
Customize the simulation of a long-term storage workflow
Customize:
Oligo pool synthesis
Amplification via PCR
Storage conditions
Sequencing-by-synthesis
Up to 10'000 oligos
Local
Custom
Simulate custom scenarios and workflows locally in Python
Includes:
Full control over model
Advanced workflows
Custom error rates & biases
Faster & parallelizable
No restrictions
Simulate errors and biases in-silico
DT4DDS is a customizable, digital representation of widely-used DNA data storage workflows, enabling data-driven experimental design and rational design of redundancy for error-correction coding.
