BlockChainDAO

Place in the project

The ethical kernel runs poles, vetoes, narrative memory, and simulation modules in Python. The DAO module sits at the governance boundary: it models how community and stakeholders could ratify calibrations, review incidents, and record decisions with quadratic-style voting and reputation vectors — the same conceptual slot a chain would occupy later.

• Today: mock_dao.py simulates proposals, voting, audit records, and a Solidarity Alert Protocol with no real network or assets.
• Pipeline: in the interactive stack, governance hooks appear after deliberation modules so collective rules can complement — not replace — kernel vetoes and safety predicates.
• Ecosystem fit: see investors — Native DAO for why decentralized legitimacy matters next to hardware and insurance narratives.

Future deployment & development

Moving from mock to chain is a product and compliance project, not a config flip. The intended sequence is: document threat models and roles, map mock contracts to minimal on-chain equivalents, run controlled testnet experiments with non-production data, then consider mainnet only with legal review and partner agreements.

• Engineering: ABI-stable interfaces between the kernel and a signer or indexer; idempotent audit exports; optional privacy layers where public voting is inappropriate.
• Research: align quadratic and reputation mechanics with the same ethical predicates the kernel already enforces, so on-chain governance cannot bypass MalAbs-class vetoes without an explicit, reviewed change path.
• Milestones: tracked with the broader program on the roadmap page (governance beyond mock DAO).

Collaborate

Protocol design, security review, and jurisdiction-specific counsel are welcome via the repo's collaboration templates. For sensitive disclosures, follow SECURITY.md.