Bloodline Protocol
A Genome-based Digital Assets Distributing Protocol Powered by LifePass
A Genome-based Digital Assets Distributing Protocol Powered by LifePass
Overview
Bloodline Protocol is a novel on-chain protocol designed to distribute digital assets based on individuals’ genomic information. By leveraging LifePass as a cryptographically secure and privacy-preserving genomic identity layer, the protocol introduces an entirely new paradigm of digital asset inheritance, identity grouping, and community governance rooted in biological relationships.
Protocol Structure
First Phase: Genomic Tagging Layer This phase uses selected genomic features to assign tags or attributes to individuals, enabling eligibility gating and distribution logic based on:
Qualitative Genomic Traits
Example: APOE genotypes for longevity-related distributions
Example: Lactase persistence (e.g., LCT variants) for dietary-related assets
Quantitative Genomic Traits
Example: Ancestry Composition (e.g., 67% East Asian, 15% European)
Application: Distribution of assets tied to geographic/cultural heritage
Second Phase: Kinship Computation Layer This phase calculates and verifies on-chain N-degree biological relationships via LifePass proofs, enabling rules based on:
Parent-Child Relationships
Enable inheritance-like asset transfer with verified biological links
Extended Kinship (2nd-5th degree)
Forming decentralized family groups or clans
Asset distribution tied to family size, lineage, or shared ancestors
Applications
Digital Legacy Biologically-Gated Inheritance Protocol Transfer NFTs, tokens, or vault access to verifiable biological descendants (e.g., “only my biological children can claim this digital inheritance”)
Living Will on Chain Smart contracts enforce rules such as:
"Split my estate among my descendants with ≥25% shared ancestry and APOE-e2 genotype."
Digital Ethnic Community Building On-chain Ethnic Identity Anchoring Form DAOs or social groups based on ancestry composition verified through LifePass
Community-Gated Asset Airdrops Example:
An airdrop for users with ≥30% Native American ancestry verified on-chain
Cultural Preservation DAOs Individuals sharing a common genetic heritage can pool resources to fund heritage projects (e.g., language preservation, rituals, history archives)
Integration with Web3
ZK-Proofs for Privacy All genomic data is processed through zero-knowledge proof systems to avoid revealing raw DNA data on-chain.
Programmable Genomic Contracts Smart contracts can reference genomic tags or kinship proofs in logic gates for access control, voting rights, or asset distribution.
Future Directions
Biological Network Mapping Build the world’s first programmable, privacy-preserving global bloodline graph
Genealogy-Based Governance Voting power or representation weighted by verified biological ties or ancestral lines
Bio-DID Integration Expand digital identity beyond wallet addresses into verifiable biological lineage
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