About bDNA

What bDNA is. Why it exists. What it does.

The Problem

Genomic data cannot be recalled.

Genomic data is the most sensitive data in existence. It cannot be anonymised. It cannot be recalled. Every person's genome is unique, permanent, and carries information not just about them but about their family, ancestry, and descendants.

Every existing system that derives utility from genomic data requires custody of the raw sequence. That custody is the problem. It conflicts with national sovereignty, patient rights, and cross-border regulatory regimes.

There is no neutral infrastructure that allows a country, institution, or individual to prove the integrity, provenance, and authenticity of genomic data without first exposing it.

bDNA resolves this.

The sequence stays sovereign.
The proof travels.
The Solution

A new class of infrastructure.

bDNA applies zero-knowledge proofs, Merkle commitments, and post-quantum signatures directly to raw genomic sequencing data — inside a certified hardware enclave.

01
Raw sequence enters the Enclave
FASTQ, BAM, or Microarray data is ingested directly from the sequencer via USB or Ethernet. It never touches an uncontrolled environment.
02
Processed, hashed, signed, erased
Inside the isolated post-quantum-secured environment, the sequence is cryptographically processed. The plaintext is irreversibly erased. Nothing raw exits.
03
A verifiable proof object exits
What leaves the device is a signed cryptographic object — a Merkle root, ZK proof, and attestation report. It proves integrity. It reveals nothing.
04
The proof is anchored on-chain
The proof is anchored on the sovereign client's chosen blockchain. Chain-agnostic. Verifiable by any party with the public key. No raw data required.
Status

Where we are.

Architecture
Complete
Reference Implementation
Complete
Sovereign Pilots
Discussions Underway
Stage
Pre-Seed Raise