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+ Decentralized Co-Ownership Model
+ This project introduces a novel DAO structure for truly decentralized ownership and control of the source code for a zero-knowledge-enabled smart contract application.
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+ The complete source code is divided into 10,000 independent blocks (shards), each stored as a base64-encoded string on IPFS for immutable, decentralized storage. Naming and resolution are handled via ENS (Ethereum Name Service) or Handshake for user-friendly access.
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+ Each block is associated with a unique co-ownership key, represented as an ERC-721 NFT (or equivalent token). Holders of these keys have direct control over their specific block:
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+ - They can propose alterations to the code in their block.
+ - They can vote to delete or replace their block if needed.
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+ To prevent unilateral changes from compromising the overall codebase, updates to the assembled application (e.g., merging changes or publishing new versions) are secured by a BLS-based t-of-n threshold signature scheme. A minimum threshold (t) of key holders must collectively sign off on any global update, ensuring community consensus while distributing power across all 10,000 owners.
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+ This model achieves unprecedented decentralization: no single entity or small group can alter or delete parts of the code without broader agreement, while individual owners retain meaningful control over their shard.
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+ The full codebase can be reassembled and verified by anyone using the public IPFS references and threshold-verified updates.
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+ Security Note: Your co-ownership key grants real control over a portion of the source code. Treat it as a valuable asset—store it securely and be cautious when transferring, as it could impact the project's integrity if acquired by malicious actors.
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+ Zero-Knowledge (ZK) Smart Contracts
+ These embody a framework prioritizing privacy, autonomy, and trustless accountability. They enable proofs without exposing sensitive information, challenging centralized control.
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