QvtXpress Provenance
ByteID Provenance Architecture
How QvtXpress creates immutable, substrate-stamped provenance records for every institutional submission.
3-Tier Architecture
Data flows top-to-bottom through three immutable layers.
Edge Adapters
Intake & normalization
Receive submissions from all five inbound rails. Normalize to canonical form. Issue preliminary record reference before ByteID stamping.
Quaternary Canonical Core
ByteID substrate
Generates the QVTX ByteID using the real_byteid_quaternary substrate derivation. Maintains the canonical record on Chain 42000 (primary) and Chain 20232 (DNA).
Provenance Layer
Audit & verification
Stores SHA-256 record hashes, anchor transaction IDs, and timestamps. Provides immutable audit trail for compliance and counsel review.
4-Step Verification Guide
For compliance teams and counsel reviewing QvtXpress submissions.
Locate the ByteID
Find the QVTX ByteID on the enrollment confirmation, application record, or compliance report. Format: QVTX-XXXX-XXXX-XXXX-XXXX.
Retrieve the Record Hash
Obtain the SHA-256 hex hash from the same document. This hash covers all non-PII canonical fields of the application.
Verify On-Chain
Query Chain 42000 (primary) or Chain 20232 (DNA) using the ByteID. Confirm the anchor transaction ID matches the on-chain commitment.
Interpret the Match
A verified match confirms the record has not been altered since ByteID issuance. Review the interpretation guide below for scope limitations.
What a Match Proves — and What It Does Not
ByteID verification is a data-integrity tool, not a legal certification or eligibility determination.
The record existed in its current form at the time of stamping
No field in the canonical record has been altered post-stamp
The submission was processed through the QVTX substrate layer
The underlying information is accurate or truthful
Eligibility has been determined or approved
Funds have been received, held, or committed
A legal relationship exists between the submitting party and QUANTVESTRIX