Get started · ~15 minutes, no account

Run the notebook.
Commit a chain.
Audit a claim.

Eigenius runs on your laptop. The walkthrough is a notebook; each cell commits a typed artifact to the chain, and the kernel type-checks the composition as it goes. By the end you have a machine-checkable audit trail from six raw plate-reader readings to a published-style designation.

See it

The notebook is the platform.

Every cell commits a typed chain artifact. The right pane surfaces the audit trail the kernel just type-checked — not a rendered summary, the actual chain. Below is the drug-screening walkthrough partway through.

Eigenius notebook UX: a left pane of cells progressively committing typed chain artifacts (Observed, Derived, Declared), with a right pane showing the live chain state — types resolved, AutoOnLoad cascades fired, the type-checker's verdicts visible.
Install

Three steps to a running chain.

The end-to-end demo runs entirely in Docker — no Rust or Deno on the host required. If you'd rather build from source, follow Platform §2 — Installation instead.

  1. 01

    Clone and start the stack

    git clone https://github.com/eigenius/eigenius
    cd eigenius
    docker compose up -d

    Requires Docker Desktop or Docker Engine + Compose v2. The first run pulls images and seeds the layer chain — allow a couple of minutes.

  2. 02

    Open the notebook

    http://localhost:8080/notebooks/

    No login. Everything runs on your laptop. The orchestrator serves the React notebook and proxies EigenQL/ESL into the kernel over gRPC.

  3. 03

    Run the drug-screening walkthrough

    Open examples/stats-and-reasoning.json and run cells top to bottom. About five minutes end-to-end. Watch the AutoOnLoad cascades fire as the statistics institution emits its verdict and the reasoning institution composes the certificate.

    Read the walkthrough first Platform §14 — Notebook reference

You just did

The chain, now machine-inspectable.

By the time the last cell runs, you have committed:

A reviewer (or another AI agent, or a regulator) can now walk back from the conclusion to the raw data in finite steps, re-execute any deterministic step, and refute any premise without disputing the rest.

Where to next

Three directions from here.

Help

Stuck? Found a bug?

Project tracking lives on GitHub. Use Discussions for open-ended questions and design conversations; file an Issue with the smallest reproduction you can manage when something is broken. For private deployments and commercial questions, see the contact note in the repo README.

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