SOMA-01: 12-month technical validation study testing biological stability at 15–25°C.

This study validates a room-temperature process for stable, long-term biological archiving. By replacing expensive, high-risk cryobanking with a vacuum-sealed dry-chain, this pilot aims to prove that samples remain secure and healthy for 12 months without electricity or liquid nitrogen.

Fair Access Through Technology

Technical rigor

We are using a vacuum-sealing process (lyophilisation) that has been validated by international research to replace high-energy cryogenic vats.

Stable Storage

A 6-hour drying cycle locks samples into a protective, shelf-stable state.

Thermal Testing

Samples are stored at ambient temperatures to prove stability without the need for constant refrigeration.

Integrity Checks

We use precision DNA fragmentation testing to ensure zero degradation over the 12-month study.

Participant Safety & Clinical Oversight

The study follows the SOMA Method, ensuring every participant acts as a Guardian within a medically supervised framework.

We treat biosamples as Taonga (treasures) and frame governance using Te Ara Tika and Te Mana Raraunga principles.

We’re moving our biological data out of corporate hands and into secure whānau-run archives to strengthen our whakapapa.

Restore Pathway

A validated 3-step rehydration process to restore full biological integrity.

Data Sovereignty

All data is managed according to Indigenous protocols to prevent unauthorised third-party use.

Vault Protection

All samples are held in fire-rated, secure local archives with 24/7 monitoring.