Registry

Public ringsring index.

Public attribution sets, fully reproducible. Each ring is a deterministic hash of its members' public keys. Anyone can recompute the ring root and verify membership locally — no trust in this index required.

4 rings shown

  • runtime/ 01

    node-runtime/historic

    Historic Node.js core authors and runtime contributors. Useful for runtime-level vulnerability disclosures where attribution must be provable but identity must remain private.

    5 members·0 ghosts
    bafkreie0826365e67cd2629a1a59205fc458e35c7553f3188f3f6222beopen
  • kernel/ 02

    linux-kernel/core

    Subset of long-time Linux kernel maintainers. Demonstrates how a high-trust contributor set could expose anonymous attribution without revealing which maintainer signed.

    4 members·0 ghosts
    bafkreia9ebd881ba683dd5e0b1810ca12d4f1fba752c699d0be9b0d56eopen
  • frontend/ 03

    frontend/frameworks

    A demonstration ring built from public maintainer keys across several frontend ecosystems. Shows how cross-project anonymous attribution would work in practice.

    3 members·0 ghosts
    bafkreiea0f1d7815fda557303b536e93c6f7014b44722ea513d1eb9789open
  • privacy/ 04

    privacy/engineering

    A privacy-engineering attribution set: people whose public work touches anonymity, secure messaging, and adversarial threat models. Designed for sensitive disclosures.

    3 members·0 ghosts
    bafkrei2d63014e34a828a4ec04839c751e37c094f73d50db7db9c9bdc6open
Disclosure

The rings shown here are derived from each member's public github.com/<user>.keys listing using a deterministic, reproducible derivation. Listed contributors have not endorsed gitghost. The rings are demonstration assemblies built from public material.