Encoding & Decoding
Binary file → DNA package → bit-identical recovery through the computational engine.
Product roadmap
DNA Vault is building in public. This roadmap reflects what exists today, what is in active development, and what remains vision. Future items are clearly labeled — nothing here implies features that are already shipped.
Binary file → DNA package → bit-identical recovery through the computational engine.
Reed-Solomon ECC and fountain coding with configurable redundancy.
Substitution, insertion, deletion, dropout, and coverage modeling with seeded experiments.
SHA-256 integrity verification on every recovery attempt.
Full encode → simulate → recover → verify workflow with manifests and metrics.
Interactive web laboratory for molecular data experimentation.
Command-line tools for encode, decode, verify, simulate, experiment, and metrics.
Comparative experiments across codec and configuration dimensions.
Shareable experiment configurations and reference datasets for reproducibility.
Public experiment pages with configuration, metrics, and reproducibility information.
Downloadable, shareable experiment manifests in standard formats.
Programmatic access to encode, decode, simulate, verify, and benchmark workflows.
Recovery curves, error sensitivity charts, GC distribution, and storage efficiency plots.
Import real sequencing reads into the recovery pipeline for validation against simulated models.
Export encoding output to synthesis-ready formats for oligo ordering workflows.
Wet-lab experiments to compare computational predictions with measured biological recovery.
Link computational packages to physical DNA samples and sequencing runs.
Molecular data vaults for institutional long-term information retention.
Addressable, searchable storage systems built on DNA information encoding.
Full developer platform with SDKs, API keys, and organization accounts.
Integration with synthesis instruments, storage systems, and sequencers.
DNA data infrastructure as a layer of the global information stack.
Roadmap items labeled Planned or Vision are not yet available. Labels reflect current development status as of this page.