Lossless genomic compression. Sealed core, public evidence.
A genome is reduced to a compact amortized footprint, not stored as raw sequence. On real public genomic data the codec is lossless at over 1,200× across a cohort, with each genome reduced to roughly 10 KB. Recovery is byte-identical and SHA-256 verified — a reviewer can reproduce it on public reference data and confirm the restored sequence hash-for-hash. General-purpose compressors reach 3–4× on the same data. The encoding mechanism stays sealed. Research-grade — no clinical claim.
Bounded, stated-boundary claims on public reference data. The mechanism stays sealed; the density is verifiable.
The result is stated with its context: an amortized density figure on real public genomic data, where each genome reduces to a ~10 KB footprint. Recovery is byte-identical and SHA-256 chained — a reviewer can reproduce it on public reference data and verify the restored sequence hash-for-hash. General-purpose compressors reach 3–4× on the same inputs. The mechanism stays sealed; the density does not depend on trusting it.
Research-grade — no clinical claim. The headline figure is amortized across a cohort; a single genome, compressed on its own, compresses less. All inputs are preserved losslessly, byte-for-byte. The core projection mechanism stays sealed pending patent.