Building genomic infrastructure for the next era of the human species

Haeckel, our first instrument, is now in early access

Explore

The first beneficiary of your biological data should be you

  1. Your self

    First
    understandingyour biology

  2. Your network

    By choice
    sharingpeople you choose

  3. Your lineage

    Over time
    continuityfuture generations

  • Ancestry

    Proportions by population, with confidence intervals.

  • ADMIXTURE

    Supervised maximum-likelihood deconvolution at K=7.

  • Health

    Clinical variants, gated by penetrance, zygosity and sex.

  • APOE

    The four-tier genotype call.

  • Haplogroups

    Paternal and maternal lineage by phylogenetic traversal.

  • Traits

    Markers with published phenotype associations.

  • Phenotype

    Pigmentation prediction behind a coverage gate.

  • Pharmacogenomics

    Star alleles, diplotypes and metabolizer phenotypes.

  • Nutrigenomics

    Variants in metabolism and micronutrient handling.

  • HLA

    Immune-type imputation above a confidence floor.

  • Archaic ancestry

    Neanderthal and Denisovan signal from marker panels.

  • Runs of homozygosity

    Segment lengths and the inbreeding coefficient they imply.

  • Copy number

    Deletions and duplications from heterozygosity patterns.

  • Polygenic scores

    Published catalog weights, harmonized to the effect allele.

Haeckel
Open Haeckel

  • Genotype

    What you inherit
    sourceYour genetic data

  • Phenotype

    What is expressed
    sourceMeasured in you

  • Mind

    What you experience
    sourceDescribed by you

  • Extended phenotype

    What you shape
    sourceYour world and your relationships

We build Haeckel so every person can get the most from all their data, including biological data at its deepest level: their genotype

Reference genome

Explore marker counts and density by chromosome

PUBLIC REFERENCE / GRCh37531,235 measured calls · Genotyping chip

Marker density by chromosome

Select a chromosome to inspect it. Brightness represents marker density.

Method, source & limits

Public genotyping file hu43860C from the Personal Genome Project. Columns preserve GRCh37 reference lengths. Each band spans one million bases; brightness indicates the density of recorded markers.

The chip measures selected positions across the genome. This view includes calls with an assigned genotype and position; darker regions contain fewer recorded markers. These demonstration data show the structure and marker distribution of the assay. Our methods ↗

  1. Form

    Explore your records as an orb, a timeline or a graph. Different perspectives on the same personal data.

  2. Context

    Move between a question, a personal record and an interactive model. Mirror brings the relevant context with you.

  3. Identity

    A public expression of what you choose to share: your work, your discoveries and the parts of your life you want to make visible.

Research beyond the present

EmbryoStudy design active
Human development · illustration

Measuring where polygenic prediction holds among siblings and where it loses precision

Explore the program
Evo-12KExploratory research
Cro-Magnon 1 · La Ferrassie 1 · Neanderthal cast · Peking Man · Homo erectus reconstructionCro-Magnon · Neanderthal · Homo erectus

Known biological mechanisms under long‑horizon selection

Explore the program

IntelligenceLifeThe frontier

Heru Genomics works at the intersection of artificial superintelligence, genetic optimization and space exploration. No civilization stays relevant past 2030 without all three. We begin with genomic infrastructure, building the substrate through which the noosphere can act on the biology of our species.

Leonardo CalleFounder

Work with us

We look for people of exceptional talent who share the values and the vision.

Write to us
Heru Genomics · Increasing Negentropy