iPhone scanning biosample QR code for BioIP creation

PATIENT-OWNED BIOSAMPLES & BIODATA

OWN YOUR DNA

Turn your genomic data into a secure digital asset you control. Share it, earn from it, or revoke access anytime.

GO TO MY GENOVAULT ACTIVATE YOUR DNA KIT

POWERED BY

Story

PLATFORM STATS

7,000+
GenoVaults
150+
Research Partnerships
$6.9M+
BioIP Value
100%
Patient Ownership
Web3 Biosample Attributions Explorer

BIOSAMPLE-DERIVED DATASETS

Web3 Biosample Attributions Explorer

Every physical DNA sample is cryptographically linked to blockchain metadata. Track actor, owner, consent status, and datasets in real-time with full transparency.

  • Verified Provenance: Cryptographic chain of custody from collection to analysis
  • Active Consent: Real-time permission status tracked on-chain
  • Dataset Tracking: View all files derived from each biosample
  • Blockchain ID: Immutable reference for audit and compliance
EXPLORE BIOSAMPLES

FOR RESEARCHERS

Claude AI Claude Code Guided Bioinformatics

AI-powered bioinformatics workflows for families and researchers. Claude Code serves as your co-pilot to navigate complex genomic data analysis with precision and transparency.

  • Claude Code as Co-Pilot: Interactive AI assistant guides families through biodata exploration
  • Guided Workflows: Step-by-step bioinformatics pipelines with code generation and validation
  • Family Biodata Navigation: Multi-generational analysis with AI-assisted interpretation
  • Researcher Tools: OpenCRAVAT integration with Claude-powered variant annotation
TRY CLAUDE CODE
World's First Family AI Agent Node for Private DNA Exploration

BIO-ASSETS

VISION 2025

Biosamples and BioData AI Agents power decentralized clinical trials. Global research labs access patient-owned BioNFTs through programmable licenses, with AI-BioIP agents coordinating data flow while preserving attribution.

VISION 2025: Biosamples & BioData AI Agents

x402 BIOFS

AI Agents That Pay for Genomic Data

Your DNA files live in secure cloud storage. An on-chain routing system called BioRouter lets AI agents discover, access, and pay for your biodata automatically, without ever exposing where your files are stored. Built on our Sequentia blockchain, it turns every genomic file into a priced digital asset.

Step 1 — Register

Lab Registers Your Files

When a lab sequences your DNA, each file (BAM, VCF, FASTQ, annotated SQLite) is registered on-chain as a BioAsset. The blockchain records what exists and who owns it, but never where it is stored. Your file locations remain private in an encrypted off-chain database.

Step 2 — Discover & Pay

AI Agent Requests Access

A Claude-based research agent finds your BioAsset through the on-chain registry. It sends a micropayment in USDC using the x402 protocol (HTTP 402 — "Payment Required"). The payment is converted to BIOIP tokens and credited to your account. You earn every time your data is used.

Step 3 — Access

Temporary Download Link

After payment is verified, the BioRouter API generates a time-limited download URL (expires in 1 hour). The agent downloads the file, runs its analysis, and the link disappears. No permanent access is ever granted. You can revoke consent at any time and all future requests are blocked instantly.

LIVE ON SEQUENTIA

Six Smart Contracts

The BioRouter system is deployed as six interconnected contracts on the Sequentia blockchain. Each handles a specific part of the genomic data economy.

  • BIOIP Token — 1 billion ERC-20 tokens. Patients earn BIOIP every time their data is accessed. Researchers stake BIOIP to unlock files. 2% of every transaction is burned.
  • BioRouter — Privacy-preserving registry. Maps opaque identifiers to consent status. Never stores file locations on-chain. The actual cloud paths live only in an encrypted API.
  • BioAsset Vault — Each biosample becomes a parent asset, with individual child assets for each file (BAM, VCF, FASTQ, etc). Researchers can access files individually or as a bundle.
  • Pricing Oracle — Prices each file based on rarity, variant count, annotation depth, and whether it contains somatic mutations. Rare variants in cancer genomes are worth more than common genotypes.
  • BioRecovery — Lost your wallet? Your DNA is your backup. A 96-SNP fingerprint comparison at the original lab can recover your account. Also enables inheritance: children can prove biological relationship and inherit BioAssets.
  • Agent Registry — AI agents register with their capabilities and payment methods. Builds reputation over time. Claude Code agents, research bots, and clinical pipelines all participate as first-class entities.

How It Looks for a Claude Code Agent

If you use Claude Code (Anthropic's CLI for developers), you already understand how AI agents work. A BioFS agent works the same way, but for genomic files instead of code repositories.

// Agent discovers a VCF file for biosample 55052008714000
POST biorouter.genobank.app/resolve
// → Contract checks: consent active? agent staked?
// → Agent pays 50 BIOIP via x402 (HTTP 402)

// Oracle valued this VCF at:
  Base: 50 BIOIP (VCF file)
  × 4.2x rarity (pathogenic ClinVar)
  × 3x somatic (tumor sample)
  × 1.8x annotation (146 annotators)
  = 1,134 BIOIP

// Patient receives 98% (1,111 BIOIP)
// 2% burned (22.68 BIOIP) — deflationary

// Agent gets a 1-hour presigned S3 URL
GET https://s3.amazonaws.com/...?X-Amz-Expires=3600
// → Downloads VCF, runs analysis, URL expires

The patient never has to do anything. Their consent is set once. Every time an AI agent uses their data, BIOIP tokens flow automatically into their GenoVault. Think of it as streaming royalties for your DNA.

The x402 protocol is the same standard Anthropic uses for Claude agent payments. When an agent hits a data endpoint and gets HTTP 402 ("Payment Required"), it knows exactly how to pay. No login screens. No API keys. Just wallet-to-wallet micropayments.

6
Smart Contracts
1B
BIOIP Tokens
7
File Types
96
SNP Recovery
146
Annotators
x402
Agent Payments

OWN YOUR GENOMIC IP

Join 7,000+ patients who control their biological data on Story

GO TO MY GENOVAULT