The platform for the genome of the species
Pipeline v7 · 16 active analysis modules · 6 live PRS traits
The flywheel · your Mirror over time
The system · what the platform is made of
The same instrument at every resolution
Most genomics ends at a report. Haeckel keeps supported genomic evidence in one encrypted, queryable model, then exposes it through analysis, conversation, lineage context, consented discovery, and statistical modeling. Each surface has its own data requirements and maturity.
The digital twin has three layers
Each person has an evidence model spanning available genotype, phenotype, and extended context; it is not a complete replica of their biology.
Genotype
The genome. Variants from supported consumer DNA, VCF, and FASTQ files, stored with their harmonized coordinates.
Phenotype
The expressed biology. Health, traits, biomarkers, wearables, hormones, cognition, body composition.
Extended phenotype
What the genes produce beyond the body. Lineage, offspring, behavior, environment, footprint.
Five operations on the twin
The platform is organized around five operations. Each is explicit about its current maturity, inputs, and limits.
Ingest a supported consumer DNA, VCF, or FASTQ file, harmonize its variants, and store the resulting biological model as encrypted, queryable data.
Organize goals, available biological signals, experiments, and supported drug-gene safety checks in one workspace. Daily automation is still partial.
Compare consented genomic evidence only where both profiles meet the required coverage. Haeckel does not currently offer offspring or embryo modeling from stored genomic projections.
Ask natural-language questions over the evidence available in the encrypted twin and open the relevant visual context.
Profile visibility and genomic matching use separate consent controls. People choose whether their profile can be discovered and whether genomic evidence participates.
Individual. Lineage. Species
Comparison and discovery become more informative as the consented reference space grows, while individual evidence and permissions remain attached.
From a raw file to a queryable model
Five stages, each independently tested and versioned.
16 active modules on a versioned pipeline
Each active module names its scope, method, coverage requirements, and known limits. Research engines that are not in the live runtime are documented separately.