A technical overview of the live SBI verification system: SHA-256 records, QR verification, export logic, and the public trust lanes used across registry and commerce.
The hard part is not just storing genetic knowledge. It is making registry records, seller-direct exchanges, and SBI-custodied inventory legible to buyers without overstating what SBI actually handled.
SBI solves this with database-backed verification records, SHA-256 fingerprints, QR verification, and explicit trust-lane labeling that separates custody truth from archive truth.
From registry or exchange record to a verifiable SBI artifact in four steps.
A breeder, researcher, or contributor submits supported strain data. SBI records the accession in the registry with timestamps, citations, and a stable verification URL.
When a recorded SBI exchange or checkout happens, the platform captures the participants, the accession, the quantity, and the trust lane in effect for that order.
A SHA-256 hash is computed over the stored record, producing a unique fingerprint. Any change to the underlying record produces a different hash and breaks verification.
The hash, trust-lane metadata, and QR verification link are assembled into a verification record that can be checked later against SBI database truth.
SBI uses public trust lanes to show whether a record is an archive fact, a seller-direct exchange, or a custody-backed SBI exchange. The labels matter because each one carries different operational proof.
SBI stores or handles the inventory, controls dispatch, and issues the strongest exchange record. This is the premium trust lane for seed commerce.
The exchange happened on SBI, but fulfillment stayed with the approved seller. SBI records the order truth without overstating custody.
The accession exists in the SBI registry or archive, but the record is not claiming a live SBI-fulfilled exchange. This keeps archive knowledge visible without faking availability.
SBI maintains 37,300+ accessions at different verification depths. Verification is opt-in and breeder-initiated — not all records require the same level of proof.
903
Breeder-Verified
Full documentation trail submitted by the breeder of record. Lineage, origin date, phenotype notes, and at least one cited source. Eligible for PVP documentation packages.
20,399
Both Parents Verified
Lineage independently confirmed from multiple sources. Parent-offspring relationships are documented and cross-referenced. These records power the genealogy engine.
37,300+
Registry Cataloged
All accessions in the registry with at least one provenance record. Includes aggregated data from breeder sites, lab databases, and public sources. Continuously enriched.
Explore a recorded certificate, review the charter, or open your operator account and configure the trust lane you can actually support.