How Cypherglyph™ Works

An optical cryptographic execution token that enables secure, consent-bound computation on genomic data without ever exposing the DNA itself.

End-to-End Process

1. Biological Anchoring

A DNA sample is converted into irreversible cryptographic anchors (not runnable DNA). Raw genomic data is never exposed or stored in plaintext.

2. Key Derivation

Cryptographic keys are derived from genomic anchors, user secrets, and session entropy. Identity cannot be separated from consent or context.

3. Optical Glyph

The Cypherglyph is a machine-readable visual structure that contains execution rules and consent scopes—not data. It functions like a visual smart contract.

4. Consent Validation

Each scan triggers zero-knowledge proofs that verify authorization, purpose, and timing—without revealing identity or genome.

5. Secure Computation

Approved computations run inside encrypted enclaves. AI models operate on encrypted representations only. DNA never leaves secure custody.

6. Auditable Output

Results are limited to the approved scope and logged immutably. Access is provable, revocable, and time-bound.

The Bottom Line

Cypherglyph flips genomics from data access to permissioned execution, giving individuals cryptographic control over how their biology is used—without giving the biology away.