RTD Feed Authentication Architecture

Coined Term • 2026

RTD Feed Authentication Architecture

Cryptographic provenance verification for real-time structured data at AI platform ingestion

Status

Coined by Joseph Byrum

Year Introduced

2026

Domain

Entity Engineering

Term Type

Infrastructure Deployment

Understanding RTD Feed Authentication Architecture

The cryptographic provenance verification infrastructure that authenticates real-time structured data (RTD) feeds at the AI platform ingestion point before consumption by RAG-enabled AI systems. RFAA resolves the RTD accuracy vs. RTD attack surface contradiction (TRIZ-C-05) by separating the accuracy function from the attack surface: authentication eliminates the attack vector rather than monitoring for it after ingestion. Formally specified as BAT-4 sub-condition: Authentication_integrity(PrB,τ) ≥ 0.99. VERDICT B in Byrum's Law V8.0 – derivable from BAT-4's RTD_integrity condition as the structural implementation that makes the monitoring condition achievable.

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Frequently Asked Questions

What is the RTD Feed Authentication Architecture?

RFAA is the cryptographic provenance verification infrastructure that authenticates real-time structured data feeds at the AI platform ingestion point before consumption by RAG-enabled AI systems.

What problem does it solve?

It resolves the RTD accuracy vs. attack surface contradiction by separating the accuracy function from the attack surface — authentication eliminates the attack vector rather than monitoring for it after ingestion.

What is its formal specification?

It is formally specified as BAT-4 sub-condition requiring Authentication_integrity ≥ 0.99 — the structural implementation that makes the RTD monitoring condition of Byrum's Law V8.0 achievable.

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