XRP Ledger Powers First Biometric Blockchain ID with Genomic Hash Mesh Integration
The post XRP Ledger Powers First Biometric Blockchain ID with Genomic Hash Mesh Integration appeared on BitcoinEthereumNews.com. TLDR: DNA Protocol uses XRP to anchor hashed DNA data for real-time biometric identity verification. Genomic Hash Mesh validates genome sequences using Merkle proofs and zk-compression. BioFi enables KYC, health passports, and DeSci models without exposing raw DNA data. Despite innovation, XRP price dips 5.2% as market volatility overshadows long-term potential. The XRP Ledger has taken a new turn, far beyond digital payments, by integrating biometric identity into its decentralized infrastructure. A new system from DNA Protocol, called the Genomic Hash Mesh, now secures human DNA as a verifiable, on-chain identity anchor. According to the team, this marks the first time genomic data has been cryptographically verified and recorded in real-time on a blockchain. The development introduces a novel intersection between blockchain and biomedical data. Consequently, XRP is powering what DNA Protocol refers to as a new frontier: BioFi. Genomic Hash Mesh Introduces Biometric Consensus DNA Protocol described the Genomic Hash Mesh as a decentralized network designed to validate DNA-based identities. Rather than storing sensitive information, the system uses zk-differential compression to hash genome data into a verifiable format. Nodes then confirm these hashed signatures through Merkle-linked attestation, providing trustless identity without centralized databases. Each node acts as a validator in a live mesh network, processing genomic transitions that confirm lineage, mutations, and sequence integrity. The final result, cryptographic proofs, are immutably committed to the XRP Ledger. This system allows for real-time authentication while keeping raw DNA data off-chain. XRP is no longer just powering payments — it’s now securing human biology. DNA Protocol just developed a live Genomic Hash Mesh on the XRP Ledger. Not a concept. Not a whitepaper.A working cryptographic system where your DNA becomes a verifiable identity anchor — on-chain.… pic.twitter.com/yqTq84DPlV — Pumpius (@pumpius) June 13, 2025 Why XRP Ledger Was Chosen for BioFi Integration Pumpius,…
The post XRP Ledger Powers First Biometric Blockchain ID with Genomic Hash Mesh Integration appeared on BitcoinEthereumNews.com.
TLDR: DNA Protocol uses XRP to anchor hashed DNA data for real-time biometric identity verification. Genomic Hash Mesh validates genome sequences using Merkle proofs and zk-compression. BioFi enables KYC, health passports, and DeSci models without exposing raw DNA data. Despite innovation, XRP price dips 5.2% as market volatility overshadows long-term potential. The XRP Ledger has taken a new turn, far beyond digital payments, by integrating biometric identity into its decentralized infrastructure. A new system from DNA Protocol, called the Genomic Hash Mesh, now secures human DNA as a verifiable, on-chain identity anchor. According to the team, this marks the first time genomic data has been cryptographically verified and recorded in real-time on a blockchain. The development introduces a novel intersection between blockchain and biomedical data. Consequently, XRP is powering what DNA Protocol refers to as a new frontier: BioFi. Genomic Hash Mesh Introduces Biometric Consensus DNA Protocol described the Genomic Hash Mesh as a decentralized network designed to validate DNA-based identities. Rather than storing sensitive information, the system uses zk-differential compression to hash genome data into a verifiable format. Nodes then confirm these hashed signatures through Merkle-linked attestation, providing trustless identity without centralized databases. Each node acts as a validator in a live mesh network, processing genomic transitions that confirm lineage, mutations, and sequence integrity. The final result, cryptographic proofs, are immutably committed to the XRP Ledger. This system allows for real-time authentication while keeping raw DNA data off-chain. XRP is no longer just powering payments — it’s now securing human biology. DNA Protocol just developed a live Genomic Hash Mesh on the XRP Ledger. Not a concept. Not a whitepaper.A working cryptographic system where your DNA becomes a verifiable identity anchor — on-chain.… pic.twitter.com/yqTq84DPlV — Pumpius (@pumpius) June 13, 2025 Why XRP Ledger Was Chosen for BioFi Integration Pumpius,…
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