Ecosystem
The Future is Multi-Chain
How helixstreet.io leverages the multi-chain paradigm for interoperable health data infrastructure.
helixstreet.io is a blockchain focused on life sciences applications including genomics and proteonomics. The chain allows the complete proof of ownership of genomic data and the relationship between genomic data. Helixstreet provides a single, immutable record where people can constantly contribute and draw connections between sets of data.
Every suggested connection would have to be validated by both providers of the ancestry information, then further approved through on-chain governance. Furthermore the helixstreet.io blockchain supports helixgroups to make drug development and rating more objective.
helixstreet is a substrate based application-specific parathread embedded in the polkadot ecosystem. The polkadot chain serves as relay chain providing security.
Complete proof of ownership for genomic data and relationships between datasets on an immutable ledger.
Prove relatedness between individuals without disclosing DNA information through zero-knowledge proofs.
Connections validated by both data providers and approved through transparent on-chain governance.
Decentralized groups making drug development and safety rating more objective through collective intelligence.
Application-specific blockchain built for life sciences, supporting genomic and proteomic datasets natively.
Substrate-based parathread with shared security from the Polkadot relay chain and XCM interoperability.
Ancestry data and links in the Helixstreet parathread can be utilized by other chains to create Clans in the Metaverse. Through Cross Consensus Messaging (XCM), Metaverse projects can integrate real-life data and relationships.
The Helixstreet Foundation is situated near Zug, the Swiss Crypto Valley, alongside the Cardano Foundation, Web3 Foundation, and the Ethereum Foundation.
The Future is Multi-Chain →How helixstreet.io leverages the multi-chain paradigm for interoperable health data infrastructure.
Using VCF files and zero-knowledge proofs to establish unique digital identity.