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paxlabs-inc/

machine-genome

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Machine Genome is an open identity and provenance protocol for models, agents, harnesses, datasets, and related artifacts. The repository includes a Go implementation with a CLI, registry, and API references, plus local run options.

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Reviewgenerated from repository data · Jul 21, 2026

What it is

Machine Genome is an open identity and provenance protocol for models, agents, harnesses, datasets, and the artifacts that connect them. Every immutable, signed genesis record receives a content-addressed Gene. Genes form a verifiable lineage graph; later amendments and third-party attestations add evidence without rewriting history.

Live registry: machinegenome.org • Protocol: MGS 0.1.1 implementation profile • API: OpenAPI 3.1

MGS is an experimental interoperability profile and this repository is one reference implementation. A record proves who signed a claim and what bytes were committed; it does not prove inherited capability, consciousness, ownership, vendor endorsement, or legal status.

How it works

  • Genes are SHA-256 multihashes of genesis records, enabling stable identity and explicit lineage.
  • The protocol supports append-only evolution with amendments and attestations.
  • Cryptographic proofs bind records to controller DIDs; no dependency on blockchain or specific vendor.

Getting started

  • Quick start requirements: Go 1.24 or newer, GNU Make, and jq.
  • Commands shown in README include creation of keys, genesis, signing, verifying, and gene generation:
git clone https://github.com/paxlabs-inc/machine-genome.git
cd machine-genome
make check build

bin/mgs keygen --out controller.key.json
bin/mgs init-genesis \
  --key controller.key.json \
  --name cody \
  --namespace example.org \
  --subject-type agent \
  --version 1.0.0 \
  --out genesis.unsigned.json
bin/mgs sign \
  --in genesis.unsigned.json \
  --key controller.key.json \
  --out genesis.json
bin/mgs verify --in genesis.json
bin/mgs gene --in genesis.json

Private keys are created with mode 0600 and should not be committed.

Run a local registry

bin/mgs keygen --out registry-checkpoint.key.json
umask 077
openssl rand -hex 32 > admin.token

bin/mgs registry-serve \
  --data-dir ./registry-data \
  --checkpoint-key registry-checkpoint.key.json \
  --admin-token-file admin.token \
  --listen 127.0.0.1:8080 \
  --public-base-url http://127.0.0.1:8080

Access the local registry at http://127.0.0.1:8080; namespaces must complete the dns-01 challenge before genesis admission.

What is included

  • Protocol: Byte-exact MGS 0.1.1 implementation profile and audit trail
  • Go library: Strict JCS, multihash Genes, Data Integrity, lineage, amendments, attestations
  • Registry: ACID storage, verified admission, DNS namespace control, Merkle log, audit chain
  • Explorer: Identity, lineage, artifact, and proof views
  • CLI: Key generation, authoring, signing, verification, digest, backup, and integrity tools
  • Contracts: JSON Schemas, OpenAPI 3.1 document, and machine-readable conformance vectors
  • Operations: Hardened systemd, nginx/Cloudflare, container, backup, restore, and monitoring assets

Documentation and development

  • Documentation index and various docs cover concepts, architecture, threat model, registry operation, and more.
  • Development commands include: make help, make check, make race, make coverage, make build, and make dist.
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